Product Features

1. High-Velocity Kinetic Action: Fully optimized mechanical powertrain that converts simple rubber band tension into high-RPM propeller thrust for true launch capabilities.
2. Aerodynamically Counterbalanced Hull: Designed with precise weight distribution to ensure stable glide paths and extended hang time right off the print bed.
3. Ultra-Lightweight, Minimalist Assembly: The aircraft structure prints with minimal layers to keep the weight down, ensuring your 3D printer can produce a swift, agile glider that doesn't plunge straight to the ground.
4. No Specialized Hardware Required: Built to operate utilizing standard, everyday office rubber bands. No expensive miniature motors, carbon fiber rods, or batteries needed.

Printing & Assembly Recommendations

1. Filament Choice:
2. The Jet Fuselage & Wings: Standard PLA or PLA+ is highly recommended. Using vibrant colors like Sparkle Blue or Bright White looks fantastic in mid-air.
3. For Extreme Durability: If you plan on launching this onto hard surfaces regularly, printing the body in PETG provides excellent impact flexibility to absorb rough landings without snapping the wing tips.
4. Slicer Configuration (Crucial for Flight Weight):
5. Infill: Keep infill strictly between 5% to 10% (Lightning or Gyroid pattern) to minimize structural weight while retaining wing rigidity.
6. Perimeters/Walls: Use 2 walls and a fine layer height of 0.16mm or 0.20mm to keep the surface smooth and wind-resistant.
7. Print the propeller assembly flat to ensure the blades retain maximum structural strength along the filament lines when spin tension is applied.
8. Assembly Step: Loop a standard rubber band from the rear under-wing anchor hook, pull it taut through the internal central fuselage spine, and attach it firmly to the nose-cone propeller axle hook.