1 ----- F1 in Schools
F1 in Schools
How It
Works:
Team Formation
We work in teams of 3-6 members, taking on different roles such as team manager, design engineer, manufacturing engineer, and marketing lead.
Car Design & Manufacturing
Using CAD (Computer-Aided Design) software, we design an aerodynamic car and then manufacture it using CNC machines or 3D printing.
Testing & Racing
Our car is raced on a 20-meter track, with times measured to the thousandth of a second.
Enterprise & Sponsorship
We must secure sponsorships, create branding materials, and present their project professionally.
Judging & Competition Levels
We are evaluated on engineering, branding, marketing, and race performance. Competitions are held at regional, national, and international levels.
2 ----- Material
Material-Polyurethane Density–0.163g/cm3
Material
- Consistent weight distribution: Helps maintain design accuracy and predictability in performance.
- Moderate compressive strength (~2-4 MPa): Sufficient to withstand machining and handling while keeping the car rigid.
- Low tensile strength (~1-2 MPa): The material is not designed for high-stress applications but is strong enough for the intended use.
- Excellent workability: Easily cut and shaped using CNC machining without excessive wear on cutting tools.
- Smooth surface finish: Ensures aerodynamic consistency when properly sanded and painted
- Minimal chipping or splintering: Unlike harder materials, PU foam does not crack or break easily when machined.
- Good impact absorption: Helps prevent severe breakage in case of crashes.
3 ----- ParametricDesigning
ParametricDesigning
Flexibility & Efficiency
Quickly modify designs by changing parameters without starting from scratch.
Accuracy & Consistency
Reduces errors by maintaining precise relationships between components.
Time-Saving
Automates repetitive tasks, speeding up the design process.
Optimized Performance
Enables testing multiple versions to improve aerodynamics and efficiency.
Scalability & Customization
Easily adapts designs for different needs, ideal for iterative improvements.
4 ----- FreeformDesigning
FreeformDesigning
- Enhanced Aerodynamics – Ideal for optimizing airflow in automotive and F1 in Schools designs, as smooth, curved surfaces can reduce drag.
- More Natural Aesthetics – Produces visually appealing, biomimetic structures inspired by nature, leading to innovative designs.
- Ideal for Prototyping – Allows quick exploration of multiple design variations before refining details in a structured model.
- Flexibility in Modifications – We can make intuitive changes without worrying about breaking predefined constraints.
