YF23 - EASYBUILD (with or without Power Pod) - V1.04 Designed by Nick Cara (NAC) nicknac6@gmail.com

Depron = 6mm Wing span = 72cm (~28”) Length = 110cm (~43”)

SETUP :- Weight = Weight (with 1350mAh battery) = Static thrust = 650g Prop = 6x4 (max 7”) Motor = 2000kv ESC = 25A minimum Battery = 1350mAh 3s1p 25C Li-Po Radio = 3CH Elevon/Elevator throw = +/- 20 degrees Aileron throw = +/- 25 degrees Expo = 40% COG = 17cm from wing break

NOTES:- Assemble plane parts in numbered order. Some parts may be �tted at angles, some cuts & tab holes (in bold) need trimming. Bevel or curve all leading edges. Trim and sand intake to a curve. Use Hot Glue for all parts except carbon rods. Protect lower edges with packing tape. Single Elevator or Split Elevons. If using Split Elevons connect both Ailerons and Elevons to a single pair of servos. Mount eletronics and battery using Velcro. Balance the plane at COG mark by moving the battery possition.

(Mount at 45 degrees using angle guide)

4Cut for Power Pod

MAKE 2

MAKE 2

OPTIONAL - Alternante location for servos when NOT using Power Pod

9

3(If NOT using Power Pod)

3

7

83 Elevator servo when not using split elevons

(If NOT using Power Pod)

YF23 - EASYBUILD (with or without Power Pod) - V1.04 Designed by Nick Cara (NAC) nicknac6@gmail.com

Depron = 6mm Wing span = 72cm (~28”) Length = 110cm (~43”)

SETUP :- Weight = Weight (with 1350mAh battery) = Static thrust = 650g Prop = 6x4 (max 7”) Motor = 2000kv ESC = 25A minimum Battery = 1350mAh 3s1p 25C Li-Po Radio = 3CH Elevon/Elevator throw = +/- 20 degrees Aileron throw = +/- 25 degrees Expo = 40% COG = 17cm from wing break

NOTES:- Assemble plane parts in numbered order. Some parts may be �tted at angles, some cuts & tab holes (in bold) need trimming. Bevel or curve all leading edges. Trim and sand intake to a curve. Use Hot Glue for all parts except carbon rods. Protect lower edges with packing tape. Single Elevator or Split Elevons. If using Split Elevons connect both Ailerons and Elevons to a single pair of servos. Mount eletronics and battery using Velcro. Balance the plane at COG mark by moving the battery possition.

(Mount at 45 degrees using angle guide)

4Cut for Power Pod

MAKE 2

MAKE 2

OPTIONAL - Alternante location for servos when NOT using Power Pod

9

3(If NOT using Power Pod)

3

7

83 Elevator servo when not using split elevons

(If NOT using Power Pod)

5Hatch to access electronics and battery

Magnet/Velcro

Cut for Power Pod

(If NOT using Power Pod)

5

(Mount at 45 degrees using angle guide)

4Cut for Power Pod

MAKE 2

MAKE 2

OPTIONAL - Alternante location for servos when NOT using Power Pod

9

1

3(If NOT using Power Pod)

3

7

83 Elevator servo when not using split elevons

(If NOT using Power Pod)

41 20 3

INCH

41 20 3CM

5 6 7 8 9 10

(Mount at 45 degrees using angle guide)

4Cut for Power Pod

MAKE 2

MAKE 2

OPTIONAL - Alternante location for servos when NOT using Power Pod

9

2

3(If NOT using Power Pod)

3

7

83 Elevator servo when not using split elevons

(If NOT using Power Pod)

5Hatch to access electronics and battery

Magnet/Velcro

Cut for Power Pod

(If NOT using Power Pod)

5

YF23 - EASYBUILD (with or without Power Pod) - V1.04 Designed by Nick Cara (NAC) nicknac6@gmail.com

Depron = 6mm Wing span = 72cm (~28”) Length = 110cm (~43”)

