3D MODEL DESCRIPTION
This Lunar and Planetary Exploring Vehicle (or LPEV) is ready to face the terrains ahead! It features an individual suspension system and spinning wheels. It's all support free and the assembly is super simple. The wheels are printed separately, so if you want to print it in flexible filament, just use concentric infill and you'll be exploring other planets in no time.
Check the assembly instructions below:
First, attach the two pieces "LPEV Lunar Rover - 4x4_Damper 1" and "LPEV Lunar Rover - 4x4_Damper 2" to the "LPEV Lunar Rover - 4x4_Chassis".
Next, attach the "LPEV Lunar Rover - 4x4_Suspension" to the "LPEV Lunar Rover - 4x4_Damper 1" and "LPEV Lunar Rover - 4x4_Damper 1 and 2" using the pins in the middle of the suspension for each wheel.
Then, attach all these pieces to the "LPEV Lunar Rover - 4x4_Car_Body".
Finally, attach each of the "LPEV Lunar Rover - 4x4_Wheels" to an axle.
- This STL file is recommended for FDM Printers!
- 3D Printing Time: 1 Day 16 Hours and 6 Minutes
- Approximately Dimensions: 15cm x 13.5cm x 14cm
3D PRINT FILE SETTINGS (FOR 0.4 MM NOZZLE)
- Line Width/ Nozzle: 0.4 mm
- First Layer Line Width: 0.48 mm / 120%
- Average Speed: 20mm/s (First Layer) / 60mm/s (All the other layers) / 20 mm/s (First Layer) / 500 mm/s (All the other layers on Bambu Lab)
- Recommended Initial Layer Height: 0.12 mm
- Recommended Layer Height: 0.2 mm
- Recommended Perimeters/ Walls: 3.
- Recommended Infill (%): 10% (Gyroid)
- Needs Support: No.
- Build Plate Adhesion: Skirt.
The parameters above are recommendations made by our staff; if you prefer, you can adapt them according to your preferences.
Happy Printing!