Instruction Manual

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KIT TYPE

RECOMMENDED BATTERY

K-8 Karakorum Jet Trainer

64mm EDF RC JET

SPECIFICATIONS

Wingspan: 930mm

Length: 1026mm (without pitot tube)

Dry weight: 530g

Flying weight: 1150g (Full loading)

Wing loading: 72.6g/dm²

ELECTRONIC

Power System: 6S/4S 64mm EDF x 1

ESC: 40A ESC x 1

Servos: 9g servos x 8

Battery: 6S/4S Lipo

Radio: 6 Channel TX and RX

4S Version: 2200-2600mAh 4S Lipo; 6S Version: 2200-4200mAh 6S Lipo.

KIT

Shock Absorber

Landing Gear

PNP

KIT

9g Servo x 8 (Installed)

40A ESC x 1 (Installed)

4S: 2840-3200KV 64mm EDF (Installed)

6S: 2840-2300KV 64mm EDF (Installed)

KIT + Servos

KIT

9g Servo x 8 (Installed)

Summary of content (8 pages)

PAGE 1
K-8 Karakorum Jet Trainer 64mm EDF RC JET SPECIFICATIONS ELECTRONIC Wingspan: 930mm Power System: 6S/4S 64mm EDF x 1 Length: 1026mm (without pitot tube) ESC: 40A ESC x 1 Dry weight: 530g Servos: 9g servos x 8 Flying weight: 1150g (Full loading) Battery: 6S/4S Lipo Wing loading: 72.6g/dm² Radio: 6 Channel TX and RX RECOMMENDED BATTERY 4S Version: 2200-2600mAh 4S Lipo; 6S Version: 2200-4200mAh 6S Lipo.
PAGE 2
CONTENTS OF KIT 1. Fuselage*1 9. Landing Gear L*1 16. Front Wheel Pushrods*1 2. Left Wing*1 10. Landing Gear R*1 17. Screws for wings*4 (Silver) 3. Right Wing*1 11. Drop Tank Pylon * 2 18. Screws for Horizontal stabilizer*2 4. Horizontal Stabilizer*1 5. Drop Tank L*1 6. Drop Tank R*1 7. Wing Tube*1 8. Front Wheel *1 (Installed for Kit+S/PNP) 19. Screws for EDF*2 (Black) 12. Aileron Pushrods*2 20. Front Wheel Steering Arm*1 13. Flap Pushrods*2 21. Pitot Tube*1 14. Elevator Pushrods*2 22.
PAGE 3
Model Assembly Horizontal stabilizer Servo 1. Set 9g servo to neutral point and screw on Servo arm. Glue the servo into the slot on the Horizontal Stabilizer. Suggested cable length is 15cm. NOTE: Require 1 normal and 1 reverse 9g Servo. 2. Ajust pushrods length then link the Servo arm and Control horn. NOTE: We recommend using the 3rd hole on the servo arm Servo Horns Flap and Aileron Servo 3. Set 9g servos to neutral position and screw on the Servo arms.
PAGE 4
5. Same procedure with the other Wing. Rudder Servo 6. Set 9g servo to neutral position and screw on Servo arm. Glue the servo into the slot on the Rudder. 7. Ajust pushrods length then link the Servo arm and Control horn. Caution: We recommend use the 2nd holes on Servo arm. Arms Horns Horizontal Stabilizer 8. Connect two Servo leads from the Horizontal Stabilizer to the Y cable, Insert the cable into Fuselage.
PAGE 5
9. Install Horizontal Stabilizer onto fuselage. Tighten the screws with 2.5mm hexagon key. EDF & ESC 10. Install ESC into the ESC compartment and connect the 3 power leads to the EDF. Test the EDF to ensure the blades spin in the correct direction. If the blades are spinning in reveres swap any of the two motor leads. 11. Install the EDF using the 2 x black screws. 12.
PAGE 6
Landing gear Installation 13. Install the main landing gears, ensuring that the springs are facing forward. 像真 Scale • For a scale look, Position the main landing gears with the wheels inboard. • For a more stable taxiing, position the wheels outboard. 稳定 Stable 14. Install nose landing gear and tighten the set screw. 15. Link Front Wheel Steering Arm and servo arm with push rod.
PAGE 7
Main Wing installation 16. Insert the carbon spar into fuselage. Following the labels in the servo leads, connect the Aileron and Flap servos. 17. Install both wings and secure with screws. Accessories 18. Slide both Drop Tanks into the wing Pylon 19. Install Pitot tube onto Nose cone.
PAGE 8
Flight Setup Check the C.G. The Center of Gravity (CG) location is 63mm from the leading edge of the main wing (as shown) with the battery pack installed. The center of gravity can be adjusted by moving the battery forward or aft. Model Setup Model Setup We recommend using dual rates for a better flying experience. For takeoff and landings, using Low rates on the Elevator and ailerons provided for a smoother rotation on takeoff.