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Science Olympiad DIY Vehicle Kits

Carbon Fiber Vehicle - 3D Models

Below are the 3D Models used in the kits. The original kits used ABS plastic. But ABS is harder to 3D print. Other plastic materials like PLA will work just a well. I have found PET-G offers the best strength and easiest to print. I recommend testing your printed parts to verify you are comfortable with the strength. The 3D printer settings will effect this greatly. We make no promises that any models below are strong enough. How a 3D printer is configured and the material used will effect the model's strength.

There are two types of files available for download. The STL files which are 3D definition files. Most 3D printers do not accept these type of files. A conversion or slicing program must be used before most 3D printers can print these models. Consulate your 3D printer manual for more information.

The other file type is the F3D files. The models were created in Autodesk's Fusion 360 software. This is a free 3D CAD software to students and educators. Many of the models below have their Fusion 360 files (F3D) available for download. This will allow modifications to the models.

Note: We recommend using PET-G for all models shown below. Other filaments can be used.

Front Cross Beam

STL Files (Select Frame Width) 70mm 110mm 160mm

Rear Stablizer

STL Files (Select Frame Width) 70mm 110mm 160mm

Bearing Mount

STL File STL

Rear Stablizer

STL Files (Select Frame Width) 4mm ID x 10mm Dia x 4mm Thickness 5mm ID x 10mm Dia x 4mm Thickness

NOTE: Recommend to purchase steel bearing of same size instead of printing bearings.

1/4 inch Dowel Rod Holder

STL File STL

Drive Lock Transmission

STL Files (Select Axle Diameter) 4mm 5mm

Pivot Lock Arm

STL File STL

Pivot Lock Mount

STL File STL

Pivot Lock Mount - Long Reach

STL File STL

Vehicle Wheel

STL Files - 4mm Axle (Select Diameter) 80mm 100mm 120mm

STL Files - 5mm Axle (Select Diameter) 80mm 100mm 120mm

Elastic Material Clamp

STL File STL