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RYA-V 70mm EDF Vector Performance

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  • CULTS RYA-V 2025-04.zip
    • ~$Sender.docx
    • Manual RYA-V.pdf
    • RC-Setup.pdf
    • RYA-V/Fuselage/FUS 4.stl
    • RYA-V/Fuselage/FUS 5.stl
    • RYA-V/Fuselage/FUS 7.stl
    • RYA-V/Fuselage/FUS 6.stl
    • RYA-V/Fuselage/FUS 3.stl
    • RYA-V/Fuselage/FUS 1.stl
    • RYA-V/Fuselage/FUS 6 EDF.stl
    • RYA-V/Fuselage/Throw Grip.stl
    • RYA-V/Fuselage/Canopy 2.stl
    • RYA-V/Fuselage/Canopy 1.stl
    • RYA-V/PETG_ASA/Canard Servo Holder L.stl
    • RYA-V/PETG_ASA/Rudder Servo Cover R.stl
    • RYA-V/PETG_ASA/Aileron Mid Holder L.stl
    • RYA-V/PETG_ASA/SODYs3D Connector Round x30.stl
    • RYA-V/PETG_ASA/Servo Holder Wing L.stl
    • RYA-V/PETG_ASA/Lipo Holder.stl
    • RYA-V/PETG_ASA/FUS 1_2 Protector.stl
    • RYA-V/PETG_ASA/Rudderhorn Aileron.stl
    • RYA-V/PETG_ASA/Protector FUS 6_7 R.stl
    • RYA-V/PETG_ASA/Rudderhorn Rudder.stl
    • RYA-V/PETG_ASA/Canard Servo Holder R.stl
    • RYA-V/PETG_ASA/Rudder Servo Cover L.stl
    • RYA-V/PETG_ASA/Aileron Mid Holder R.stl
    • RYA-V/PETG_ASA/Canopy Lock 1.stl
    • RYA-V/PETG_ASA/SODYs3D Connector Flat x70.stl
    • RYA-V/PETG_ASA/Servo Holder Wing R.stl
    • RYA-V/PETG_ASA/Protector FUS 6_7L.stl
    • RYA-V/PETG_ASA/Canopy Lock 2.stl
    • RYA-V/Balance Stand/RYA-V Balance Stand Front.stl
    • RYA-V/Balance Stand/RYA-V Balance Stand middle.stl
    • RYA-V/Balance Stand/RYA-V Balance Stand outside x2.stl
    • RYA-V/Balance Stand/RYA-V Balance Stand Rear.stl
    • RYA-V/Vector/Vector STD (recomendet).stl
    • RYA-V/Vector/Fixed Nozzle LWPLA.stl
    • RYA-V/Vector/Vector Cross.stl
    • RYA-V/Vector/Vector Ring.stl
    • RYA-V/Carbon Canards/CC Diversion 2.4 x2.stl
    • RYA-V/Carbon Canards/CC BB Holder L.stl
    • RYA-V/Carbon Canards/CC Canard L1.stl
    • RYA-V/Carbon Canards/Carbon Shaft Driver R.stl
    • RYA-V/Carbon Canards/Carbon Shaft Driver Elevator.stl
    • RYA-V/Carbon Canards/CC Servo Holder R.stl
    • RYA-V/Carbon Canards/CC Canard L2.stl
    • RYA-V/Carbon Canards/CC Canard Driver x2.stl
    • RYA-V/Carbon Canards/CC Canard R2.stl
    • RYA-V/Carbon Canards/CC Canard R1.stl
    • RYA-V/Carbon Canards/CC Diversion 1.6 x2.stl
    • RYA-V/Carbon Canards/CC FUS 3.stl
    • RYA-V/Carbon Canards/Carbon Shaft Driver Securety.stl
    • RYA-V/Carbon Canards/CC FUS 2 Carbon Shaft Canards.stl
    • RYA-V/Carbon Canards/CC BB Holder R.stl
    • RYA-V/Carbon Canards/Carbon Shaft Driver L.stl
    • RYA-V/Carbon Canards/CC Servo Holder L.stl
    • RYA-V/Canards/Canard L1 Corona Servo.stl
    • RYA-V/Canards/Canard R1 9g.stl
    • RYA-V/Canards/Canard L1 9g Servo.stl
    • RYA-V/Canards/Canard R1 Corona Servo.stl
    • RYA-V/Canards/Canard R2 Hole Servo.stl
    • RYA-V/Canards/Canard L2 Hole.stl
