aeronaut

Triplespeedr.e.s.thermic

Recommended components for E versionMotor: ø 28 mm outrunner, ca. 150 wattsBattery: 3s LiPo, up to 2,000 mAh ideal dimensions: 75 x 35 x 20 mm ESC: ca. 20 A

Recommended RC equipmentservos up to 10 mm deep 4 servos for Triple speed and R.E.S. 6 servos for Triple thermic

Recommended accessoriesCAMcarbon folding prop 9,5×5“ bis 12×7" (compare with data sheet of your motor)

CN-Spinner ø 30 mm incl. yoke Oder No.: 7259/03 (3,17 mm shaft) Oder No.: 7259/04 (4,00 mm shaft)AlternativelyCN-Spinner ø 33 mm Oder No.: 7259/23 (3,17 mm shaft) Oder No.: 7259/24 (4,00 mm shaft) yoke 38 mm Oder No.: 7242/21

Wing kitsWing kit TRIPLE speed Oder No.: 1128/10Wing kit TRIPLE R.E.S. Oder No.: 1128/11Wing kit TRIPLE thermic Oder No.: 1128/12

Triple allows you to use different wing designs with the same fuselage. The wings of the Triple series are exchangeable and be employed to match the weather and your requirements.

This manuall covers the construction of the fuselage (sailplane and E versions) and three different wings. Please note that not all of the sections in this manual are relevant for your model. The colour-coded guide below will help you identify the sections that apply to your model.

Technical data TRIPLE speed TRIPLE R.E.S. TRIPLE thermicOder No.: 1128/00 1128/01 1128/02Wingspan: 1,780 mm 1,900 mm 2,550 mmLength saiplane: 1,220 mm 1,220 mm 1,220 mmLength E version: 1,180 mm 1,180 mm 1,180 mm Wing area: ca. 29.5 dm² ca. 36.3 dm² ca. 47 dm²Empty weight (covered model): ca. 450 g ca. 480 g ca. 580 gRC: V-tail, aileron (ESC) V-tail, spoilers V-tail, aileons, spoilers (ESC)

Triplespeedr.e.s.thermic

For sailplane version see section 2 S.

Assemble horizontal formers R-03.1 to R-03.3 with former R-04 E and formers R-05 to R-09 and insert in notches in fuselage side. Do not glue! Check position and alignment of formers. Then remove, apply glue and glue to fuselage side and each other.

Glue in place the left fuselage side and secure with suitable weights.Leave to dry.

Note: If you build the E-version of the fuselage, glue two parts R-06 E to the back of R-06 and make sure the rectangular cut-outs of formers are properly aligned.

The fuselage sides are made up of a front (R-01, light ply) and a rear part (R-02, balsa). Glue parts together on a flat building board.

Insert formers R-15 to R-18 into fuselage sides, but do not glue! They are used to position balsa stripwood R-43 correctly. Glue stripwood to inside of both fuselage sides. Chamfer bottom stripwood R-43 between R-18 and fuselage end before you join fuselage sides.

This section is dedicated to the fuselage construction of the E-powered version. Whenever different parts or tequnices are required for building the sailplane fuselage, a special note will guide you to the corresponding section and building step.

Section I - Fuselage

Section I Section II Section III Section IV Section V Section VI Section VIISection VIII Section IX

Fuselage E versionFuselage sailplaneV-tailWings Triple speedWings Triple R.E.S.Wings Triple thermicWing centre sectionCompleting the modelParts lists

speed, R.E.S, thermicspeed, R.E.S, thermicspeed, R.E.S, thermicspeedR.E.SthermicR.E.S, thermicspeed, R.E.S, thermicspeed, R.E.S, thermic

38

10121923293435

Section Contence Relevant for Page

das�geniale�3-fach�Modell�

Tips & Notes

To avoid damage to parts, use a sharp modelling knife to cut individual parts from laser sheets.

We recommend our Balsa-Cutter Order-No. 8185/00

For building we recommend our aero-pick modeller´s pins.Order-No.: 7855/02

For gluing we recommend fast white glue.Order-No.: 7638/10 (225 g)

2

3

R-01

R-02

1

R-03.1

R-03.2

R-03.3

R-04 E

R-05

R-07

R-09

R-06

R-06E

R-08

R-01

R-02

R-15

R-09

R-16

R-17

R-43

Recommended components for E versionMotor: ø 28 mm outrunner, ca. 150 wattsBattery: 3s LiPo, up to 2,000 mAh ideal dimensions: 75 x 35 x 20 mm ESC: ca. 20 A

Recommended RC equipmentservos up to 10 mm deep 4 servos for Triple speed and R.E.S. 6 servos for Triple thermic

Recommended accessoriesCAMcarbon folding prop 9,5×5“ bis 12×7" (compare with data sheet of your motor)

CN-Spinner ø 30 mm incl. yoke Oder No.: 7259/03 (3,17 mm shaft) Oder No.: 7259/04 (4,00 mm shaft)AlternativelyCN-Spinner ø 33 mm Oder No.: 7259/23 (3,17 mm shaft) Oder No.: 7259/24 (4,00 mm shaft) yoke 38 mm Oder No.: 7242/21

Wing kitsWing kit TRIPLE speed Oder No.: 1128/10Wing kit TRIPLE R.E.S. Oder No.: 1128/11Wing kit TRIPLE thermic Oder No.: 1128/12

Triple allows you to use different wing designs with the same fuselage. The wings of the Triple series are exchangeable and be employed to match the weather and your requirements.

This manuall covers the construction of the fuselage (sailplane and E versions) and three different wings. Please note that not all of the sections in this manual are relevant for your model. The colour-coded guide below will help you identify the sections that apply to your model.

Technical data TRIPLE speed TRIPLE R.E.S. TRIPLE thermicOder No.: 1128/00 1128/01 1128/02Wingspan: 1,780 mm 1,900 mm 2,550 mmLength saiplane: 1,220 mm 1,220 mm 1,220 mmLength E version: 1,180 mm 1,180 mm 1,180 mm Wing area: ca. 29.5 dm² ca. 36.3 dm² ca. 47 dm²Empty weight (covered model): ca. 450 g ca. 480 g ca. 580 gRC: V-tail, aileron (ESC) V-tail, spoilers V-tail, aileons, spoilers (ESC)

Triplespeedr.e.s.thermic

For sailplane version see section 2 S.

Assemble horizontal formers R-03.1 to R-03.3 with former R-04 E and formers R-05 to R-09 and insert in notches in fuselage side. Do not glue! Check position and alignment of formers. Then remove, apply glue and glue to fuselage side and each other.

Glue in place the left fuselage side and secure with suitable weights.Leave to dry.

Note: If you build the E-version of the fuselage, glue two parts R-06 E to the back of R-06 and make sure the rectangular cut-outs of formers are properly aligned.

The fuselage sides are made up of a front (R-01, light ply) and a rear part (R-02, balsa). Glue parts together on a flat building board.

Insert formers R-15 to R-18 into fuselage sides, but do not glue! They are used to position balsa stripwood R-43 correctly. Glue stripwood to inside of both fuselage sides. Chamfer bottom stripwood R-43 between R-18 and fuselage end before you join fuselage sides.

This section is dedicated to the fuselage construction of the E-powered version. Whenever different parts or tequnices are required for building the sailplane fuselage, a special note will guide you to the corresponding section and building step.

Section I - Fuselage

Section I Section II Section III Section IV Section V Section VI Section VIISection VIII Section IX

Fuselage E versionFuselage sailplaneV-tailWings Triple speedWings Triple R.E.S.Wings Triple thermicWing centre sectionCompleting the modelParts lists

speed, R.E.S, thermicspeed, R.E.S, thermicspeed, R.E.S, thermicspeedR.E.SthermicR.E.S, thermicspeed, R.E.S, thermicspeed, R.E.S, thermic

38

10121923293435

Section Contence Relevant for Page

das�geniale�3-fach�Modell�

Tips & Notes

To avoid damage to parts, use a sharp modelling knife to cut individual parts from laser sheets.

We recommend our Balsa-Cutter Order-No. 8185/00

For building we recommend our aero-pick modeller´s pins.Order-No.: 7855/02

For gluing we recommend fast white glue.Order-No.: 7638/10 (225 g)

2

3

R-01

R-02

1

R-03.1

R-03.2

R-03.3

R-04 E

R-05

R-07

R-09

R-06

R-06E

R-08

R-01

R-02

R-15

R-09

R-16

R-17

R-43

For sailplane version see section 4 S.

Glue in place formers R-10, R-11 E and R-12 E. Make sure fuselage sides are absolutely symmetrical.

4

For the E-version use a 240 mm long piece of triangular to cut four pieces of R-13 (10 x 10 x 60 mm) to length and glue into corners of fuselage sides.

5

For sailplane version see section 6 S.

Turn the fuselage upside down and secure on building board with weights and pins.

Glue light ply parts R-14 E to the underside of formers R-06/R-06 E.

6

Into rear part of fuselage glue formers R-15 to R-17 and the V-tail support R-18 and secure with tape until dry.

Carefully check symmetry of fuselage sides.

Tip: Draw a straight line on the building board and use use small wood blocks or similar to align fuselage sides.

7

R-10

R-11 E

R-12 E

R-13

R-14 E

R-15

R-16

R-17

R-18

8 To the inside of fuselage sides and to the back of rear cockpit former glue magnet supports R-19. Centre R-19 over 8 mm holes for the retaining magnets used for wings and cabin.

Epoxy in place wing joiner sleeves R-26 and R-27 and sandflush with fuselage sides.

9

Sheet fuselage top with 1.5 mm balsa (R-29). Make sure, grain runs accross fuselage! When dry, roughly cut or sand sheeting material along fuselage sides.

Tip: Temporarily insert servo hatch cover R-24.1 to fit sheeting material precisely to front and rear end of hatch. Be careful not to damage sheeting material around hatch cover. Full strength of sheeting material is gained after covering material is applied.

10

In preparation for the next building step assemble and glue three hatch covers from parts R-24.1, R-24.2 and R-25.

R-19

R-19

R-26

R-27

R-19

R-24.1

R-24.1

R-24.2

R-25

R-25

R-25

R-29

R-29

R-29

R-24.1

For sailplane version see section 4 S.

Glue in place formers R-10, R-11 E and R-12 E. Make sure fuselage sides are absolutely symmetrical.

4

For the E-version use a 240 mm long piece of triangular to cut four pieces of R-13 (10 x 10 x 60 mm) to length and glue into corners of fuselage sides.

5

For sailplane version see section 6 S.

Turn the fuselage upside down and secure on building board with weights and pins.

Glue light ply parts R-14 E to the underside of formers R-06/R-06 E.

6

Into rear part of fuselage glue formers R-15 to R-17 and the V-tail support R-18 and secure with tape until dry.

Carefully check symmetry of fuselage sides.

Tip: Draw a straight line on the building board and use use small wood blocks or similar to align fuselage sides.

7

R-10

R-11 E

R-12 E

R-13

R-14 E

R-15

R-16

R-17

R-18

8 To the inside of fuselage sides and to the back of rear cockpit former glue magnet supports R-19. Centre R-19 over 8 mm holes for the retaining magnets used for wings and cabin.

Epoxy in place wing joiner sleeves R-26 and R-27 and sandflush with fuselage sides.

9

Sheet fuselage top with 1.5 mm balsa (R-29). Make sure, grain runs accross fuselage! When dry, roughly cut or sand sheeting material along fuselage sides.

Tip: Temporarily insert servo hatch cover R-24.1 to fit sheeting material precisely to front and rear end of hatch. Be careful not to damage sheeting material around hatch cover. Full strength of sheeting material is gained after covering material is applied.

10

In preparation for the next building step assemble and glue three hatch covers from parts R-24.1, R-24.2 and R-25.

R-19

R-19

R-26

R-27

R-19

R-24.1

R-24.1

R-24.2

R-25

R-25

R-25

R-29

R-29

R-29

R-24.1

For sailplane version see section 41 S.

Assemble and glue cabin from side panels R-20, formers R-21 and R-22 E as well as 1.5 mm balsa sheeting R-29. For best results this is done directly in the cockpit opening of the fuselage which is protected by cling film.

Note: Magnet support R-23 and magnets are glued in place after cabin has been thoroughly sanded and fitted in place.

11

12

Apply 1.5 mm balsa sheeting to bottom of fuselage. Temporarily insert hatch covers R-24.1 and R-24.2 in respecitve cut-outs in fuselage sides and glue in place R-24.3 between hatch covers.Secure fuselage on flat building board before sheeting is applied.

Hinweis: If you build the saiplane version of the fuselage, hatch coverR-24.2 can be glued in place.

13

Use a needle file to prepare exit points for snakes for a smooth exit. Route snakes R-28 through respective holes in formers and through exit points and gleu in place with epoxy.

Note: Snakes exit fuselage on opposite sides for reduced friciton.

