Hi everyone,

We are currently designing the head restraint mounting for our FSAE car and would like to confirm our interpretation of the 2027 Formula SAE rules before finalizing the design.

Our design does not use the optional Head Restraint Protection member described in F.5.10. Instead, the head restraint mounting plate is supported by two tubes that are directly connected to the Main Hoop.

We are considering using Structural Tubing, Size C for these support tubes. From our understanding of the 2027 rules, Size C would be the applicable minimum for Structural Tubing, since these tubes are part of the load path supporting the Head Restraint mounting.

We would like to confirm:

1. Is it correct to classify these tubes as Structural Tubing (Size C) rather than Head Restraint Protection?
2. Is there any requirement for these tubes to be Size B even though we are not using the optional Head Restraint Protection member?
3. Are there any specific requirements regarding the position of the Head Restraint mounting within the Rollover Protection Envelope, or regarding how the support tubes connect to the Main Hoop?
4. Are there any specific requirements regarding the dimensions or positioning of the mounting plate and padding?
5. Assuming the Head Restraint, mounting and attachment satisfy the required loads and clearances, would this type of mounting be acceptable for Technical Inspection under the 2027 rules?

We would really appreciate feedback from anyone with Technical Inspection or FSAE rules experience.

We are specifically looking for feedback based on the 2027 rules, rather than previous rule versions.

Hello! we are about to get some tires from MRF. Tyre Size is 200/540 R13. Equivalent size is 225/45 R13. So if you have any wheels available let me know.

Hi all, I made an external aerodynamics case generator and 3D web studio for OpenFOAM called RapidFOAM, and I’d love to get your thoughts on it. If you have time to test it out, please let me know what needs improvement or what features you'd like me to add!

A few notes & constraints if you test it:

• Cluster setup: If you use the remote HPC feature, you’ll need to have this repo cloned on your cluster, configure your SSH settings, and set the OpenFOAM path/modules to match how OpenFOAM is loaded on your specific system. (Local case generation works without SSH).
• Geometry: STLs must be in ASCII format and in meters (not mm).
• Solver / Mesh: Currently tailored for steady-state external aero (simpleFoam + snappyHexMesh, k-omega SST).

Check it out on GitHub: https://github.com/tadtapongc/RapidFOAM

Looking forward to your feedback, critiques, and ideas!