F1 In Schools Competition Car Design | 350$ Max|
Budget: $250 – $750 USD
I'm in need of a professional with vast experience in designing F1 cars. This is for the F1 in Schools competition, and I require two distinct and moderately different car designs.
Design Requirements:
- Both cars must be visually appealing and structurally robust while achieving optimal aerodynamic efficiency.
- The designs should be unique, with each car featuring different and innovative wheel systems that comply with the competition's regulations.
- Full assembly engineering drawings are necessary, specifying all parts.
- CAD models should allow for attachments and detachments of components such as the nose, front wings, rear wings, and wheels.
Analysis & Compliance:
- The cars need to undergo CFD analysis using ANSYS Discovery, with the goal of achieving a drag coefficient of less than 0.1.
- Designs must be hollow and lightweight, adhering to all relevant regulations.
- I'll provide the specific regulations for the designs.
Ideal Skills and Experience:
- Proficiency in CAD software.
- Experience with CFD analysis and ANSYS Discovery.
- A strong understanding of aerodynamic and structural design principles.
Please note, the two models should not be completely distinct but rather moderately different.
Design Requirements:
- Both cars must be visually appealing and structurally robust while achieving optimal aerodynamic efficiency.
- The designs should be unique, with each car featuring different and innovative wheel systems that comply with the competition's regulations.
- Full assembly engineering drawings are necessary, specifying all parts.
- CAD models should allow for attachments and detachments of components such as the nose, front wings, rear wings, and wheels.
Analysis & Compliance:
- The cars need to undergo CFD analysis using ANSYS Discovery, with the goal of achieving a drag coefficient of less than 0.1.
- Designs must be hollow and lightweight, adhering to all relevant regulations.
- I'll provide the specific regulations for the designs.
Ideal Skills and Experience:
- Proficiency in CAD software.
- Experience with CFD analysis and ANSYS Discovery.
- A strong understanding of aerodynamic and structural design principles.
Please note, the two models should not be completely distinct but rather moderately different.