R-20

R-21

R-22 E

R-29

R-28

R-24.2

R-24.1

R-24.3

R-29

R-29

14 For sailplane version see sections 14 S and 15 S.

Glue former R-30 E to the front of the fuselage. R-30 needs to be exactly centred on fuselage. Any surplus material will be sanded off later so that different spinner sizes can be fitted to the model.

Tip: If you already have the motor you want to use, attach motor to former, wrap a few layers of paper around its drum and slide it into the fulselage for proper position of former R-30 E. Depending on the motor´s diameter it may be necessary to cut out triangular stock to make room for the motor and cables.

Finally glue former R-41 E (1 mm birch ply) to the front of R-30 E, making sure that holes are exactly aligned.

Sand fuselage and cabin and round off the edges with a radius of 5 to 10 mm.

Sand nose of fuselage to the contour of circular front former R-41 E. Fit spinner to nose and sand nose to final shape. The triangular stock in the corners of the nose will allow you to sand off as much material as needed for a smooth transition from fuselage to spinner.

15

Glue magnet support R-19 and front tab R-23 into cabin. Then glue in place magnet R-36 with epoxy.

Check polarity of magnet before you glue corresponding magnet into former R-10.

16

The four magnets R-36 of the wing retaining system and the cabin retaining magnet are best glued in place after the model is corvered. Use epoxy for gluing.

Attention: Check polarity of magnets before you glue corresponding magnets into wing roots!

17

R-19

R-30 ER-41 E

R-23

R-36

R-36

R-36

R-36

R-36

R-36

For sailplane version see section 41 S.

Assemble and glue cabin from side panels R-20, formers R-21 and R-22 E as well as 1.5 mm balsa sheeting R-29. For best results this is done directly in the cockpit opening of the fuselage which is protected by cling film.

Note: Magnet support R-23 and magnets are glued in place after cabin has been thoroughly sanded and fitted in place.

11

12

Apply 1.5 mm balsa sheeting to bottom of fuselage. Temporarily insert hatch covers R-24.1 and R-24.2 in respecitve cut-outs in fuselage sides and glue in place R-24.3 between hatch covers.Secure fuselage on flat building board before sheeting is applied.

Hinweis: If you build the saiplane version of the fuselage, hatch coverR-24.2 can be glued in place.

13

Use a needle file to prepare exit points for snakes for a smooth exit. Route snakes R-28 through respective holes in formers and through exit points and gleu in place with epoxy.

Note: Snakes exit fuselage on opposite sides for reduced friciton.

R-20

R-21

R-22 E

R-29

R-28

R-24.2

R-24.1

R-24.3

R-29

R-29

14 For sailplane version see sections 14 S and 15 S.

Glue former R-30 E to the front of the fuselage. R-30 needs to be exactly centred on fuselage. Any surplus material will be sanded off later so that different spinner sizes can be fitted to the model.

Tip: If you already have the motor you want to use, attach motor to former, wrap a few layers of paper around its drum and slide it into the fulselage for proper position of former R-30 E. Depending on the motor´s diameter it may be necessary to cut out triangular stock to make room for the motor and cables.

Finally glue former R-41 E (1 mm birch ply) to the front of R-30 E, making sure that holes are exactly aligned.

Sand fuselage and cabin and round off the edges with a radius of 5 to 10 mm.

Sand nose of fuselage to the contour of circular front former R-41 E. Fit spinner to nose and sand nose to final shape. The triangular stock in the corners of the nose will allow you to sand off as much material as needed for a smooth transition from fuselage to spinner.

15

Glue magnet support R-19 and front tab R-23 into cabin. Then glue in place magnet R-36 with epoxy.

Check polarity of magnet before you glue corresponding magnet into former R-10.

16

The four magnets R-36 of the wing retaining system and the cabin retaining magnet are best glued in place after the model is corvered. Use epoxy for gluing.

Attention: Check polarity of magnets before you glue corresponding magnets into wing roots!

17

R-19

R-30 ER-41 E

R-23

R-36

R-36

R-36

R-36

R-36

R-36

Assemble horizontal formers R-03.1 to R-03.3 with former R-04 S and formers R-05 to R-09 and insert in notches in fuselage side. Do not glue! Check position and alignment of formers. Then remove, apply glue and glue to fuselage side and each other.

Glue in place formers R-10, R-11 S and R-12 S. Make sure fuselage sides are absolutely symmetrical.

4 S

Turn the fuselage upside down and secure on building board with weights and pins.

Glue reinforcements R-14 S, to which a high start hook can be attached, into formers R-04 S, R-05 and R-06. First glue together reinforcements, thenglue assembly into formers.

6 S

R-04 S

R-10

R-11 S

R-12 S

R-14 S

Section II - Sailplane Version Assemble and glue cabin from side panels R-20, formers R-21 and R-22 S as well as 1.5 mm balsa sheeting R-29. For best results this is done directly in the cockpit opening of the fuselage which is protected by cling film.

Note: Magnet support R-23 and magnets are glued in place after cabin has been thoroughly sanded and fitted in place.

11 S

The nose of the sailplane consists of formers R-31 S to R-33 S. Assemble and glue directly into front fuselage former.

14 S

Fill up the corners of the nose with parts R-34 S and R-35 S.

Sand fuselage and cabin and round off the edges with a radius of 5 to 10 mm.Also round off fuselage nose for a streamlined shape.

15 S

R-20

R-21

R-22 S

R-31 S

R-32 S

R-33 S

R-34 S

R-35 S

2 S

Refer to section I for construction of the sailplane version of the fuselage. Section II explains only those building steps and parts that differ from the E version.

Assemble horizontal formers R-03.1 to R-03.3 with former R-04 S and formers R-05 to R-09 and insert in notches in fuselage side. Do not glue! Check position and alignment of formers. Then remove, apply glue and glue to fuselage side and each other.

Glue in place formers R-10, R-11 S and R-12 S. Make sure fuselage sides are absolutely symmetrical.

4 S

Turn the fuselage upside down and secure on building board with weights and pins.

Glue reinforcements R-14 S, to which a high start hook can be attached, into formers R-04 S, R-05 and R-06. First glue together reinforcements, thenglue assembly into formers.

6 S

R-04 S

R-10

R-11 S

R-12 S

R-14 S

Section II - Sailplane Version Assemble and glue cabin from side panels R-20, formers R-21 and R-22 S as well as 1.5 mm balsa sheeting R-29. For best results this is done directly in the cockpit opening of the fuselage which is protected by cling film.

Note: Magnet support R-23 and magnets are glued in place after cabin has been thoroughly sanded and fitted in place.

11 S

The nose of the sailplane consists of formers R-31 S to R-33 S. Assemble and glue directly into front fuselage former.

14 S

Fill up the corners of the nose with parts R-34 S and R-35 S.

Sand fuselage and cabin and round off the edges with a radius of 5 to 10 mm.Also round off fuselage nose for a streamlined shape.

15 S

R-20

R-21

R-22 S

R-31 S

R-32 S

R-33 S

R-34 S

R-35 S

2 S

Refer to section I for construction of the sailplane version of the fuselage. Section II explains only those building steps and parts that differ from the E version.

First of all assemble the assebly jig and glue parts L-01 and L-02 to L-03. Place jig on an even surface and leave to dry.

18

Section III - V-Tail

Build up the control surfaces of the V-tail accordingly. Pin down L-11 on the building board and glue leading edge L-12 at rigth angles to L-11. In one go glue in place braces L-14 to L-16, trailing edge L-13 and tip L-17 and secure with pins.

When glue has dried, carefully sand V-tail components and round off edges. Bevel off front edges of control surfaces to allow for sufficient control throw.

Make sure you build a left and a right control surface!

20

L-01

L-03

Pin down L-04 on the building board and glue trailing edge L-05 at right angles to L-04.In one go glue in place braces L-07 to L-09, leading edge L-06 and tip L-10 and secure with pins.Glue reinforcements L-21 (spruce) into slots in L-05 and L-06 and sand flush when dry.

Tip: To avoid damage to V-tail parts you can secure parts by pinning scrap wood next to the parts so that they stay in position.

19

L-14L-15

L-16

L-11

L-13

L-12L-17

Protect the jig with cling film, place L-18 in jig and position V-tail parts.

To strengthen the joints, it is a good idea to bevel and in doing so enlarge the contact surfaces. Carefully fit V-tail panels to centre piece L-18, then glue with 5 minute epoxy.

21

Reinforcement L-20 is used to strengthen the V-tail joint. Carefully bevel edges of L-20 and fit in place, then glue with 5 minute epoxy.

22

23 Cover V-tail with the covering material of your choice. Attach control surfaces with tape. Do not cover underside of L-18 or remove covering material before you glue V-tail to fuselage.

Note: Control horns L-19 are glued in place after V-tail has been glued to fuselage and control linkage has been installed.

L-18

L-20

L-02

L-05

L-07L-08

L-09

L-06L-21

L-21

L-10

L-04

First of all assemble the assebly jig and glue parts L-01 and L-02 to L-03. Place jig on an even surface and leave to dry.

18

Section III - V-Tail

Build up the control surfaces of the V-tail accordingly. Pin down L-11 on the building board and glue leading edge L-12 at rigth angles to L-11. In one go glue in place braces L-14 to L-16, trailing edge L-13 and tip L-17 and secure with pins.

When glue has dried, carefully sand V-tail components and round off edges. Bevel off front edges of control surfaces to allow for sufficient control throw.

Make sure you build a left and a right control surface!

20

L-01

L-03

Pin down L-04 on the building board and glue trailing edge L-05 at right angles to L-04.In one go glue in place braces L-07 to L-09, leading edge L-06 and tip L-10 and secure with pins.Glue reinforcements L-21 (spruce) into slots in L-05 and L-06 and sand flush when dry.

Tip: To avoid damage to V-tail parts you can secure parts by pinning scrap wood next to the parts so that they stay in position.

19

L-14L-15

L-16

L-11

L-13

L-12L-17

Protect the jig with cling film, place L-18 in jig and position V-tail parts.

To strengthen the joints, it is a good idea to bevel and in doing so enlarge the contact surfaces. Carefully fit V-tail panels to centre piece L-18, then glue with 5 minute epoxy.

21

Reinforcement L-20 is used to strengthen the V-tail joint. Carefully bevel edges of L-20 and fit in place, then glue with 5 minute epoxy.

22

23 Cover V-tail with the covering material of your choice. Attach control surfaces with tape. Do not cover underside of L-18 or remove covering material before you glue V-tail to fuselage.

Note: Control horns L-19 are glued in place after V-tail has been glued to fuselage and control linkage has been installed.

L-18

L-20

L-02

L-05

L-07L-08

L-09

L-06L-21

L-21

L-10

L-04

Protect building board with cling film. Place two parts TS-01 on building board as shown and secure with pins.Glue spruce strip TS-02 (2 x 8 mm) to TS-01 and cut off flush with sheeting material on either side. Make sure to build a left and a right wing panel!

1

Attention: Make sure you build a left and a right wing panel. In this section construction of one wing panel is described. Build the opposite wing panel accordingly.

TS-01

TS-01

TS-02

TS-02

TS-03

Position main spar TS-03 exactly in the middle of TS-02 and glue in place. Use pins to secure. Wing joiner part TS-04 will be glued in place after ribs have been placed.

For the next building steps place the wing panel in the Depron building jig as shown to guarantee correct alignment of parts. Place Depron jig on building board and secure with tape or pins. Then place the components you have just built in the jig as shown.

2

3

Enlarged view of main wing spar, glued on place on TS-02.

Section IV - Triple speed WingPlace two-piece trailing edge sheeting TS-05 and TS-07 as well as aileron sheeting TS-06 in the jig as shown.

Fit ribs TS-09 to TS-25 in place in numerical order. Root rib TS-08 will be fitted at a later stage. Make sure you position ribs exactly at right angles in relation to spar, then glue in place. Note, that ribs are glued to spruce spar, main spar, trailing edge sheeting and aileron sheeting. Do not apply glue to front part of ribs between wing spar and leading edge position.

4

5

6

TS-05

TS-07

TS-06

Glue in place aileron riblets TS-26 and TS-27 on either end of aileron.

7 Glue in place TS-04 together with rib TS-08. Make sure TS-08 is slightly angled in accordance with dihedral of wing.When parts are positioned correctly correct dihedral is achieved automatically.

TS-26

TS-27

TS-04

TS-08

TS-03

Note: Root rib TS-08 will be gleud in place together with TS-04. TS-04 determines the correct dihedral angle for the root rib.

TS-08

TS-04

TS-03

ca. 1°

Protect building board with cling film. Place two parts TS-01 on building board as shown and secure with pins.Glue spruce strip TS-02 (2 x 8 mm) to TS-01 and cut off flush with sheeting material on either side. Make sure to build a left and a right wing panel!

1

Attention: Make sure you build a left and a right wing panel. In this section construction of one wing panel is described. Build the opposite wing panel accordingly.

