Personal build / 04In progress

Forged-carbon F1
rig

A Formula 1–inspired simulation cockpit that uses CAD, ergonomics, and forged-carbon fabrication to turn a gaming setup into a structural design exercise.

Status / dateIn progress
RoleDesigner · fabricator
DisciplinePersonal build
MethodsCAD · molds · composites

PROJECT AT A GLANCE

Design-to-part path

The project begins with the person and controls, not the carbon surface. Ergonomics set the geometry; geometry sets the mold; the mold determines whether the final structure can actually be made.

How a driving position becomes a composite cockpit.Read left → right
01Driver + controlsEstablish the seating package
02Structural CADLoad paths and interfaces
03Mold + forged carbonConsolidate and finish parts
04Assemble + driveVerify stiffness and comfort
How to read itMoving left to right too early is expensive. Fit and interface problems are cheapest to solve before any composite tooling is produced.

01 / Context

Why this project exists

The rig began with a desire for a compact, visually purposeful driving position rather than a collection of commercial brackets. The project treats the seat, wheel, pedals, and structure as one ergonomic system while using motorsport-inspired composite construction as the primary making challenge.

Forged carbon is not simply a surface treatment. Part geometry, mold strategy, charge placement, consolidation, trimming, and mounting all affect whether a component can be made reliably and carry load.

02 / Approach

How the problem was framed

CAD is used to establish the driving position and the relationships between controls before committing to tooling. The design must accommodate adjustability, hardware access, cable routing, stiffness, and realistic loads from braking and steering.

Composite development proceeds through smaller trials and manufacturing planning. Mold split lines, draft, radii, inserts, and post-cure machining are considered early. This reduces the risk of designing an attractive part that cannot be released, trimmed, or fastened.

03 / Result

What exists now

The cockpit is still in progress, with design and process learning advancing together. The current result is a more mature understanding of how the user package, structural concept, and composite manufacturing plan constrain one another.

This page deliberately avoids presenting renderings or planned components as completed hardware. Finished parts and measured performance will be added as fabrication and assembly reach verifiable milestones.

04 / Reflection

Lessons and next steps

Personal fabrication projects benefit from the same gates as formal engineering: freeze interfaces before tooling, prototype uncertain details cheaply, and define how success will be checked.

Next steps include completing the manufacturing sequence, validating fit with representative controls, producing the structural pieces, and checking stiffness and comfort under actual use.

  • Scope and claims are limited to what the surviving project record supports.
  • Future updates will add verified media, measurements, and milestones as they become available.