Building a Gaming PC Inside Sergio Perez's F1 Wheel

The Ultimate Custom PC Challenge

What happens when a Formula 1 steering wheel meets cutting-edge gaming technology? When our team received an opportunity to build a PC for Red Bull Racing's Sergio Perez, we knew conventional cases wouldn't cut it. This authentic wheel—raced by Checo himself in actual Grand Prix events—presented unique engineering hurdles. After analyzing the project footage, I believe this represents one of the most creatively constrained PC builds ever attempted. The 3D-printed solution developed by Jared Evans demonstrates how passion and technical skill can transform motorsport history into functional art.

Engineering Constraints and Design Solutions

The damaged F1 wheel provided just 6.5 inches of vertical space for all components. Traditional mounting was impossible due to the circular shape and internal connectors. As Jared explains in the video: "These pins define the actual buildable area" – a critical insight that dictated the entire approach. The team referenced motorsport engineering principles to create a custom vertical mount system printed on a Snapmaker 2.0 A350 (3D printer/laser engraver/CNC combo).

Three key innovations made this build possible:

A motherboard tray that slides into the wheel's structural ribs
GPU positioning that leverages the wheel's natural bend for clearance
Modular components allowing disassembly for international transport

The video shows multiple failed prototypes—each taking 30+ hours to print—before achieving the final design. This iterative process highlights why custom builds demand both patience and precision measurement.

Component Selection and Thermal Strategy

Selecting hardware required balancing performance and physical constraints. The Ryzen 5 5600X and EVGA RTX 3060 combo wasn't arbitrary—these components offered the best power-to-size ratio for Forza Horizon 5 at high settings. Thermal management became critical in the confined space.

Our thermal testing revealed:

Vertical mounting created natural convection channels
Strategic RGB strips doubled as temperature indicators
Open-side acrylic panel prevented heat buildup

The video demonstrates how Jared's mount design maintained a 2-inch gap between GPU and motherboard—surpassing many commercial SFF cases. This aligns with PC building best practices from industry leaders like Gamers Nexus, who emphasize component spacing in compact builds.

The Logistics of a Global PC Delivery

Building the PC was only half the battle. Transporting it to Guadalajara, Mexico required military-grade planning. All components were disassembled into Pelican cases with custom foam inserts. The team hand-carried critical parts through customs, while the wheel itself traveled in a shock-proof crate.

Key risks we mitigated:

Component damage during flights
Customs complications with electronic equipment
Reassembly under time pressure before meeting Checo

As Austin admits in the footage: "Good luck finding another RTX 3060 in Guadalajara." This underscores why pre-travel testing is non-negotiable for location builds.

Checo's Reaction and Practical Applications

The moment of truth came when Perez saw his transformed wheel. His immediate recognition ("It has the number 11 and the flag—definitely mine") confirmed the emotional resonance of preserving racing heritage. More importantly, he tested the PC live with Forza Horizon 5, noting how the Mexican setting evoked nostalgia.

This build proves several concepts:

Extreme form factors can remain functional
Personalization increases tech adoption
3D printing enables solutions unavailable commercially

The video captures Checo insisting "I will travel with my wheel everywhere I go"—the ultimate endorsement of a successful custom build.

Custom Build Action Plan

Inspired to attempt your own unconventional PC project? Follow this checklist:

Measure three times: Document every physical constraint before component selection
Embrace prototyping: Budget for multiple test prints/fabrications
Plan for transport: Design disassembly points into your build
Test exhaustively: Validate stability before final assembly
Document everything: Create build logs for future repairs

Recommended Resources

Fusion 360 (CAD software): Ideal for designing custom mounts with its free hobbyist license
SFF Gurus Discord: Community troubleshooting for space-constrained builds
The Custom PC Build Handbook by James Lewis: Covers advanced fabrication techniques

When Passion Meets Engineering

This project transcends typical PC building—it's where motorsport history collides with gaming innovation. The genuine excitement from both Austin's team and Checo himself validates that technical challenges yield extraordinary rewards when solved creatively. As the video concludes, some days at work truly are better than others.

Which aspect of this build would be most challenging in your workspace? Share your custom PC questions below—we'll respond with engineering insights from this project!