    • RYA-V/Canards/FUS 2 Direct Servo Canards.stl
    • RYA-V/Canards/Canard L2.stl
    • RYA-V/Canards/Canard R2.stl
    • RYA-V/Wings/Aileron L1.stl
    • RYA-V/Wings/Wing L5.stl
    • RYA-V/Wings/Aileron L2.stl
    • RYA-V/Wings/Wing L4.stl
    • RYA-V/Wings/Wing L1.stl
    • RYA-V/Wings/Aileron R2 .stl
    • RYA-V/Wings/Wing L3.stl
    • RYA-V/Wings/Wing L2.stl
    • RYA-V/Wings/Wing R3.stl
    • RYA-V/Wings/Wing R2.stl
    • RYA-V/Wings/Wing R5 Light option.stl
    • RYA-V/Wings/Wing R1.stl
    • RYA-V/Wings/WIng L5 Light option.stl
    • RYA-V/Wings/Wing R5.stl
    • RYA-V/Wings/Wing R4.stl
    • RYA-V/Wings/Aileron R1.stl
    • RYA-V/Extras/AX18 Holder Gen.stl
    • RYA-V/Extras/AX18 Holder R2.stl
    • RYA-V/Extras/AX18 Holder R1.stl
    • RYA-V/Extras/AX18 Holder L1.stl
    • RYA-V/Extras/AX18 Holder L2.stl
    • RYA-V/Fuselage/FUS 6 and 7 divided/FUS 7R.stl
    • RYA-V/Fuselage/FUS 6 and 7 divided/FUS 6R.stl
    • RYA-V/Fuselage/FUS 6 and 7 divided/FUS 7M.stl
    • RYA-V/Fuselage/FUS 6 and 7 divided/FUS 7L.stl
    • RYA-V/Fuselage/FUS 6 and 7 divided/FUS 6L.stl
    • RYA-V/RYA-V Retract Landing Gear/LG Fuselage/LG FUS 4.stl
    • RYA-V/RYA-V Retract Landing Gear/LG Fuselage/LG FUS 5.stl
    • RYA-V/RYA-V Retract Landing Gear/LG Fuselage/LG FUS 3.stl
    • RYA-V/Vertical Stab or Rudder/Active Rudder/Rudder R1.stl
    • RYA-V/Vertical Stab or Rudder/Active Rudder/Rudder R3.stl
    • RYA-V/Vertical Stab or Rudder/Active Rudder/Rudder R2.stl
    • RYA-V/Vertical Stab or Rudder/Active Rudder/Rudder L3.stl
    • RYA-V/Vertical Stab or Rudder/Active Rudder/Rudder L2.stl
    • RYA-V/Vertical Stab or Rudder/Active Rudder/Rudder L1.stl
    • RYA-V/Vertical Stab or Rudder/Vertical Stabilizer/Vert Stab L.stl
    • RYA-V/Vertical Stab or Rudder/Vertical Stabilizer/Vert Stab R.stl
    • RYA-V/RYA-V Retract Landing Gear/LG Parts/PLA_CF ABS_GF or Semilar/Rear LG L2.stl
    • RYA-V/RYA-V Retract Landing Gear/LG Parts/PLA_CF ABS_GF or Semilar/Rear LG L1.stl
    • RYA-V/RYA-V Retract Landing Gear/LG Parts/PLA_CF ABS_GF or Semilar/Rear LG R1.stl
    • RYA-V/RYA-V Retract Landing Gear/LG Parts/PLA_CF ABS_GF or Semilar/Rear LG R2.stl
    • RYA-V/RYA-V Retract Landing Gear/LG Parts/PLA_CF ABS_GF or Semilar/Front LG 1.stl
    • RYA-V/RYA-V Retract Landing Gear/LG Parts/PLA_CF ABS_GF or Semilar/Front LG 2.stl
    • RYA-V/RYA-V Retract Landing Gear/LG Parts/TPU/Front Tyre x2.stl
    • RYA-V/RYA-V Retract Landing Gear/LG Parts/TPU/Rear Tyre x2.stl
    • RYA-V/RYA-V Retract Landing Gear/LG Parts/PLA, PETG, ABS/Front Rim x2.stl
    • RYA-V/RYA-V Retract Landing Gear/LG Parts/PLA, PETG, ABS/Steering Adapter.stl
    • RYA-V/RYA-V Retract Landing Gear/LG Parts/PLA, PETG, ABS/Steering Servo Holder.stl
    • RYA-V/RYA-V Retract Landing Gear/LG Parts/PLA, PETG, ABS/Rear Rim x2.stl
    • RYA-V/RYA-V Retract Landing Gear/LG Parts/PLA, PETG, ABS/Steering Servo Connector.stl