SETUP :- Weight = Weight (with 1350mAh battery) = Static thrust = 650g Prop = 6x4 (max 7”) Motor = 2000kv ESC = 25A minimum Battery = 1350mAh 3s1p 25C Li-Po Radio = 3CH Elevon/Elevator throw = +/- 20 degrees Aileron throw = +/- 25 degrees Expo = 40% COG = 17cm from wing break

41 20 3

INCH

41 20 3CM

5 6 7 8 9 10

Control points (Make from old plastic credit card)

NOTES:- Assemble plane parts in numbered order. Some parts may be �tted at angles, some cuts & tab holes (in bold) need trimming. Bevel or curve all leading edges. Trim and sand intake to a curve. Use Hot Glue for all parts except carbon rods. Protect lower edges with packing tape. Single Elevator or Split Elevons. If using Split Elevons connect both Ailerons and Elevons to a single pair of servos. Mount eletronics and battery using Velcro. Balance the plane at COG mark by moving the battery possition.

MAKE 2

ANGLE GUIDE (45 degrees)

3mm PLYWOOD

MOTOR MOUNT PARTS

Glue Plywood onto Depron

(If NOT using Power Pod)

6

(Mount at 45 degrees using angle guide)

4Cut for Power Pod

MAKE 2

MAKE 2

OPTIONAL - Alternante location for servos when NOT using Power Pod

9

3(If NOT using Power Pod)

3

7

83 Elevator servo when not using split elevons

(If NOT using Power Pod)

5Hatch to access electronics and battery

Magnet/Velcro

Cut for Power Pod

(If NOT using Power Pod)

5

YF23 - EASYBUILD (with or without Power Pod) - V1.04 Designed by Nick Cara (NAC) nicknac6@gmail.com

Depron = 6mm Wing span = 72cm (~28”) Length = 110cm (~43”)

SETUP :- Weight = Weight (with 1350mAh battery) = Static thrust = 650g Prop = 6x4 (max 7”) Motor = 2000kv ESC = 25A minimum Battery = 1350mAh 3s1p 25C Li-Po Radio = 3CH Elevon/Elevator throw = +/- 20 degrees Aileron throw = +/- 25 degrees Expo = 40% COG = 17cm from wing break

NOTES:- Assemble plane parts in numbered order. Some parts may be �tted at angles, some cuts & tab holes (in bold) need trimming. Bevel or curve all leading edges. Trim and sand intake to a curve. Use Hot Glue for all parts except carbon rods. Protect lower edges with packing tape. Single Elevator or Split Elevons. If using Split Elevons connect both Ailerons and Elevons to a single pair of servos. Mount eletronics and battery using Velcro. Balance the plane at COG mark by moving the battery possition.

MOTOR MOUNT PARTS(If NOT using Power Pod)

(Mount at 45 degrees using angle guide)

4Cut for Power Pod

MAKE 2

MAKE 2

OPTIONAL - Alternante location for servos when NOT using Power Pod

9

Cut here if required to �t 100cm sheet of Depron

3(If NOT using Power Pod)

3

7

83 Elevator servo when not using split elevons

(If NOT using Power Pod)

YF23 - EASYBUILD (with or without Power Pod) - V1.04 Designed by Nick Cara (NAC) nicknac6@gmail.com

Depron = 6mm Wing span = 72cm (~28”) Length = 110cm (~43”)

SETUP :- Weight = Weight (with 1350mAh battery) = Static thrust = 650g Prop = 6x4 (max 7”) Motor = 2000kv ESC = 25A minimum Battery = 1350mAh 3s1p 25C Li-Po Radio = 3CH Elevon/Elevator throw = +/- 20 degrees Aileron throw = +/- 25 degrees Expo = 40% COG = 17cm from wing break

Control points (Make from old plastic credit card)

NOTES:- Assemble plane parts in numbered order. Some parts may be �tted at angles, some cuts & tab holes (in bold) need trimming. Bevel or curve all leading edges. Trim and sand intake to a curve. Use Hot Glue for all parts except carbon rods. Protect lower edges with packing tape. Single Elevator or Split Elevons. If using Split Elevons connect both Ailerons and Elevons to a single pair of servos. Mount eletronics and battery using Velcro. Balance the plane at COG mark by moving the battery possition.