TS-01

TS-01

TS-02

TS-02

TS-03

Position main spar TS-03 exactly in the middle of TS-02 and glue in place. Use pins to secure. Wing joiner part TS-04 will be glued in place after ribs have been placed.

For the next building steps place the wing panel in the Depron building jig as shown to guarantee correct alignment of parts. Place Depron jig on building board and secure with tape or pins. Then place the components you have just built in the jig as shown.

2

3

Enlarged view of main wing spar, glued on place on TS-02.

Section IV - Triple speed WingPlace two-piece trailing edge sheeting TS-05 and TS-07 as well as aileron sheeting TS-06 in the jig as shown.

Fit ribs TS-09 to TS-25 in place in numerical order. Root rib TS-08 will be fitted at a later stage. Make sure you position ribs exactly at right angles in relation to spar, then glue in place. Note, that ribs are glued to spruce spar, main spar, trailing edge sheeting and aileron sheeting. Do not apply glue to front part of ribs between wing spar and leading edge position.

4

5

6

TS-05

TS-07

TS-06

Glue in place aileron riblets TS-26 and TS-27 on either end of aileron.

7 Glue in place TS-04 together with rib TS-08. Make sure TS-08 is slightly angled in accordance with dihedral of wing.When parts are positioned correctly correct dihedral is achieved automatically.

TS-26

TS-27

TS-04

TS-08

TS-03

Note: Root rib TS-08 will be gleud in place together with TS-04. TS-04 determines the correct dihedral angle for the root rib.

TS-08

TS-04

TS-03

ca. 1°

8

9

10

Cut to length upper spruce spar TS-02 (2 x 8 mm) and glue to ribs and main spar. Use suitable weigths to hold spar in place and leave to dry.

Glue in place aileron spar TS-28, aileron leading edge TS-29 as well as gussets TS-30 and TS-31. Insert servo tray TS-32 between ribs TS-16 and TS-17, flush with underside of ribs and against wing spar. Do not glue!Glue end stop TS-32.1 to both ribs and glue reinforcement TS-32.2 in place on aileron.

TS-02

Slightly bevel the last 3 mm of trailing edge and aileron sheeting to establish a good contact surface for gluing. Then glue in place top sheeting.

Tip: Glue rear edge of sheeting with epoxy to get a strong trailing edge which can be sanded down to fine profile.

Carefully sand surface of wing joiner sleeve TS-35 and insert in wing root. Insert wing joiner R-40 into sleeve and make sure it moves freely and without binding. Then remove R-40 and glue sleeve in place with epoxy mixed with glass fibres. Repeat for TS-35.1.Align magnet supports TS-46 and TS-47 with corresponding holes in rib TS-08, then glue to the inside of rib TS-08.

11

Glue together wing root sheeting material TS-33 and TS-34, then glue to first two rib bays.

12

TS-33

TS-34

TS-29

TS-28

TS-30

TS-31

TS-32

TS-32.1

TS-32.2

Glue together servo frames TS-32.3 and TS-32.4 as shown, and glue to spar and ribs. Make sure that hole for servo lead is not obstructed.

Attention: Do not glue frame to servo tray TS-32! TS-32 is merely used to position frame correctly.TS-32.3

TS-32.4

TS-32

TS-35

TS-35.1

TS-46

TS-47

8

9

10

Cut to length upper spruce spar TS-02 (2 x 8 mm) and glue to ribs and main spar. Use suitable weigths to hold spar in place and leave to dry.

Glue in place aileron spar TS-28, aileron leading edge TS-29 as well as gussets TS-30 and TS-31. Insert servo tray TS-32 between ribs TS-16 and TS-17, flush with underside of ribs and against wing spar. Do not glue!Glue end stop TS-32.1 to both ribs and glue reinforcement TS-32.2 in place on aileron.

TS-02

Slightly bevel the last 3 mm of trailing edge and aileron sheeting to establish a good contact surface for gluing. Then glue in place top sheeting.

Tip: Glue rear edge of sheeting with epoxy to get a strong trailing edge which can be sanded down to fine profile.

Carefully sand surface of wing joiner sleeve TS-35 and insert in wing root. Insert wing joiner R-40 into sleeve and make sure it moves freely and without binding. Then remove R-40 and glue sleeve in place with epoxy mixed with glass fibres. Repeat for TS-35.1.Align magnet supports TS-46 and TS-47 with corresponding holes in rib TS-08, then glue to the inside of rib TS-08.

11

Glue together wing root sheeting material TS-33 and TS-34, then glue to first two rib bays.

12

TS-33

TS-34

TS-29

TS-28

TS-30

TS-31

TS-32

TS-32.1

TS-32.2

Glue together servo frames TS-32.3 and TS-32.4 as shown, and glue to spar and ribs. Make sure that hole for servo lead is not obstructed.

Attention: Do not glue frame to servo tray TS-32! TS-32 is merely used to position frame correctly.TS-32.3

TS-32.4

TS-32

TS-35

TS-35.1

TS-46

TS-47

Glue false leading edge TS-36 (balsa, 2 x 8 mm) to ribs and bottom sheeting. Sand flush with top of ribs after glue has dried.

Glue in place top sheeting TS-01 on ribs, spar and flase leading edge. Use suitable weights and tape to secure sheeting material until glue has dried completely.

Cut off sheeting material flush with false leading edge then carefully sand sheeting material flush with false leading edge. Use a long sanding bar for best results. Then glue leading edge TS-37 (balsa, 3 x 8 mm) to false leading eding edge and sand to shape after glue has dried.

14

15

16

TS-36

TS-01

TS-37

Make up wing tips from 3 parts TS-38 and secure with clamps until dry.

Sand sheeting material and spars flush with tip rib TS-25 and glue in place wing tip TS-38.

Then sand wing tip to fit planform of wing and shape of wing section.

17

18

TS-38

TS-38

Remove wing from building board. Please handle with care and always place on an even surface, as the wing has no tortional stability at this time.

Glue bottom sheeting material to ribs. For best results use thin CA. Also glue in place sheeting material to the underside of wing root.

13

Glue false leading edge TS-36 (balsa, 2 x 8 mm) to ribs and bottom sheeting. Sand flush with top of ribs after glue has dried.

Glue in place top sheeting TS-01 on ribs, spar and flase leading edge. Use suitable weights and tape to secure sheeting material until glue has dried completely.

Cut off sheeting material flush with false leading edge then carefully sand sheeting material flush with false leading edge. Use a long sanding bar for best results. Then glue leading edge TS-37 (balsa, 3 x 8 mm) to false leading eding edge and sand to shape after glue has dried.

14

15

16

TS-36

TS-01

TS-37

Make up wing tips from 3 parts TS-38 and secure with clamps until dry.

Sand sheeting material and spars flush with tip rib TS-25 and glue in place wing tip TS-38.

Then sand wing tip to fit planform of wing and shape of wing section.

17

18

TS-38

TS-38

Remove wing from building board. Please handle with care and always place on an even surface, as the wing has no tortional stability at this time.

Glue bottom sheeting material to ribs. For best results use thin CA. Also glue in place sheeting material to the underside of wing root.

13

1

2

For the next building steps place the wing panel in the Depron building jig as shown to guarantee correct alignment of parts. Place Depron jig on building board and secure with tape or pins. Then place the components you have just built as well as trailong edge sheeting TR-05 in the jig as shown.

3

TR-02

TR-03

TR-05

TR-01

Attention: Make sure you build a left and a right wing panel. In this section construction of one wing panel is described. Build the opposite wing panel accordingly.

Section V - Triple R.E.S. Wing

Use a razor saw to cut out the aileron and carefully sand sheeting material flush with riblets on either side. Glue TS-39 to front of aileron and bevel off to allow for sufficient control throw. After covering attach aileron to wing with tape.

Tip: If you do not want to use tape, you can bevel off top and bottom of TS-39 and use small hinges to attach the aileron to the wing.

TS-39

19

Triplespeed

Protect building board with cling film. Place two parts TR-01 on building board as shown and secure with pins.Glue spruce strip TR-02 (2 x 8 mm) to TR-01 and cut off flush with sheeting material on either side. Make sure to build a left and a right wing panel!

Position main spar TR-03 exactly in the middle of TR-02 and glue in place. Secure with pins until dry. Wing joiner part TR-04 will be glued in place after ribs have been placed.

1

2

For the next building steps place the wing panel in the Depron building jig as shown to guarantee correct alignment of parts. Place Depron jig on building board and secure with tape or pins. Then place the components you have just built as well as trailong edge sheeting TR-05 in the jig as shown.

3

TR-02

TR-03

TR-05

TR-01

Attention: Make sure you build a left and a right wing panel. In this section construction of one wing panel is described. Build the opposite wing panel accordingly.

Section V - Triple R.E.S. Wing

Use a razor saw to cut out the aileron and carefully sand sheeting material flush with riblets on either side. Glue TS-39 to front of aileron and bevel off to allow for sufficient control throw. After covering attach aileron to wing with tape.

Tip: If you do not want to use tape, you can bevel off top and bottom of TS-39 and use small hinges to attach the aileron to the wing.

TS-39

19

Triplespeed

Protect building board with cling film. Place two parts TR-01 on building board as shown and secure with pins.Glue spruce strip TR-02 (2 x 8 mm) to TR-01 and cut off flush with sheeting material on either side. Make sure to build a left and a right wing panel!

Position main spar TR-03 exactly in the middle of TR-02 and glue in place. Secure with pins until dry. Wing joiner part TR-04 will be glued in place after ribs have been placed.

TR-15

TR-07

TR-04

TR-02

TR-06

TR-16

TR-05

TR-17

Fit ribs TR-07 to TR-15 in place in numerical order. Notches in Spar and trailing edge help to position the ribs correctly. Note, that ribs are glued to spruce spar, main spar and trailing edge sheeting TR-05. Do not apply glue to front part of ribs between wing spar and leading edge position.

4

Note: Root rib TR-06 will be fitted at a later stage together with TR-04. TR-04 determines the correct dihedral angle for the root rib.

5

6 Remove wing from jig. Slightly bevel the last 3 mm of trailing edge sheeting to establish a good contact surface for gluing. Then glue in place top sheeting TR-05. Glue together wing root sheeting material TR-16 and TR-17, then glue to first rib bay.

Tip: Glue rear edge of sheeting with epoxy to get a strong trailing edge which can be sanded down to fine profile.

Glue bottom sheeting material to ribs. For best results use thin CA. Also glue in place sheeting material to the underside of wing root.

Place wing on building board and glue false leading edge TR-18 (balsa, 2 x 8 mm) to ribs and bottom sheeting. Sand flush with top of ribs after glue has dried.

TR-17

TR-18

TR-16

7

8

9

TR-04

TR-06

Glue in place TR-04 together with top spar TR-02 (spruce, 2 x 8 mm). Glue in place rib TR-06 and make sure it is slightly angled in accordance with dihedral of wing.When parts are positioned correctly correct dihedral is achieved automatically.

Glue together wing root sheeting material TR-16 and TR-17, then glue to first rib bay on underside of wing.

TR-15

TR-07

TR-04

TR-02

TR-06

TR-16

TR-05

TR-17

Fit ribs TR-07 to TR-15 in place in numerical order. Notches in Spar and trailing edge help to position the ribs correctly. Note, that ribs are glued to spruce spar, main spar and trailing edge sheeting TR-05. Do not apply glue to front part of ribs between wing spar and leading edge position.

4

Note: Root rib TR-06 will be fitted at a later stage together with TR-04. TR-04 determines the correct dihedral angle for the root rib.

5

6 Remove wing from jig. Slightly bevel the last 3 mm of trailing edge sheeting to establish a good contact surface for gluing. Then glue in place top sheeting TR-05. Glue together wing root sheeting material TR-16 and TR-17, then glue to first rib bay.

Tip: Glue rear edge of sheeting with epoxy to get a strong trailing edge which can be sanded down to fine profile.

Glue bottom sheeting material to ribs. For best results use thin CA. Also glue in place sheeting material to the underside of wing root.

Place wing on building board and glue false leading edge TR-18 (balsa, 2 x 8 mm) to ribs and bottom sheeting. Sand flush with top of ribs after glue has dried.

TR-17

TR-18

TR-16

7

8

9

TR-04

TR-06

Glue in place TR-04 together with top spar TR-02 (spruce, 2 x 8 mm). Glue in place rib TR-06 and make sure it is slightly angled in accordance with dihedral of wing.When parts are positioned correctly correct dihedral is achieved automatically.

Glue together wing root sheeting material TR-16 and TR-17, then glue to first rib bay on underside of wing.

Glue in place top sheeting TR-01 on ribs, spar and flase leading edge. Use suitable weights and tape to secure sheeting material until glue has dried completely.

TR-01

TR-19

TR-20

TM-28

Sand sheeting material and spars flush with tip rib TR-15 and glue in place wing tip TR-20. The tip is made up of three individual parts.

When glue has dries, sand wing tip to fit planform of wing and shape of wing section.

