Airless Tyre Prototype

Airless Tire Prototype 3D Model – STL File for 3D Printing

This airless tire prototype STL is a functional, engineering-focused 3D printable model designed for prototyping, testing, educational use, and mechanical concept demonstrations. The model represents a non-pneumatic tire (NPT) structure, commonly used in research, robotics, industrial design, and future mobility concepts.

The design is intended as a static mechanical prototype, making it suitable for visual testing, structural experiments, scale models, and design validation. It is provided as a print-ready STL file, compatible with all major slicing software and desktop or professional 3D printers.

3D Printing Type

• Functional mechanical prototype

• Single solid model

• Not print-in-place

• No moving or articulated parts

Recommended Printing Methods

• FDM printing: PLA, PETG, ABS, TPU (for flexible testing)

• Resin printing: Engineering or standard resin

• Suitable for concept validation, display models, and test prints

Print Settings Guidance

• Layer height: 0.2–0.28 mm (FDM) / 0.05–0.1 mm (resin)

• Infill: 15–30% depending on strength requirements

• Supports: Recommended depending on orientation

• Wall count: 3–5 perimeters for structural rigidity

• Bed adhesion: Brim recommended

• Scale: Fully adjustable before slicing

This model is ideal for engineering studies, mechanical demonstrations, automotive concepts, robotics projects, and airless wheel research. It can be printed at different scales to evaluate structure, flexibility, and design proportions.

Compatible Software & Slicers

• Cura

• PrusaSlicer

• Bambu Studio

• Fusion 360

• Lychee

• Chitubox

The airless tyre prototype scales cleanly without geometry issues, making it suitable for academic projects, R&D environments, maker labs, and technical presentations.

File & License Information

• File format: STL

• Delivery: Instant digital download

• License: Personal and commercial use

• You may sell physical 3D printed objects

• Digital file resale or redistribution is not permitted

This STL is well-suited for engineers, designers, students, and makers working on future mobility, mechanical prototyping, and non-pneumatic wheel concepts.