(Mount at 45 degrees using angle guide)

4Cut for Power Pod

MAKE 2

MAKE 2

OPTIONAL - Alternante location for servos when NOT using Power Pod

9

Cut here if required to �t 100cm sheet of Depron

3(If NOT using Power Pod)

3

7

83 Elevator servo when not using split elevons

(If NOT using Power Pod)

(Mount at 45 degrees using angle guide)

4Cut for Power Pod

MAKE 2

MAKE 2

OPTIONAL - Alternante location for servos when NOT using Power Pod

9

Velcro/Magnet (Power Pod)

CG = 17 cm

Velcro/Magnet (Power Pod)

Battery position

Max prop size 7”

3(If NOT using Power Pod)

3

7

83 Elevator servo when not using split elevons

(If NOT using Power Pod)

(Mount at 45 degrees using angle guide)

4Cut for Power Pod

MAKE 2

MAKE 2

OPTIONAL - Alternante location for servos when NOT using Power Pod

9

Control point

Max prop size 7”

3(If NOT using Power Pod)

3

7

83 Elevator servo when not using split elevons

(If NOT using Power Pod)

5Hatch to access electronics and battery

Magnet/Velcro

Cut for Power Pod

(If NOT using Power Pod)

5

YF23 - EASYBUILD (with or without Power Pod) - V1.04 Designed by Nick Cara (NAC) nicknac6@gmail.com

Depron = 6mm Wing span = 72cm (~28”) Length = 110cm (~43”)

SETUP :- Weight = Weight (with 1350mAh battery) = Static thrust = 650g Prop = 6x4 (max 7”) Motor = 2000kv ESC = 25A minimum Battery = 1350mAh 3s1p 25C Li-Po Radio = 3CH Elevon/Elevator throw = +/- 20 degrees Aileron throw = +/- 25 degrees Expo = 40% COG = 17cm from wing break

41 20 3

INCH

41 20 3CM

5 6 7 8 9 10

Control points (Make from old plastic credit card)

NOTES:- Assemble plane parts in numbered order. Some parts may be �tted at angles, some cuts & tab holes (in bold) need trimming. Bevel or curve all leading edges. Trim and sand intake to a curve. Use Hot Glue for all parts except carbon rods. Protect lower edges with packing tape. Single Elevator or Split Elevons. If using Split Elevons connect both Ailerons and Elevons to a single pair of servos. Mount eletronics and battery using Velcro. Balance the plane at COG mark by moving the battery possition.

MAKE 2

ANGLE GUIDE (45 degrees)

3mm PLYWOOD

MOTOR MOUNT PARTS

Glue Plywood onto Depron

(If NOT using Power Pod)

6

(Mount at 45 degrees using angle guide)

4Cut for Power Pod

MAKE 2

MAKE 2

OPTIONAL - Alternante location for servos when NOT using Power Pod

9

2

Control point when using split elevons

Single Elevator or split Elevons

Control point when not using split elevons

3(If NOT using Power Pod)

3

7

83 Elevator servo when not using split elevons

(If NOT using Power Pod)

5Hatch to access electronics and battery

Magnet/Velcro

Cut for Power Pod

(If NOT using Power Pod)

5

3mm PLYWOOD

Glue Plywood onto Depron

(If NOT using Power Pod)

83 Elevator servo when not using split elevons

(If NOT using Power Pod)

5Hatch to access electronics and battery

Magnet/Velcro

Cut for Power Pod

(If NOT using Power Pod)

5

ANGLE GUIDE (45 degrees)

4Cut for Power Pod

MAKE 2

5Hatch to access electronics and battery

Magnet/Velcro

Cut for Power Pod

(If NOT using Power Pod)

5

Velcro/Magnet (Power Pod)

Velcro/Magnet (Power Pod)

5Hatch to access electronics and battery

Magnet/Velcro

Cut for Power Pod

(If NOT using Power Pod)

5

Control point

2

3(If NOT using Power Pod)

3

7

83 Elevator servo when not using split elevons

(If NOT using Power Pod)

5Hatch to access electronics and battery

Magnet/Velcro

Cut for Power Pod

(If NOT using Power Pod)