Assemble and glue together wing joiner parts TM-28. Carefully fit into slot of outer wing panel then glue in place. When centre and outer wing panels are joined, the root ribs will be glued together as well.

Tip: Covering of wing panels will be easier when done before wing panels are joined.

TT-03

Section VI - Triple thermic Wing

Attention: Make sure you build a left and a right wing panel. In this section construction of one wing panel is described. Build the opposite wing panel accordingly.

1

2

TT-02

TT-01

For the next building steps place the wing panel in the Depron building jig as shown to guarantee correct alignment of parts. Place Depron jig on building board and secure with tape or pins. Then place TT-01 and trailing edge sheeting TT-05, TT-06, TT-07 in the jig as shown.

3

TT-07

TT-06

TT-05

TT-01

10

11

12

13

Cut off sheeting material flush with false leading edge then carefully sand sheeting material flush with false leading edge. Use a long sanding bar for best results. Then glue leading edge TR-19 (balsa, 3 x 8 mm) to false leading eding edge and sand to shape after glue has dried.

Protect building board with cling film. Place two parts TT-01 on building board as shown and secure with pins.Glue spruce strip TT-02 (2 x 8 mm) to TT-01 and cut off flush with sheeting material on either side. Make sure to build a left and a right wing panel!

Position main spar TT-03 exactly in the middle of TR-02 and glue in place. Secure with pins until dry.Wing joiner part TT-04 will be glued in place after ribs have been placed.

Glue in place top sheeting TR-01 on ribs, spar and flase leading edge. Use suitable weights and tape to secure sheeting material until glue has dried completely.

TR-01

TR-19

TR-20

TM-28

Sand sheeting material and spars flush with tip rib TR-15 and glue in place wing tip TR-20. The tip is made up of three individual parts.

When glue has dries, sand wing tip to fit planform of wing and shape of wing section.

Assemble and glue together wing joiner parts TM-28. Carefully fit into slot of outer wing panel then glue in place. When centre and outer wing panels are joined, the root ribs will be glued together as well.

Tip: Covering of wing panels will be easier when done before wing panels are joined.

TT-03

Section VI - Triple thermic Wing

Attention: Make sure you build a left and a right wing panel. In this section construction of one wing panel is described. Build the opposite wing panel accordingly.

1

2

TT-02

TT-01

For the next building steps place the wing panel in the Depron building jig as shown to guarantee correct alignment of parts. Place Depron jig on building board and secure with tape or pins. Then place TT-01 and trailing edge sheeting TT-05, TT-06, TT-07 in the jig as shown.

3

TT-07

TT-06

TT-05

TT-01

10

11

12

13

Cut off sheeting material flush with false leading edge then carefully sand sheeting material flush with false leading edge. Use a long sanding bar for best results. Then glue leading edge TR-19 (balsa, 3 x 8 mm) to false leading eding edge and sand to shape after glue has dried.

Protect building board with cling film. Place two parts TT-01 on building board as shown and secure with pins.Glue spruce strip TT-02 (2 x 8 mm) to TT-01 and cut off flush with sheeting material on either side. Make sure to build a left and a right wing panel!

Position main spar TT-03 exactly in the middle of TR-02 and glue in place. Secure with pins until dry.Wing joiner part TT-04 will be glued in place after ribs have been placed.

Fit ribs TT-09 to TS-23 in place in numerical order. Glue in place aileron riblets TT-24 and TT-25. Make sure you position ribs exactly at right angles in relation to spar, then glue in place. Note, that ribs are glued to spruce spar, main spar, trailing edge sheeting and aileron sheeting. Do not apply glue to front part of ribs between wing spar and leading edge position.Root rib TT-08 will be fitted at a later stage.

4

TT-09

TT-04

TT-04

TT-08

TT-08

TT-10TT-11

TT-12TT-13

TT-23TT-22

TT-25

TT-24

Now glue in place TT-04 and root rib TT-08. Make sure root rib is slightly angled in accordance with dihedral of wing.

5

6 Cut to length upper spruce spar TT-02 (2 x 8 mm) and glue to ribs and main spar. Use suitable weigths to hold spar in place and leave to dry.

TT-02

Glue in place aileron spar TT-26, aileron leading edge TT-27 as well as gussets TT-28 and TT-29. Insert servo tray TT-30 between ribs TT-14 and TT-15 flush with underside of ribs and against wing spar. Do not glue!Glue end stop TT-30.1 to both ribs and glue reinforcement TT-30.2 in place on aileron.

7

Slightly bevel the last 3 mm of trailing edge and aileron sheeting to establish a good contact surface for gluing. Then glue in place top sheeting. Fit aileron top sheeting in place and achieve a good joint with leading edge TT-27.

Tip: Glue rear edge of sheeting with epoxy to get a strong trailing edge which can be sanded down to fine profile.

8

TT-30TT-30.1

TT-30.2

TT-14

TT-26

TT-27TT-28

TT-29

TT-15

Glue together servo frames TT-30.3 and TT-30.4 as shown, and glue to spar and ribs. Make sure that hole for servo lead is not obstructed.

Attention: Do not glue frame to servo tray TT-30! TS-32 is merely used to position frame correctly.

TT-30.3

TT-30.4

Fit ribs TT-09 to TS-23 in place in numerical order. Glue in place aileron riblets TT-24 and TT-25. Make sure you position ribs exactly at right angles in relation to spar, then glue in place. Note, that ribs are glued to spruce spar, main spar, trailing edge sheeting and aileron sheeting. Do not apply glue to front part of ribs between wing spar and leading edge position.Root rib TT-08 will be fitted at a later stage.

4

TT-09

TT-04

TT-04

TT-08

TT-08

TT-10TT-11

TT-12TT-13

TT-23TT-22

TT-25

TT-24

Now glue in place TT-04 and root rib TT-08. Make sure root rib is slightly angled in accordance with dihedral of wing.

5

6 Cut to length upper spruce spar TT-02 (2 x 8 mm) and glue to ribs and main spar. Use suitable weigths to hold spar in place and leave to dry.

TT-02

Glue in place aileron spar TT-26, aileron leading edge TT-27 as well as gussets TT-28 and TT-29. Insert servo tray TT-30 between ribs TT-14 and TT-15 flush with underside of ribs and against wing spar. Do not glue!Glue end stop TT-30.1 to both ribs and glue reinforcement TT-30.2 in place on aileron.

7

Slightly bevel the last 3 mm of trailing edge and aileron sheeting to establish a good contact surface for gluing. Then glue in place top sheeting. Fit aileron top sheeting in place and achieve a good joint with leading edge TT-27.

Tip: Glue rear edge of sheeting with epoxy to get a strong trailing edge which can be sanded down to fine profile.

8

TT-30TT-30.1

TT-30.2

TT-14

TT-26

TT-27TT-28

TT-29

TT-15

Glue together servo frames TT-30.3 and TT-30.4 as shown, and glue to spar and ribs. Make sure that hole for servo lead is not obstructed.

Attention: Do not glue frame to servo tray TT-30! TS-32 is merely used to position frame correctly.

TT-30.3

TT-30.4

Glue together wing root sheeting material TT-31 and TT-23, then glue to first rib bay.

9

TT-31

TT-32

10 Remove wing from building board. Please handle with care and always place on an even surface, as the wing has no tortional stability at this time.

Glue bottom sheeting material to ribs. For best results use thin CA. Also glue in place sheeting material to the underside of wing root.

Place wing on building board and glue false leading edge TT-33 (balsa, 2 x 8 mm) to ribs and bottom sheeting. Sand flush with top of ribs after glue has dried.

11

TT-33

Glue in place top sheeting TT-01 on ribs, spar and false leading edge. Use suitable weights and tape to secure sheeting material until glue has dried completely.Cut off sheeting material flush with false leading edge then carefully sand sheeting material flush with false leading edge. Use a long sanding bar for best results.

12

TT-01

Glue leading edge TT-34 (balsa, 3 x 8 mm) to false leading eding edge and sand to shape after glue has dried.

13

TT-34

Glue together wing root sheeting material TT-31 and TT-23, then glue to first rib bay.

9

TT-31

TT-32

10 Remove wing from building board. Please handle with care and always place on an even surface, as the wing has no tortional stability at this time.

Glue bottom sheeting material to ribs. For best results use thin CA. Also glue in place sheeting material to the underside of wing root.

Place wing on building board and glue false leading edge TT-33 (balsa, 2 x 8 mm) to ribs and bottom sheeting. Sand flush with top of ribs after glue has dried.

11

TT-33

Glue in place top sheeting TT-01 on ribs, spar and false leading edge. Use suitable weights and tape to secure sheeting material until glue has dried completely.Cut off sheeting material flush with false leading edge then carefully sand sheeting material flush with false leading edge. Use a long sanding bar for best results.

12

TT-01

Glue leading edge TT-34 (balsa, 3 x 8 mm) to false leading eding edge and sand to shape after glue has dried.

13

TT-34

Protect building board with cling film. Place two parts TM-01 on building board as shown and secure with pins.Glue spruce strip TM-02 (3 x 8 mm) to TM-01 and cut off flush with sheeting material on either side. Make sure to build a left and a right wing panel!

1

Position main spar TM-03 exactly in the middle of TM-02 and glue in place. Secure with pins until dry.Wing joiner parts TM-04 and TM-05 will be glued in place after ribs have been placed.

2

For the next building steps place the wing panel in the Depron building jig as shown to guarantee correct alignment of parts. Place Depron jig on building board and secure with tape or pins. Then place TM-01 and trailing edge sheeting TM-06 in the jig as shown.

3

TM-02TM-01

TM-03

TM-06

Make up wing tips from 3 parts TT-35 and secure with clamps until dry. Sand sheeting material and spars flush with tip rib TT-23 and glue in place wing tip TT-35. Then sand wing tip to fit planform of wing and shape of wing section.

14

TT-35

Use a razor saw to cut out the aileron and carefully sand sheeting material flush with riblets on either side. Glue TT-36 to front of aileron and bevel off to allow for sufficient control throw. After covering attach aileron to wing with tape.

Tip: If you do not want to use tape, you can bevel off top and bottom of TT-36 and use small hinges to attach the aileron to the wing.

TT-36

TM-28

15

Assemble and glue together wing joiner parts TM-28. Carefully fit into slot of outer wing panel then glue in place. When centre and outer wing panels are joined, the root ribs will be glued together as well.

Tip: Covering of wing panels will be easier when done before wing panels are joined.

16

A final sanding will make the wing panel ready to cover.

Attention: Make sure you build a left and a right wing panel. In this section construction of one wing panel is described. Build the opposite wing panel accordingly.

Section VII - R.E.S. and thermic Centre Section

Protect building board with cling film. Place two parts TM-01 on building board as shown and secure with pins.Glue spruce strip TM-02 (3 x 8 mm) to TM-01 and cut off flush with sheeting material on either side. Make sure to build a left and a right wing panel!

1

Position main spar TM-03 exactly in the middle of TM-02 and glue in place. Secure with pins until dry.Wing joiner parts TM-04 and TM-05 will be glued in place after ribs have been placed.

2

For the next building steps place the wing panel in the Depron building jig as shown to guarantee correct alignment of parts. Place Depron jig on building board and secure with tape or pins. Then place TM-01 and trailing edge sheeting TM-06 in the jig as shown.

3

TM-02TM-01

TM-03

TM-06

Make up wing tips from 3 parts TT-35 and secure with clamps until dry. Sand sheeting material and spars flush with tip rib TT-23 and glue in place wing tip TT-35. Then sand wing tip to fit planform of wing and shape of wing section.

14

TT-35

Use a razor saw to cut out the aileron and carefully sand sheeting material flush with riblets on either side. Glue TT-36 to front of aileron and bevel off to allow for sufficient control throw. After covering attach aileron to wing with tape.

Tip: If you do not want to use tape, you can bevel off top and bottom of TT-36 and use small hinges to attach the aileron to the wing.

TT-36

TM-28

15

Assemble and glue together wing joiner parts TM-28. Carefully fit into slot of outer wing panel then glue in place. When centre and outer wing panels are joined, the root ribs will be glued together as well.

Tip: Covering of wing panels will be easier when done before wing panels are joined.

16

A final sanding will make the wing panel ready to cover.

Attention: Make sure you build a left and a right wing panel. In this section construction of one wing panel is described. Build the opposite wing panel accordingly.

Section VII - R.E.S. and thermic Centre Section

TM-05

TM-07

TM-02

TM-08

TM-04

TM-05

TM-02

TM-07

Fit ribs TM-08 to TM-17 in place. Make sure you position ribs exactly at right angles in relation to spar, then glue in place. Note, that ribs are glued to spruce spar, main spar and trailing edge sheeting. Do not apply glue to front part of ribs between wing spar and leading edge position.

4

Note: Root rib TM-07 will be fitted at a later stage together with TM-05. TM-05 determines the correct dihedral angle for the root rib.

