J35 Saab Draken


J35 Saab Draken

A semi-scale iconic  supersonic fighter-interceptor jet Saab 35 Draken designed by Michael Hammer. With wingspan of 730 mm, length 1092 mm and powered by a 50 mm EDF this hand-launched jet is reasonably cheap to build yet offers a lot of fun in the field.

What you get:

  • Prusa Slicer 3mf files
  • STL files
  • Ready-made gcodes

What you need:

  • 3D printer with volume of 210x210x210 mm and 0.4 mm nozzle
  • Regular PLA or PolyAir filament
  • EDF: FMS 50mm 4S edition available at www.FMSModel.com
  • Receiver: 3 ch
  • Servos: 2 x 9g HXT900
  • ESC: 40A
  • Battery: 4S 2200mAh 25C or higher
  • Some hardware, such as piano wire, velcro straps, CA hinges, etc…


Product Description

The Saab Draken is an iconic supersonic fighter-interceptor jet which was developed and manufactured by Saab between 1955 and 1974. More than 650 Drakens were produced and it served in the Swedish Air Force and several other nations air forces including Denmark, Finland and Austria.

The Draken is one of those jets that is instantly recognizable because of its double delta wing and leading edge air intakes. The semi scale model replicates these distinctive features and the elegant lines of the Saab Draken in a very precise and truthful way. No Cheater holes or non scale sized air intakes on this Saab Draken. The model will fly much like the real Draken and will even perform the famous Cobra maneuver.

The model is very strong and resilient to damage, especially if printed with PolyAir 1.0 PLA by 3DLabPrint. The model requires no carbon tubes or similar for reinforcements. Just print the parts and glue them together with cyano glue. The Saab Draken model is designed to be powered by a FMS 50mm EDF and a 4S2200mAh quality battery. Only two servos are needed as the model is controlled by elevons – just like the real Draken.

The model also features a large hatch for easy access to the battery and EDF. The hatch has a hidden locking mechanism that is triggered by moving the dorsal antenna forward. The model comes with a control throw gauge for easy adjusting of the correct movement of the elevons. The battery tray is spring loaded and can be positioned in three different positions making it easy to balance the model correctly at the Center of Gravity.

How it works

Download - Print - Assembly - Fly
  • 1
    Creating process of digital modelling

    Extensive hi-tech 3d structural reinforcement resulting in solid yet lightweight airframe thanks to additive 3Dprinting technology

  • 2
    Printing and testing

    Each plane has been thoroughly tested to find ideal shape and best possible inner structure

  • 3

    Choose your aircraft, download 3d files and print as many you need. Using your desktop 3Dprinter