5

YF23 - EASYBUILD (with or without Power Pod) - V1.04 Designed by Nick Cara (NAC) nicknac6@gmail.com

Depron = 6mm Wing span = 72cm (~28”) Length = 110cm (~43”)

SETUP :- Weight = Weight (with 1350mAh battery) = Static thrust = 650g Prop = 6x4 (max 7”) Motor = 2000kv ESC = 25A minimum Battery = 1350mAh 3s1p 25C Li-Po Radio = 3CH Elevon/Elevator throw = +/- 20 degrees Aileron throw = +/- 25 degrees Expo = 40% COG = 17cm from wing break

41 20 3

INCH

41 20 3CM

5 6 7 8 9 10

Control points (Make from old plastic credit card)

NOTES:- Assemble plane parts in numbered order. Some parts may be �tted at angles, some cuts & tab holes (in bold) need trimming. Bevel or curve all leading edges. Trim and sand intake to a curve. Use Hot Glue for all parts except carbon rods. Protect lower edges with packing tape. Single Elevator or Split Elevons. If using Split Elevons connect both Ailerons and Elevons to a single pair of servos. Mount eletronics and battery using Velcro. Balance the plane at COG mark by moving the battery possition.

MAKE 2

ANGLE GUIDE (45 degrees)

3mm PLYWOOD

MOTOR MOUNT PARTS

Glue Plywood onto Depron

(If NOT using Power Pod)

6

Control point when using split elevons

3(If NOT using Power Pod)

3

7

83 Elevator servo when not using split elevons

(If NOT using Power Pod)

5Hatch to access electronics and battery

Magnet/Velcro

Cut for Power Pod

(If NOT using Power Pod)

5

5Hatch to access electronics and battery

Magnet/Velcro

Cut for Power Pod

(If NOT using Power Pod)

5

MAKE 26

3

7

5Hatch to access electronics and battery

Magnet/Velcro

Cut for Power Pod

(If NOT using Power Pod)

5

OPTIONAL - Alternante location for servos when NOT using Power Pod

3(If NOT using Power Pod)

5Hatch to access electronics and battery

Magnet/Velcro

Cut for Power Pod

(If NOT using Power Pod)

5

MAKE 29

3(If NOT using Power Pod)

3

7

83 Elevator servo when not using split elevons

(If NOT using Power Pod)

5Hatch to access electronics and battery

Magnet/Velcro

Cut for Power Pod

(If NOT using Power Pod)

5

YF23 - EASYBUILD (with or without Power Pod) - V1.04 Designed by Nick Cara (NAC) nicknac6@gmail.com

Depron = 6mm Wing span = 72cm (~28”) Length = 110cm (~43”)

SETUP :- Weight = Weight (with 1350mAh battery) = Static thrust = 650g Prop = 6x4 (max 7”) Motor = 2000kv ESC = 25A minimum Battery = 1350mAh 3s1p 25C Li-Po Radio = 3CH Elevon/Elevator throw = +/- 20 degrees Aileron throw = +/- 25 degrees Expo = 40% COG = 17cm from wing break

41 20 3

INCH

41 20 3CM

5 6 7 8 9 10

Control points (Make from old plastic credit card)

NOTES:- Assemble plane parts in numbered order. Some parts may be �tted at angles, some cuts & tab holes (in bold) need trimming. Bevel or curve all leading edges. Trim and sand intake to a curve. Use Hot Glue for all parts except carbon rods. Protect lower edges with packing tape. Single Elevator or Split Elevons. If using Split Elevons connect both Ailerons and Elevons to a single pair of servos. Mount eletronics and battery using Velcro. Balance the plane at COG mark by moving the battery possition.

MAKE 2

ANGLE GUIDE (45 degrees)

3mm PLYWOOD

MOTOR MOUNT PARTS

Glue Plywood onto Depron

(If NOT using Power Pod)

6

(Mount at 45 degrees using angle guide)

3(If NOT using Power Pod)

3

7

83 Elevator servo when not using split elevons

(If NOT using Power Pod)

5Hatch to access electronics and battery

Magnet/Velcro

Cut for Power Pod

(If NOT using Power Pod)

5