Glue in place TM-04 and TM-05 together with top spar TM-02 (spruce, 3 x 8 mm). Glue in place root rib TM-07 and make sure it is slightly angled in accordance with dihedral of wing.When parts are positioned correctly correct dihedral is achieved automatically.

5

Glue supports TM-18 into ribs at the spoiler position and glue sheeting panel TM-19 in place.

7

Note that sheeting is centred on supports and ribs which act as an end stop for the spoiler.

TM-17

th Insert servo tray TM-20 between ribs in 4 rib bay and glue flush with underside of ribs and to wing spar.

Insert wing joiner R-40 into sleeve TM-21 and make sure it moves freely and without binding. Carefully sand surface of wing joiner sleeve TM-21 and insert in wing root. Glue with epoxy mixed with glass fibres.

Align magnet supports TM-31 and TM-32 with corresponding holes in root rib TM-07, then glue to the inside of root

rib.

Remove wing from jig. Slightly bevel the last 3 mm of trailing edge sheeting to establish a good contact surface for gluing. Then glue in place top sheeting TM-06. Glue together wing root sheeting material TM-122 and TM-23, then glue to outer rib bays.

Tip: Glue rear edge of sheeting with epoxy to get a strong trailing edge which can be sanded down to fine profile.

Glue bottom sheeting material to ribs. For best results use thin CA.

TM-22

TM-22

TM-23

TM-23

TM-06

6

8

9

TM-07

TM-08

TM-09

TM-10

TM-11

TM-12TM-13

TM-20

TM-21

TM-21.1TM-31

TM-32

TM-19

TM-18

TM-05

TM-07

TM-02

TM-08

TM-04

TM-05

TM-02

TM-07

Fit ribs TM-08 to TM-17 in place. Make sure you position ribs exactly at right angles in relation to spar, then glue in place. Note, that ribs are glued to spruce spar, main spar and trailing edge sheeting. Do not apply glue to front part of ribs between wing spar and leading edge position.

4

Note: Root rib TM-07 will be fitted at a later stage together with TM-05. TM-05 determines the correct dihedral angle for the root rib.

Glue in place TM-04 and TM-05 together with top spar TM-02 (spruce, 3 x 8 mm). Glue in place root rib TM-07 and make sure it is slightly angled in accordance with dihedral of wing.When parts are positioned correctly correct dihedral is achieved automatically.

5

Glue supports TM-18 into ribs at the spoiler position and glue sheeting panel TM-19 in place.

7

Note that sheeting is centred on supports and ribs which act as an end stop for the spoiler.

TM-17

th Insert servo tray TM-20 between ribs in 4 rib bay and glue flush with underside of ribs and to wing spar.

Insert wing joiner R-40 into sleeve TM-21 and make sure it moves freely and without binding. Carefully sand surface of wing joiner sleeve TM-21 and insert in wing root. Glue with epoxy mixed with glass fibres.

Align magnet supports TM-31 and TM-32 with corresponding holes in root rib TM-07, then glue to the inside of root

rib.

Remove wing from jig. Slightly bevel the last 3 mm of trailing edge sheeting to establish a good contact surface for gluing. Then glue in place top sheeting TM-06. Glue together wing root sheeting material TM-122 and TM-23, then glue to outer rib bays.

Tip: Glue rear edge of sheeting with epoxy to get a strong trailing edge which can be sanded down to fine profile.

Glue bottom sheeting material to ribs. For best results use thin CA.

TM-22

TM-22

TM-23

TM-23

TM-06

6

8

9

TM-07

TM-08

TM-09

TM-10

TM-11

TM-12TM-13

TM-20

TM-21

TM-21.1TM-31

TM-32

TM-19

TM-18

Glue together wing root sheeting material TM-22 and TM-23, then glue to first rib bay on either side of wing.

Place wing on building board and glue false leading edge TM-24 (balsa, 2 x 8 mm) to ribs and bottom sheeting. Sand flush with top of ribs after glue has dried.

Glue in place top sheeting TM-01 on ribs, spar and false leading edge. Use suitable weights and tape to secure sheeting material until glue has dried completely.

TM-22

TM-24

TM-01

TM-23

Sand sheeting material flush with false leading edge. Use a long sanding bar for best results.Glue leading edge TM-25 (balsa, 3 x 8 mm) to false leading eding edge and sand to shape after glue has dried.

Glue control horn TM-27 to spoiler TM-26. Make sure to build a left and a right spoiler! File a notch for control horn TM-27 and fit spoiler in place. When wing is has been covered, attach spoiler to wing with tape.

When covering is complete, glue inner wing panels and outer wing panels together. Protect covering material next to contact surfaces with tape.Apply a liberal amount of epoxy to wing joiners and ribs. Insert wing joiners in slots andpress wing panels together. Secure with tape until glue has cured.

A final sanding will make the inner wing panel ready to cover. Wing joiner TM-28, wing locator dowel TM-29 and magnets TM-30 are glued in place after finish is complete.Make sure that inner wing panels and outer wing panels fit together well. Root ribs should fit together without a gap. Correct, if necessary, to achieve a perfect fit.

Note for Triple thermic: Route aileron servo leads through ribs of inner wing panel before inner wing panel is covered!

TM-25

TM-26

TM-27

10

11

12

13

14

15

Glue together wing root sheeting material TM-22 and TM-23, then glue to first rib bay on either side of wing.

Place wing on building board and glue false leading edge TM-24 (balsa, 2 x 8 mm) to ribs and bottom sheeting. Sand flush with top of ribs after glue has dried.

Glue in place top sheeting TM-01 on ribs, spar and false leading edge. Use suitable weights and tape to secure sheeting material until glue has dried completely.

TM-22

TM-24

TM-01

TM-23

Sand sheeting material flush with false leading edge. Use a long sanding bar for best results.Glue leading edge TM-25 (balsa, 3 x 8 mm) to false leading eding edge and sand to shape after glue has dried.

Glue control horn TM-27 to spoiler TM-26. Make sure to build a left and a right spoiler! File a notch for control horn TM-27 and fit spoiler in place. When wing is has been covered, attach spoiler to wing with tape.

When covering is complete, glue inner wing panels and outer wing panels together. Protect covering material next to contact surfaces with tape.Apply a liberal amount of epoxy to wing joiners and ribs. Insert wing joiners in slots andpress wing panels together. Secure with tape until glue has cured.

A final sanding will make the inner wing panel ready to cover. Wing joiner TM-28, wing locator dowel TM-29 and magnets TM-30 are glued in place after finish is complete.Make sure that inner wing panels and outer wing panels fit together well. Root ribs should fit together without a gap. Correct, if necessary, to achieve a perfect fit.

Note for Triple thermic: Route aileron servo leads through ribs of inner wing panel before inner wing panel is covered!

TM-25

TM-26

TM-27

10

11

12

13

14

15

Attach control surfaces to V-tail with tape andtemporarily mount V-tail on fuselage. Make a Z-bend at one end of 0.8 mm piano wires R-37, slide control horns over Z-bends and insert wires into snakes R-28.Mark positions of control horns on control surfaces andund fit control horn in place. Remove V-tail from fuselageand cover fuselage and V-tail.

Use epoxy to glue V-tail to fuselage. Slide control horns over Z-bends and insert wires into snakes. Attach control surfaces to V-tail with tape and glue control horns in place.

Install sevos in servo tray. Install pushrod connectors on servo arms and connect piano wires to servos. Install RC equipment and connect battery and servos. Use a shapr balsa knife to cut out slots in hatch covers to improve circulation of air through fuselage. Install hatch covers and secure with tape. Secure battery hatch cover with screw.On your transmitter chose a program that supports models with a V-tail and check direction and control throws of control surfaces. See the manual of your RC equiment for details.

Balance the completed model complete with battery. If necessary, move RC equipment to adjust centre of gravity. For electric flight install battery in compartment accessible through battery hatch cover. Ideal battery dimensions are 75 x 35 x 20 mm.

The centre of gravity is 57 mm from the leading edge.

F0r speed and thermic only:Use servos with a max. thickness of 11.5 mm for aileron control.Install pushrod connectors R-38 on outer most position of servo arms and adjust neutral position of servos. Position servo on servo tray and mark position of servo arm. Cut piano wire TS-43 (speed) or TT-38 (thermic) to length and make a Z-bend at one end. Glue servo in place and with the help of your radio move servo arm to a position inside the wing, before you cover the wing.

Before you attach the aileron to wing, insert Z-bend of piano wire into aileron horn, insert in pushrod connector on servo arm and then attach aileron to wing with tape.Installl servo in other wing panel accordingly. See the manual of your RC equiment for details.

For R.E.S. and thermic only:Use servos with a max. thickness of 10 mm for spoiler control. Please note, that the aileron servo leads for Triple thermic need to be routed between spoiler servo and spar. If necessary, use a file to adapt the openings in the ribs.Install M2 screw TM-33 with nut TM-34 in outer most position on servo arm. Attach spoiler to servo and position servo on servo tray. If necessary, cut off TM-33 for free movement of servo arm. Temoraily attach spoiler to wing and check movement of spoiler. Mark position of servo on servo tray and glue servo in place.

Section VIII - Abschlussarbeiten

1

2

3

4

5

6

R-38

AdjustmentsCentre of gravity: Wing incidence + dihedral:Ruderausschläge V-tail: aileron: spoiler:tow hook:

ca. 57 mm behind leading edgebuilt into laser-cut parts

(value at rear end of control surface)ca. 20 mm up/down15/10 mm up/downmaximum possible control throwInstall tow hook in reinforcement in fuselage floor panel at an angle of 15° in front of centre of gravity location. Tow hook position can be slightly altered to front or rear, depending on how the model is balanced.

15°

Attach control surfaces to V-tail with tape andtemporarily mount V-tail on fuselage. Make a Z-bend at one end of 0.8 mm piano wires R-37, slide control horns over Z-bends and insert wires into snakes R-28.Mark positions of control horns on control surfaces andund fit control horn in place. Remove V-tail from fuselageand cover fuselage and V-tail.

Use epoxy to glue V-tail to fuselage. Slide control horns over Z-bends and insert wires into snakes. Attach control surfaces to V-tail with tape and glue control horns in place.

Install sevos in servo tray. Install pushrod connectors on servo arms and connect piano wires to servos. Install RC equipment and connect battery and servos. Use a shapr balsa knife to cut out slots in hatch covers to improve circulation of air through fuselage. Install hatch covers and secure with tape. Secure battery hatch cover with screw.On your transmitter chose a program that supports models with a V-tail and check direction and control throws of control surfaces. See the manual of your RC equiment for details.

Balance the completed model complete with battery. If necessary, move RC equipment to adjust centre of gravity. For electric flight install battery in compartment accessible through battery hatch cover. Ideal battery dimensions are 75 x 35 x 20 mm.

The centre of gravity is 57 mm from the leading edge.

F0r speed and thermic only:Use servos with a max. thickness of 11.5 mm for aileron control.Install pushrod connectors R-38 on outer most position of servo arms and adjust neutral position of servos. Position servo on servo tray and mark position of servo arm. Cut piano wire TS-43 (speed) or TT-38 (thermic) to length and make a Z-bend at one end. Glue servo in place and with the help of your radio move servo arm to a position inside the wing, before you cover the wing.

Before you attach the aileron to wing, insert Z-bend of piano wire into aileron horn, insert in pushrod connector on servo arm and then attach aileron to wing with tape.Installl servo in other wing panel accordingly. See the manual of your RC equiment for details.

For R.E.S. and thermic only:Use servos with a max. thickness of 10 mm for spoiler control. Please note, that the aileron servo leads for Triple thermic need to be routed between spoiler servo and spar. If necessary, use a file to adapt the openings in the ribs.Install M2 screw TM-33 with nut TM-34 in outer most position on servo arm. Attach spoiler to servo and position servo on servo tray. If necessary, cut off TM-33 for free movement of servo arm. Temoraily attach spoiler to wing and check movement of spoiler. Mark position of servo on servo tray and glue servo in place.

Section VIII - Abschlussarbeiten

1

2

3

4

5

6

R-38

AdjustmentsCentre of gravity: Wing incidence + dihedral:Ruderausschläge V-tail: aileron: spoiler:tow hook:

ca. 57 mm behind leading edgebuilt into laser-cut parts

(value at rear end of control surface)ca. 20 mm up/down15/10 mm up/downmaximum possible control throwInstall tow hook in reinforcement in fuselage floor panel at an angle of 15° in front of centre of gravity location. Tow hook position can be slightly altered to front or rear, depending on how the model is balanced.

