DIY
toy
airplane
glider
Rubber powered model airplane
fun to play with
enginering

572
76
This project features rubber-powered airplane models designed for simplicity, speed, and versatility. The construction allows for quick and easy 3D printing, and it can be printed using a wide range of filament types.
the airplanes is propeller-driven,
the propeller should be connected to the included connector, which passes through a small hole in the fuselage — this setup allows you to hook the rubber band properly. For a stronger thrust, you can use two rubber bands, although one is recommended since using two tends to make the plane spin around its own axis due to the conservation of angular momentum.
As with the original design, the airplane is printed flat, and after printing, you should manually bend the tail fin and slightly adjust the wings to achieve the desired flight characteristics.
it fit comfortably on a 22 cm build plate and are ultra-lightweight — the PLA version weighs only about 13 grams, depending on the specific model. set also includes a display stand, allowing you to present the aircraft neatly.
The “V2 Glider” label indicates that this is the second version of my project, following the original design available under the name “Fully 3D Printed Mini Glider – Plug and Play.”
Bill of materials
- NameQuantityNotes
- 1rubber band1
Originality of the Model
The author declares that this work is their personally original model
This model is licensed under the following terms:
Credit must be given to the creator
Models(8)
Propeler 2 parts - propeller 100 mm 1 mm (1).stlDesigner9.26 KB
2025-12-23
Propeler 2 parts - propeller Bigger 100 mm 1 mm.stlDesigner14.34 KB
2025-12-23
Propeler 2 parts - propeller Bigger 100 mm 1.2 mm.stlDesigner25.47 KB
2025-12-23
Propeler 2 parts - propeller 100 mm 1.2 mm (5).stlDesigner26.06 KB
2025-12-23
Propeler 2 parts - propeller conector (2).stlDesigner2.23 KB
2025-12-23
Propeler 100mm - Part 1.stlDesigner36.02 KB
2025-12-23
Stand - Part 1 (3).stlDesigner112.19 KB
2025-12-23
Glider RBPP - Part 1 (6).stlDesigner62.19 KB
2025-12-23
View all(8)







