LPEV lunar rover 6x6

You know what is better than 4 wheels? 6 wheels! With this Lunar and Planetary Exploring Vehicle (or LPEV), the moon will be the second most interesting destination for your weekend. The first is your printing station! 

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:

Attach the pieces "LPEV Lunar Rover - 6x4_Back_Body_Base" and "LPEV Lunar Rover - 6x4_Back_Chassis" to the "LPEV Lunar Rover - 6x4_Car_Body".

Attach the "LPEV Lunar Rover - 6x4_Damper 1" to the "LPEV Lunar Rover - 6x4_Back_Suspension_Arms".

Attach the "LPEV Lunar Rover - 6x4_Back_Chassis" to the "LPEV Lunar Rover - 6x4_Back_Suspension_Arms".

Attach the "LPEV Lunar Rover - 6x4_Damper 2" to the "LPEV Lunar Rover - 6x4_Middle_Suspension_Arms", and then attach them to the "LPEV Lunar Rover - 6x4_Front_Chassis".

Attach the "LPEV Lunar Rover - 6x4_Damper 3" to the "LPEV Lunar Rover - 6x4_Front_Suspension_Arms", and then attach them to the "LPEV Lunar Rover - 6x4_Front_Chassis".

Next, place the assembled suspension onto the "LPEV Lunar Rover - 6x4_Car body".

Finally, attach each "LPEV Lunar Rover - 6x4_Wheel" to its axle.

• This STL file is recommended for FDM Printers!
• 3D Printing Time: 2 Days 12 Hours and 32 Minutes
• Approximately length: 20cm x 15.5cm 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.

Happy printing!