15°

parts list Triple speedP q0 Item Pieces Material Laser sheet Type DimensionsT /23 fuselage side, front 2 light ply 3 laser cut 3 mmT /24 fuselage side, rear 2 balsa 2 laser cut 3 mm

T /2503 former 1 light ply 3 laser cut 3 mmT /2504 former 1 light ply 3 laser cut 3 mmT /2505 former 1 light ply 3 laser cut 3 mmT /26"G former (electric glider) 1 light ply 3 laser cut 3 mmT /26"U former (sailplane) 1 light ply 3 laser cut 3 mmT /27 former 1 light ply 3 laser cut 3 mmT /28 former 1 light ply 3 laser cut 3 mm

T /28"G reinforcement 2 light ply 3 laser cut 3 mmT /29 former 1 light ply 3 laser cut 3 mmT /2: former 1 light ply 3 laser cut 3 mmT /2; former 1 light ply 3 laser cut 3 mmT /32 former 1 light ply 3 laser cut 3 mm

T /33"G former (electric glider) 1 light ply 3 laser cut 3 mmT /33"U former (sailplane) 1 light ply 3 laser cut 3 mmT /34"G former (electric glider) 1 light ply 3 laser cut 3 mmT /34"U former (sailplane) 1 light ply 3 laser cut 3 mmT /35 triangular stock (electric glider) 1 balsa cut part 10 x 10 x 240 mm

T /36"U base plate, high start hook (sailplane) 2 light ply 3 laser cut 3 mmT /36"G mounting srew plate, battery hatch (electric glider) 2 light ply 3 laser cut 3 mmT /37 former 1 balsa 2 laser cut 3 mmT /38 former 1 balsa 2 laser cut 3 mmT /39 former 1 balsa 2 laser cut 3 mmT /3: V-tail support 1 light ply 3 laser cut 3 mmT /3; magnet support 6 balsa 2 laser cut 3 mmT /42 cabin side panel 2 light ply 3 laser cut 3 mmT /43 rear cabin former 1 light ply 3 laser cut 3 mm

T /44"G front cabin former (electric glider) 1 light ply 3 laser cut 3 mmT /44"U front cabin former (sailplane) 1 light ply 3 laser cut 3 mmT /45 cabin front locator 1 light ply 3 laser cut 3 mm

T /4603 hatch cover 2 light ply 3 laser cut 3 mmT /4604 hatch cover 1 light ply 3 laser cut 3 mmT /4605 hatch cover spacer 1 light ply 3 laser cut 3 mmT /47 hatch cover rails 6 light ply 3 laser cut 3 mmT /48 front wing joiner sleeve 1 brass cut part Ø 7/6 x 37 mmT /49 rear wing joiner sleeve 1 brass cut part Ø 4/3 x 37 mmT /4: snake 2 plastic cut part Ø 2/1 x 1,000 mmT /4; fuselage sheeting 2 balsa cut part 1.5 x 100 x 500 mm

T /52"G front former (electric glider) 1 light ply 3 laser cut 3 mmT /53"U front former (sailplane) 1 balsa 1 laser cut 3 mmT /54"U lower nose former (sailplane) 1 balsa 2.1 laser cut 3 mmT /55"U upper nose former (sailplane) 1 balsa 1 laser cut 3 mmT /56"U upper nose block (sailplane) 6 balsa 1 laser cut 3 mmT /57"U lower noseblock (sailplane) 6 balsa 1 laser cut 3 mmT /58 wing retainer 6 magnet ready made Ø 8 x 3 mmT /59 pushrod 2 piano wire cut part Ø 0.8 x 1,000 mmT /5: pusrod connector (with nut/grub screw) 4 metal ready made Ø 4.5 / 2 x 10 mmT /5; screw 1 metal ready made Ø 2.2 x 9.5 mmT /62 wing joiner 1 composite material cut part Ø 6 x 255 mm

T /63"G front former (electric glider) 1 birch ply 11 laser cut 1 mmT /64 high start hook 1 metal ready made 20 mmT /65 reinforcement 4 balsa cut part 3 x 3 x 650 mmN/23 V-tail jig 1 light ply 3 laser cut 3 mmN/24 V-tail jig 1 light ply 3 laser cut 3 mmN/25 V-tail jig 1 light ply 3 laser cut 3 mmN/26 V-tail base 2 balsa 1 laser cut 3 mmN/27 V-tail trailing edge 2 balsa 1 laser cut 3 mmN/28 V-tail leading edge 2 balsa 1 laser cut 3 mmN/29 V-tail brace 2 balsa 1 laser cut 3 mmN/2: V-tail brace 2 balsa 1 laser cut 3 mmN/2; V-tail brace 2 balsa 1 laser cut 3 mmN/32 V-tail tip 2 balsa 1 laser cut 3 mmN/33 control surface base 2 balsa 1 laser cut 3 mmN/34 control surface leading edge 2 balsa 2.1 laser cut 3 mmN/35 control surface trailing edge 2 balsa 2.1 laser cut 3 mmN/36 control surface brace 2 balsa 1 laser cut 3 mmN/37 control surface brace 2 balsa 1 laser cut 3 mmN/38 control surface brace 2 balsa 1 laser cut 3 mmN/39 control surface tip 2 balsa 2.1 laser cut 3 mmN/3: V-tail centre piece 1 light ply 3 laser cut 3 mmN/3; control horn 2 birch ply 11 laser cut 1 mmN/42 reinforcement V-tail 1 balsa 2.1 laser cut 3 mmN/43 reinforcement V-tail 4 spruce cut part 3 x 3 x 160 mm

P q0 Item Pieces Material Laser sheet Type DimensionsVU/23 sheeting 4 balsa 7 laser cut 1 mmVU/24 spruce spar 4 spruce cut part 2 x 8 x 1,000 mmVU/25 main spar 2 light ply 10 laser cut 3 mmVU/26 wing joiner brace 2 light ply 10 laser cut 3 mmVU/27 trailing edge sheeting 4 balsa 5 laser cut 1 mmVU/28 aileron sheeting 4 balsa 5 laser cut 1 mmVU/29 trailing edge sheeting 4 balsa 7 laser cut 1 mmVU/2: root rib 2 light ply 10 laser cut 3 mmVU/2; wing rib 2 light ply 10 laser cut 3 mmVU/32 wing rib 2 light ply 10 laser cut 3 mmVU/33 wing rib 2 balsa 9 laser cut 2 mmVU/34 wing rib 2 balsa 9 laser cut 2 mmVU/35 wing rib 2 balsa 9 laser cut 2 mmVU/36 wing rib 2 balsa 9 laser cut 2 mmVU/37 wing rib 2 balsa 9 laser cut 2 mmVU/38 wing rib 2 balsa 9 laser cut 2 mmVU/39 wing rib 2 balsa 9 laser cut 2 mmVU/3: wing rib 2 balsa 9 laser cut 2 mmVU/3; wing rib 2 balsa 9 laser cut 2 mmVU/42 wing rib 2 balsa 9 laser cut 2 mmVU/43 wing rib 2 balsa 9 laser cut 2 mmVU/44 wing rib 2 balsa 9 laser cut 2 mmVU/45 wing rib 2 balsa 9 laser cut 2 mmVU/46 wing rib 2 balsa 9 laser cut 2 mmVU/47 wing rib 2 balsa 9 laser cut 2 mmVU/48 aileron riblet 2 balsa 9 laser cut 2 mmVU/49 aileron riblet 2 balsa 9 laser cut 2 mmVU/4: aileron spar 2 balsa 8 laser cut 3 mmVU/4; aileron leading edge 2 balsa 8 laser cut 3 mmVU/52 gusset 2 balsa 8 laser cut 3 mmVU/53 gusset 2 balsa 8 laser cut 3 mmVU/54 servo tray 2 birch ply 11 laser cut 2 mm

VU/5403 servo tray end stop 2 birch ply 11 laser cut 2 mmVU/5404 reiniforcement 2 birch ply 11 laser cut 2 mmVU/5405 servo frame 2 birch ply 11 laser cut 2 mmVU/5406 servo frame 4 birch ply 11 laser cut 2 mmVU/55 front root sheeting 4 balsa 4 laser cut 1 mmVU/56 rear root sheeting 4 balsa 6 laser cut 1 mmVU/57 wing joiner sleeve 2 brass cut part Ø7/6 x 110 mm

VU/5703 wing location sleeve 2 brass cut part Ø4/3 x 60 mmVU/58 false leading edge 2 balsa 8 laser cut 3 mmVU/59 leading edge 2 balsa 8 laser cut 3 mmVU/5: wing tip 6 balsa 8 laser cut 3 mmVU/5; aileron leading edge doubler 2 balsa 8 laser cut 3 mmVU/62 control horn 2 plywood 11 laser cut 1 mmVU/63 wing locator dowel 1 expoxy cut part Ø3 x 120 mmVU/64 wing retainer 4 magnet ready made Ø8 x 3 mmVU/65 snake 1 piano wire cut part Ø 0.8 x 250 mmVU/68 front magnet support 2 balsa 8 laser cut 3 mmVU/69 rear magnet support 2 balsa 8 laser cut 3 mm

parts list Triple fuselage and V-tail

parts list Triple speedP q0 Item Pieces Material Laser sheet Type DimensionsT /23 fuselage side, front 2 light ply 3 laser cut 3 mmT /24 fuselage side, rear 2 balsa 2 laser cut 3 mm

T /2503 former 1 light ply 3 laser cut 3 mmT /2504 former 1 light ply 3 laser cut 3 mmT /2505 former 1 light ply 3 laser cut 3 mmT /26"G former (electric glider) 1 light ply 3 laser cut 3 mmT /26"U former (sailplane) 1 light ply 3 laser cut 3 mmT /27 former 1 light ply 3 laser cut 3 mmT /28 former 1 light ply 3 laser cut 3 mm

T /28"G reinforcement 2 light ply 3 laser cut 3 mmT /29 former 1 light ply 3 laser cut 3 mmT /2: former 1 light ply 3 laser cut 3 mmT /2; former 1 light ply 3 laser cut 3 mmT /32 former 1 light ply 3 laser cut 3 mm

T /33"G former (electric glider) 1 light ply 3 laser cut 3 mmT /33"U former (sailplane) 1 light ply 3 laser cut 3 mmT /34"G former (electric glider) 1 light ply 3 laser cut 3 mmT /34"U former (sailplane) 1 light ply 3 laser cut 3 mmT /35 triangular stock (electric glider) 1 balsa cut part 10 x 10 x 240 mm

T /36"U base plate, high start hook (sailplane) 2 light ply 3 laser cut 3 mmT /36"G mounting srew plate, battery hatch (electric glider) 2 light ply 3 laser cut 3 mmT /37 former 1 balsa 2 laser cut 3 mmT /38 former 1 balsa 2 laser cut 3 mmT /39 former 1 balsa 2 laser cut 3 mmT /3: V-tail support 1 light ply 3 laser cut 3 mmT /3; magnet support 6 balsa 2 laser cut 3 mmT /42 cabin side panel 2 light ply 3 laser cut 3 mmT /43 rear cabin former 1 light ply 3 laser cut 3 mm

T /44"G front cabin former (electric glider) 1 light ply 3 laser cut 3 mmT /44"U front cabin former (sailplane) 1 light ply 3 laser cut 3 mmT /45 cabin front locator 1 light ply 3 laser cut 3 mm

T /4603 hatch cover 2 light ply 3 laser cut 3 mmT /4604 hatch cover 1 light ply 3 laser cut 3 mmT /4605 hatch cover spacer 1 light ply 3 laser cut 3 mmT /47 hatch cover rails 6 light ply 3 laser cut 3 mmT /48 front wing joiner sleeve 1 brass cut part Ø 7/6 x 37 mmT /49 rear wing joiner sleeve 1 brass cut part Ø 4/3 x 37 mmT /4: snake 2 plastic cut part Ø 2/1 x 1,000 mmT /4; fuselage sheeting 2 balsa cut part 1.5 x 100 x 500 mm

T /52"G front former (electric glider) 1 light ply 3 laser cut 3 mmT /53"U front former (sailplane) 1 balsa 1 laser cut 3 mmT /54"U lower nose former (sailplane) 1 balsa 2.1 laser cut 3 mmT /55"U upper nose former (sailplane) 1 balsa 1 laser cut 3 mmT /56"U upper nose block (sailplane) 6 balsa 1 laser cut 3 mmT /57"U lower noseblock (sailplane) 6 balsa 1 laser cut 3 mmT /58 wing retainer 6 magnet ready made Ø 8 x 3 mmT /59 pushrod 2 piano wire cut part Ø 0.8 x 1,000 mmT /5: pusrod connector (with nut/grub screw) 4 metal ready made Ø 4.5 / 2 x 10 mmT /5; screw 1 metal ready made Ø 2.2 x 9.5 mmT /62 wing joiner 1 composite material cut part Ø 6 x 255 mm

