Power unit for Foam Glider
thingiverse
I purchased these gliders on Amazon and was blown away by their exceptional performance. As expected, we pushed ourselves to improve upon an already outstanding product, so I decided to add power. These gliders are nearly unbreakable and easily adaptable, retaining strength even after modifications. The resulting flights are breathtaking, but be prepared to lose them as they are free flight and can stay airborne for a very long time. By putting the tail plane in stunt mode, it creates an unforgettable experience, often described as a drunken stunt pilot, but at least they stay closer to home. Before making any changes, balance the model on your fingertips under the wing to find its center of gravity and mark with a sharpie so you can check the balance after the motor is installed. To do this, you'll need to remove the dummy cockpit to access the ball bearing that serves as a nose weight. I've experimented with various power plant configurations but have settled on the one depicted here. There may be other ways to create the power plant, but since I have a 3D printer, I designed a body to hold the motor and battery, along with a simple guard to protect fingers from being struck by the propeller. A list of the parts used is included with links for reference. To print the motor mount, use the provided STL file or consider using a printing service to produce a few for yourself.
With this file you will be able to print Power unit for Foam Glider with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on Power unit for Foam Glider.