Learn more about the formats
Last update 2025-04-15 at 08:24
Publication date 2025-02-14 at 23:47
Design number 2737800
SODYs3D

SODYs3D

Certified
Issue with this design? Report a problem.

3D printer file info

3D model description

Wingspan: 1020 mm

Length: 1036mm

1100-2000g

This 3D printed EDF jet is my masterpiece in design and function, offering unparalleled versatility and performance for RC enthusiasts. Equipped with a 70mm Electric Ducted Fan (EDF), the 4S and 6S variants work with up to 6 minutes of flight time!

Main Features:

  • 3D printed aircraft: Precision engineered for optimal aerodynamics and weight reduction, robust yet lightweight.

  • No carbon tubes required (4S): The 4S EDF setup does not require carbon reinforcements, making it easier to build and reducing weight.

  • Carbon tube option (6S): The 6S EDF setup should be equipped with carbon reinforcements - all prepared.

  • Canards with flexible control options: Choose from direct servo linkage or a ball-bearing carbon shaft for smooth and precise control (elevator or elevons option only).

  • Spring-loaded retractable landing gear for smooth takeoffs and landings as Option included.

  • Lighting ready: Built-in lighting bays allow easy installation of LEDs for better visibility and a cool look.

  • Expandable features: Optional upgrades such as active vertical stabilizers for better yaw control.

  • Connector system: Smart connectors simplify assembly and get your model ready to fly faster.

  • Hover and aerobatic excellence: Thanks to advanced design and power, this jet can hover effortlessly and master all aerobatic maneuvers, including rolls, knife-edge flights, flat spins and more.

Every version:

Retract Landing Gear Option

Cable ducts for lighting.

Winglets with landing light openings

Active rudders

AX-16 smoke adapter

A pool of possibilities - exactly the way you want it!

the Build Info here:

https://www.sodys3d.com/modellubersicht/rya-v-thrust-vector-edf70/

https://youtu.be/34qjURo4fTI

https://youtu.be/Xb7rpU1ybwU

https://youtu.be/PEeurt2vzG0

https://youtu.be/vc3Ier2IIEs

BUILD VIDEO:

https://youtu.be/NRzKCfdULWI

BUILD VIDEO Landing Gear

https://youtu.be/hbMm7fKE0m4

3D printing settings

Minimum print bed: 220x220x250.

  • LW-PLA Parts: Print all LW-PLA parts (winglets and canards) with 5% infill for winglets and canards, 3% gyroid infill for other parts. Use 1 wall, 2 bottom layers, and 4 top layers.

  • PLA/PETG/ASA/ABS (CF): Use materials of your choice. My recommendation is at least 2 wall lines, 15-25% grid infill.

CF material with 50-60% grid infill for the landing gear.

  • TPU Tires: Print tires with 2 walls and 12-15% gyroid infill.

  • For up-to-date print settings recommendations, please check my website SODYs3D.com, where I continuously update these settings. the Facebook Group: sodys3d

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