T /63"G front former (electric glider) 1 birch ply 11 laser cut 1 mmT /64 high start hook 1 metal ready made 20 mmT /65 reinforcement 4 balsa cut part 3 x 3 x 650 mmN/23 V-tail jig 1 light ply 3 laser cut 3 mmN/24 V-tail jig 1 light ply 3 laser cut 3 mmN/25 V-tail jig 1 light ply 3 laser cut 3 mmN/26 V-tail base 2 balsa 1 laser cut 3 mmN/27 V-tail trailing edge 2 balsa 1 laser cut 3 mmN/28 V-tail leading edge 2 balsa 1 laser cut 3 mmN/29 V-tail brace 2 balsa 1 laser cut 3 mmN/2: V-tail brace 2 balsa 1 laser cut 3 mmN/2; V-tail brace 2 balsa 1 laser cut 3 mmN/32 V-tail tip 2 balsa 1 laser cut 3 mmN/33 control surface base 2 balsa 1 laser cut 3 mmN/34 control surface leading edge 2 balsa 2.1 laser cut 3 mmN/35 control surface trailing edge 2 balsa 2.1 laser cut 3 mmN/36 control surface brace 2 balsa 1 laser cut 3 mmN/37 control surface brace 2 balsa 1 laser cut 3 mmN/38 control surface brace 2 balsa 1 laser cut 3 mmN/39 control surface tip 2 balsa 2.1 laser cut 3 mmN/3: V-tail centre piece 1 light ply 3 laser cut 3 mmN/3; control horn 2 birch ply 11 laser cut 1 mmN/42 reinforcement V-tail 1 balsa 2.1 laser cut 3 mmN/43 reinforcement V-tail 4 spruce cut part 3 x 3 x 160 mm

P q0 Item Pieces Material Laser sheet Type DimensionsVU/23 sheeting 4 balsa 7 laser cut 1 mmVU/24 spruce spar 4 spruce cut part 2 x 8 x 1,000 mmVU/25 main spar 2 light ply 10 laser cut 3 mmVU/26 wing joiner brace 2 light ply 10 laser cut 3 mmVU/27 trailing edge sheeting 4 balsa 5 laser cut 1 mmVU/28 aileron sheeting 4 balsa 5 laser cut 1 mmVU/29 trailing edge sheeting 4 balsa 7 laser cut 1 mmVU/2: root rib 2 light ply 10 laser cut 3 mmVU/2; wing rib 2 light ply 10 laser cut 3 mmVU/32 wing rib 2 light ply 10 laser cut 3 mmVU/33 wing rib 2 balsa 9 laser cut 2 mmVU/34 wing rib 2 balsa 9 laser cut 2 mmVU/35 wing rib 2 balsa 9 laser cut 2 mmVU/36 wing rib 2 balsa 9 laser cut 2 mmVU/37 wing rib 2 balsa 9 laser cut 2 mmVU/38 wing rib 2 balsa 9 laser cut 2 mmVU/39 wing rib 2 balsa 9 laser cut 2 mmVU/3: wing rib 2 balsa 9 laser cut 2 mmVU/3; wing rib 2 balsa 9 laser cut 2 mmVU/42 wing rib 2 balsa 9 laser cut 2 mmVU/43 wing rib 2 balsa 9 laser cut 2 mmVU/44 wing rib 2 balsa 9 laser cut 2 mmVU/45 wing rib 2 balsa 9 laser cut 2 mmVU/46 wing rib 2 balsa 9 laser cut 2 mmVU/47 wing rib 2 balsa 9 laser cut 2 mmVU/48 aileron riblet 2 balsa 9 laser cut 2 mmVU/49 aileron riblet 2 balsa 9 laser cut 2 mmVU/4: aileron spar 2 balsa 8 laser cut 3 mmVU/4; aileron leading edge 2 balsa 8 laser cut 3 mmVU/52 gusset 2 balsa 8 laser cut 3 mmVU/53 gusset 2 balsa 8 laser cut 3 mmVU/54 servo tray 2 birch ply 11 laser cut 2 mm

VU/5403 servo tray end stop 2 birch ply 11 laser cut 2 mmVU/5404 reiniforcement 2 birch ply 11 laser cut 2 mmVU/5405 servo frame 2 birch ply 11 laser cut 2 mmVU/5406 servo frame 4 birch ply 11 laser cut 2 mmVU/55 front root sheeting 4 balsa 4 laser cut 1 mmVU/56 rear root sheeting 4 balsa 6 laser cut 1 mmVU/57 wing joiner sleeve 2 brass cut part Ø7/6 x 110 mm

VU/5703 wing location sleeve 2 brass cut part Ø4/3 x 60 mmVU/58 false leading edge 2 balsa 8 laser cut 3 mmVU/59 leading edge 2 balsa 8 laser cut 3 mmVU/5: wing tip 6 balsa 8 laser cut 3 mmVU/5; aileron leading edge doubler 2 balsa 8 laser cut 3 mmVU/62 control horn 2 plywood 11 laser cut 1 mmVU/63 wing locator dowel 1 expoxy cut part Ø3 x 120 mmVU/64 wing retainer 4 magnet ready made Ø8 x 3 mmVU/65 snake 1 piano wire cut part Ø 0.8 x 250 mmVU/68 front magnet support 2 balsa 8 laser cut 3 mmVU/69 rear magnet support 2 balsa 8 laser cut 3 mm

parts list Triple fuselage and V-tail

Stü

cklist

e T

rip

le t

herm

ic

P q0 Item Pieces Material Laser sheet Type DimensionsVO /23 sheeting 4 balsa 7 laser cut 1 mmVO /24 spruce spar 4 spruce cut part 3 x 8 x 495 mmVO /25 main spar 2 light ply 12 laser cut 3 mmVO /26 wing joiner brace 2 light ply 12 laser cut 3 mmVO /27 wing joiner brace 2 light ply 12 laser cut 3 mmVO /28 trailing edge sheeting 4 balsa 6 laser cut 1 mmVO /29 root rib 2 light ply 12 laser cut 3 mmVO /2: wing rib (spoiler position) 2 light ply 12 laser cut 3 mmVO /2; wing rib (spoiler position) 2 balsa 11.1 laser cut 2 mmVO /32 wing rib (spoiler position) 2 balsa 11.1 laser cut 2 mmVO /33 wing rib (spoiler position) 2 balsa 11.1 laser cut 2 mmVO /34 wing rib (spoiler position) 2 balsa 11.1 laser cut 2 mmVO /35 wing rib (spoiler position) 2 balsa 11.1 laser cut 2 mmVO /36 wing rib (spoiler position) 2 balsa 11.1 laser cut 2 mmVO /37 wing rib 2 balsa 11.1 laser cut 2 mmVO /38 wing rib 2 light ply 12 laser cut 3 mmVO /39 wing rib 2 light ply 12 laser cut 3 mmVO /3: spoiler support 4 balsa 10 laser cut 3 mmVO /3; spoiler sheeting 2 balsa 5 laser cut 1 mmVO /42 servo tray 2 ply wood laser cut 1 mmVO /43 wing joiner sleeve 2 brass cut part Ø 7/6 x 110 mm

VO /4303 wing locating sleeve 2 brass cut part Ø4/3 x 60 mmVO /44 front root sheeting 8 balsa 4.1 laser cut 1 mmVO /45 rear root sheeting 8 balsa 4.2 laser cut 1 mmVO /46 false leading edge 2 balsa cut part 2 x 8 x 495 mmVO /47 leading edge 2 balsa cut part 3 x 8 x 495 mmVO /48 spoiler 2 plywood 9 laser cut 1 mmVO /49 control horn 2 plywood 12 laser cut 3 mmVO /4: wing joiner 6 plywood 9 laser cut 1 mmVO /4; wing locating dowel 1 composite material cut part Ø 3 x 120 mmVO /52 wing retainer 4 magnet ready made Ø 8 x 3 mmVO /53 front magnet support 2 balsa 10 laser cut 3 mmVO /54 rear magnet support 2 balsa 10 laser cut 3 mmVO /55 M2 screw 2 metal ready made M2VO /56 M2 nut 2 metal ready made M2VV/23 sheeting 4 balsa 8.1 laser cut 1 mmVV/24 spruce spar 4 spruce cut part 2 x 8 x 750 mmVV/25 main spar 2 light ply 12 laser cut 3 mmVV/26 wing joiner brace 2 light ply 12 laser cut 3 mmVV/27 trailing edge sheeting 4 balsa 8.1 laser cut 1 mmVV/28 aileron sheeting 4 balsa 6 laser cut 1 mmVV/29 trailing edge sheeting 4 balsa 6 laser cut 1 mmVV/2: root rib 2 light ply 12 laser cut 3 mmVV/2; wing rib 2 light ply 12 laser cut 3 mmVV/32 wing rib 2 balsa 11.1 laser cut 2 mmVV/33 wing rib 2 balsa 11.1 laser cut 2 mmVV/34 wing rib 2 balsa 11.1 laser cut 2 mmVV/35 wing rib 2 balsa 11.1 laser cut 2 mmVV/36 wing rib 2 balsa 11.1 laser cut 2 mmVV/37 wing rib 2 balsa 11.2 laser cut 2 mmVV/38 wing rib 2 balsa 11.2 laser cut 2 mmVV/39 wing rib 2 balsa 11.2 laser cut 2 mmVV/3: wing rib 2 balsa 11.2 laser cut 2 mmVV/3; wing rib 2 balsa 11.2 laser cut 2 mmVV/42 wing rib 2 balsa 11.2 laser cut 2 mmVV/43 wing rib 2 balsa 11.2 laser cut 2 mmVV/44 wing rib 2 balsa 11.2 laser cut 2 mmVV/45 wing rib 2 balsa 11.2 laser cut 2 mmVV/46 aileron riblet 2 balsa 11.1 laser cut 2 mmVV/47 aileron riblet 2 balsa 11.2 laser cut 2 mmVV/48 aileron spar 2 balsa 10 laser cut 3 mmVV/49 aileron leading edge 2 balsa 10 laser cut 3 mmVV/4: gusset 2 balsa 10 laser cut 3 mmVV/4; gusset 2 balsa 10 laser cut 3 mmVV/52 servo tray 2 birch ply 16 laser cut 2 mm

VV/5203 servo tray end stop 2 birch ply 16 laser cut 2 mmVV/5204 reinforcement 2 birch ply 16 laser cut 2 mmVV/5205 servo frame 2 birch ply 16 laser cut 2 mmVV/5206 servo frame 4 birch ply 16 laser cut 2 mmVV/53 front root sheeting 4 balsa 8.2 laser cut 1 mmVV/54 rear root sheeting 4 balsa 8.2 laser cut 1 mmVV/55 false leading edge 2 balsa cut part 2 x 8 x 750 mmVV/56 leading edge 2 balsa cut part 3 x 8 x 750 mmVV/57 wing tiip 6 balsa 10 laser cut 3 mmVV/58 aileron leading edge doubler 2 balsa 10 laser cut 3 mmVV/59 control horn 2 plywood 9 laser cut 1 mmVV/5: aileron pushrod 1 piano wire cut part Ø 0.8 x 250 mmJ /23 wing jig centre section 1 depron laser cut 3 mmJ /24 wing jig outer wing panel 1 depron laser cut 3 mm

parts list Triple R.E.S.P q0 Item Pieces Material Laser sheet Type Dimensions

VO /23 sheeting 4 balsa 7 laser cut 1 mmVO /24 spruce spar 4 spruce cut part 3 x 8 x 495 mmVO /25 main spar 2 light ply 10 laser cut 3 mmVO /26 wing joiner brace 2 light ply 10 laser cut 3 mmVO /27 wing joiner brace 2 light ply 10 laser cut 3 mmVO /28 trailing edge sheeting 4 balsa 5 laser cut 1 mmVO /29 root rib 2 light ply 10 laser cut 3 mmVO /2: wing rib (spoiler position) 2 light ply 10 laser cut 3 mmVO /2; wing rib (spoiler position) 2 balsa 9 laser cut 2 mmVO /32 wing rib (spoiler position) 2 balsa 9 laser cut 2 mmVO /33 wing rib (spoiler position) 2 balsa 9 laser cut 2 mmVO /34 wing rib (spoiler position) 2 balsa 9 laser cut 2 mmVO /35 wing rib (spoiler position) 2 balsa 9 laser cut 2 mmVO /36 wing rib (spoiler position) 2 balsa 9 laser cut 2 mmVO /37 wing rib 2 balsa 9 laser cut 2 mmVO /38 wing rib 2 light ply 10 laser cut 3 mmVO /39 wing rib 2 light ply 10 laser cut 3 mmVO /3: spoiler support 4 balsa 8 laser cut 3 mmVO /3; spoiler sheeting 2 balsa 5 laser cut 1 mmVO /42 servo tray 2 ply wood laser cut 1 mmVO /43 wing joiner sleeve 2 aluminium cut part Ø 7/6 x 125 mm

VO /4303 wing locating sleeve 2 brass cut part Ø4/3 x 60 mmVO /44 front root sheeting 8 balsa 4 laser cut 1 mmVO /45 rear root sheeting 8 balsa 4 laser cut 1 mmVO /46 false leading edge 2 balsa cut part 2 x 8 x 495 mmVO /47 leading edge 2 balsa cut part 3 x 8 x 495 mmVO /48 spoiler 2 plywood 11 laser cut 1 mmVO /49 control horn 2 plywood 10 laser cut 3 mmVO /4: wing joiner 6 plywood 11 laser cut 1 mmVO /4; wing locating dowel 1 composite material cut part Ø 3 x 120 mmVO /52 wing retainer 4 magnet ready made Ø 8 x 3 mmVO /53 front magnet support 2 balsa 8 laser cut 3 mmVO /54 rear magnet support 2 balsa 8 laser cut 3 mmVO /55 M2 screw 2 metal ready made M2VO /56 M2 nut 2 metal ready made M2VT /23 sheeting 4 balsa 6.1 laser cut 1 mmTR-02 spruce spar 4 spruce cut part 2 x 8 x 495 mmTR-03 main spar 2 light ply 10 laser cut 3 mmTR-04 wing joiner brace 2 light ply 10 laser cut 3 mmTR-05 trailing egde sheeting 4 balsa 6.3 laser cut 1 mmTR-06 root rib 2 light ply 10 laser cut 3 mmTR-07 wing rib 2 light ply 10 laser cut 3 mmTR-08 wing rib 2 balsa 9 laser cut 2 mmTR-09 wing rib 2 balsa 9 laser cut 2 mmTR-10 wing rib 2 balsa 9 laser cut 2 mmTR-11 wing rib 2 balsa 9 laser cut 2 mmTR-12 wing rib 2 balsa 9 laser cut 2 mmTR-13 wing rib 2 balsa 9 laser cut 2 mmTR-14 wing rib 2 balsa 9 laser cut 2 mmTR-15 wing rib 2 balsa 4 laser cut 2 mmTR-16 front root sheeting 4 balsa 6.2 laser cut 1 mmTR-17 rear root sheeting 4 balsa 6.2 laser cut 1 mmTR-18 false leading edge 2 balsa cut part 2 x 8 x 495 mmTR-19 leading edge 2 balsa cut part 3 x 8 x 495 mmTR-20 wing tip 6 balsa 8 laser cut 3 mmH-01 wing jig centre section 1 depron laser cut 3 mmH-02 wing jig outer wing panel 1 depron laser cut 3 mm

parts list Triple thermic

Stü

cklist

e T

rip

le t

herm

ic

P q0 Item Pieces Material Laser sheet Type DimensionsVO /23 sheeting 4 balsa 7 laser cut 1 mmVO /24 spruce spar 4 spruce cut part 3 x 8 x 495 mmVO /25 main spar 2 light ply 12 laser cut 3 mmVO /26 wing joiner brace 2 light ply 12 laser cut 3 mmVO /27 wing joiner brace 2 light ply 12 laser cut 3 mmVO /28 trailing edge sheeting 4 balsa 6 laser cut 1 mmVO /29 root rib 2 light ply 12 laser cut 3 mmVO /2: wing rib (spoiler position) 2 light ply 12 laser cut 3 mmVO /2; wing rib (spoiler position) 2 balsa 11.1 laser cut 2 mmVO /32 wing rib (spoiler position) 2 balsa 11.1 laser cut 2 mmVO /33 wing rib (spoiler position) 2 balsa 11.1 laser cut 2 mmVO /34 wing rib (spoiler position) 2 balsa 11.1 laser cut 2 mmVO /35 wing rib (spoiler position) 2 balsa 11.1 laser cut 2 mmVO /36 wing rib (spoiler position) 2 balsa 11.1 laser cut 2 mmVO /37 wing rib 2 balsa 11.1 laser cut 2 mmVO /38 wing rib 2 light ply 12 laser cut 3 mmVO /39 wing rib 2 light ply 12 laser cut 3 mmVO /3: spoiler support 4 balsa 10 laser cut 3 mmVO /3; spoiler sheeting 2 balsa 5 laser cut 1 mmVO /42 servo tray 2 ply wood laser cut 1 mmVO /43 wing joiner sleeve 2 brass cut part Ø 7/6 x 110 mm

VO /4303 wing locating sleeve 2 brass cut part Ø4/3 x 60 mmVO /44 front root sheeting 8 balsa 4.1 laser cut 1 mmVO /45 rear root sheeting 8 balsa 4.2 laser cut 1 mmVO /46 false leading edge 2 balsa cut part 2 x 8 x 495 mmVO /47 leading edge 2 balsa cut part 3 x 8 x 495 mmVO /48 spoiler 2 plywood 9 laser cut 1 mmVO /49 control horn 2 plywood 12 laser cut 3 mmVO /4: wing joiner 6 plywood 9 laser cut 1 mmVO /4; wing locating dowel 1 composite material cut part Ø 3 x 120 mmVO /52 wing retainer 4 magnet ready made Ø 8 x 3 mmVO /53 front magnet support 2 balsa 10 laser cut 3 mmVO /54 rear magnet support 2 balsa 10 laser cut 3 mmVO /55 M2 screw 2 metal ready made M2VO /56 M2 nut 2 metal ready made M2VV/23 sheeting 4 balsa 8.1 laser cut 1 mmVV/24 spruce spar 4 spruce cut part 2 x 8 x 750 mmVV/25 main spar 2 light ply 12 laser cut 3 mmVV/26 wing joiner brace 2 light ply 12 laser cut 3 mmVV/27 trailing edge sheeting 4 balsa 8.1 laser cut 1 mmVV/28 aileron sheeting 4 balsa 6 laser cut 1 mmVV/29 trailing edge sheeting 4 balsa 6 laser cut 1 mmVV/2: root rib 2 light ply 12 laser cut 3 mmVV/2; wing rib 2 light ply 12 laser cut 3 mmVV/32 wing rib 2 balsa 11.1 laser cut 2 mmVV/33 wing rib 2 balsa 11.1 laser cut 2 mmVV/34 wing rib 2 balsa 11.1 laser cut 2 mmVV/35 wing rib 2 balsa 11.1 laser cut 2 mmVV/36 wing rib 2 balsa 11.1 laser cut 2 mmVV/37 wing rib 2 balsa 11.2 laser cut 2 mmVV/38 wing rib 2 balsa 11.2 laser cut 2 mmVV/39 wing rib 2 balsa 11.2 laser cut 2 mmVV/3: wing rib 2 balsa 11.2 laser cut 2 mmVV/3; wing rib 2 balsa 11.2 laser cut 2 mmVV/42 wing rib 2 balsa 11.2 laser cut 2 mmVV/43 wing rib 2 balsa 11.2 laser cut 2 mmVV/44 wing rib 2 balsa 11.2 laser cut 2 mmVV/45 wing rib 2 balsa 11.2 laser cut 2 mmVV/46 aileron riblet 2 balsa 11.1 laser cut 2 mmVV/47 aileron riblet 2 balsa 11.2 laser cut 2 mmVV/48 aileron spar 2 balsa 10 laser cut 3 mmVV/49 aileron leading edge 2 balsa 10 laser cut 3 mmVV/4: gusset 2 balsa 10 laser cut 3 mmVV/4; gusset 2 balsa 10 laser cut 3 mmVV/52 servo tray 2 birch ply 16 laser cut 2 mm

VV/5203 servo tray end stop 2 birch ply 16 laser cut 2 mmVV/5204 reinforcement 2 birch ply 16 laser cut 2 mmVV/5205 servo frame 2 birch ply 16 laser cut 2 mmVV/5206 servo frame 4 birch ply 16 laser cut 2 mmVV/53 front root sheeting 4 balsa 8.2 laser cut 1 mmVV/54 rear root sheeting 4 balsa 8.2 laser cut 1 mmVV/55 false leading edge 2 balsa cut part 2 x 8 x 750 mmVV/56 leading edge 2 balsa cut part 3 x 8 x 750 mmVV/57 wing tiip 6 balsa 10 laser cut 3 mmVV/58 aileron leading edge doubler 2 balsa 10 laser cut 3 mmVV/59 control horn 2 plywood 9 laser cut 1 mmVV/5: aileron pushrod 1 piano wire cut part Ø 0.8 x 250 mmJ /23 wing jig centre section 1 depron laser cut 3 mmJ /24 wing jig outer wing panel 1 depron laser cut 3 mm

parts list Triple R.E.S.P q0 Item Pieces Material Laser sheet Type Dimensions

VO /23 sheeting 4 balsa 7 laser cut 1 mmVO /24 spruce spar 4 spruce cut part 3 x 8 x 495 mmVO /25 main spar 2 light ply 10 laser cut 3 mmVO /26 wing joiner brace 2 light ply 10 laser cut 3 mmVO /27 wing joiner brace 2 light ply 10 laser cut 3 mmVO /28 trailing edge sheeting 4 balsa 5 laser cut 1 mmVO /29 root rib 2 light ply 10 laser cut 3 mmVO /2: wing rib (spoiler position) 2 light ply 10 laser cut 3 mmVO /2; wing rib (spoiler position) 2 balsa 9 laser cut 2 mmVO /32 wing rib (spoiler position) 2 balsa 9 laser cut 2 mmVO /33 wing rib (spoiler position) 2 balsa 9 laser cut 2 mmVO /34 wing rib (spoiler position) 2 balsa 9 laser cut 2 mmVO /35 wing rib (spoiler position) 2 balsa 9 laser cut 2 mmVO /36 wing rib (spoiler position) 2 balsa 9 laser cut 2 mmVO /37 wing rib 2 balsa 9 laser cut 2 mmVO /38 wing rib 2 light ply 10 laser cut 3 mmVO /39 wing rib 2 light ply 10 laser cut 3 mmVO /3: spoiler support 4 balsa 8 laser cut 3 mmVO /3; spoiler sheeting 2 balsa 5 laser cut 1 mmVO /42 servo tray 2 ply wood laser cut 1 mmVO /43 wing joiner sleeve 2 aluminium cut part Ø 7/6 x 125 mm

VO /4303 wing locating sleeve 2 brass cut part Ø4/3 x 60 mmVO /44 front root sheeting 8 balsa 4 laser cut 1 mmVO /45 rear root sheeting 8 balsa 4 laser cut 1 mmVO /46 false leading edge 2 balsa cut part 2 x 8 x 495 mmVO /47 leading edge 2 balsa cut part 3 x 8 x 495 mmVO /48 spoiler 2 plywood 11 laser cut 1 mmVO /49 control horn 2 plywood 10 laser cut 3 mmVO /4: wing joiner 6 plywood 11 laser cut 1 mmVO /4; wing locating dowel 1 composite material cut part Ø 3 x 120 mmVO /52 wing retainer 4 magnet ready made Ø 8 x 3 mmVO /53 front magnet support 2 balsa 8 laser cut 3 mmVO /54 rear magnet support 2 balsa 8 laser cut 3 mmVO /55 M2 screw 2 metal ready made M2VO /56 M2 nut 2 metal ready made M2VT /23 sheeting 4 balsa 6.1 laser cut 1 mmTR-02 spruce spar 4 spruce cut part 2 x 8 x 495 mmTR-03 main spar 2 light ply 10 laser cut 3 mmTR-04 wing joiner brace 2 light ply 10 laser cut 3 mmTR-05 trailing egde sheeting 4 balsa 6.3 laser cut 1 mmTR-06 root rib 2 light ply 10 laser cut 3 mmTR-07 wing rib 2 light ply 10 laser cut 3 mmTR-08 wing rib 2 balsa 9 laser cut 2 mmTR-09 wing rib 2 balsa 9 laser cut 2 mmTR-10 wing rib 2 balsa 9 laser cut 2 mmTR-11 wing rib 2 balsa 9 laser cut 2 mmTR-12 wing rib 2 balsa 9 laser cut 2 mmTR-13 wing rib 2 balsa 9 laser cut 2 mmTR-14 wing rib 2 balsa 9 laser cut 2 mmTR-15 wing rib 2 balsa 4 laser cut 2 mmTR-16 front root sheeting 4 balsa 6.2 laser cut 1 mmTR-17 rear root sheeting 4 balsa 6.2 laser cut 1 mmTR-18 false leading edge 2 balsa cut part 2 x 8 x 495 mmTR-19 leading edge 2 balsa cut part 3 x 8 x 495 mmTR-20 wing tip 6 balsa 8 laser cut 3 mmH-01 wing jig centre section 1 depron laser cut 3 mmH-02 wing jig outer wing panel 1 depron laser cut 3 mm

parts list Triple thermic

aero-naut ModellbauStuttgarter Strasse 18-22D-72766 ReutlingenGermanywww.aero-naut.com

aeronaut

More great model kits...

can be found on www.aero-naut.com

1128

/xx-

E3-0

5/20

18

SHK 1125/01wingspan 4.000 mmLasercut kit with GRP fuselageand depron building jig

SkyMaxx 1370/00wingpsan 1.550 mmLaser-Cut-kit incl.steerable nose-wheeland depron building jig

Fournier RF-4D 1355/01wingspan 2.800 mmLaser-Cut kit with GRP fuselageand depron building jig