Rigs and Cockpits
What it is
Section titled “What it is”A rig or cockpit is the structural platform that supports controls, displays, seat position, and body ergonomics.
This page looks at the overall structure and layout: frame type, mounts, adjustability, and how well the platform supports future hardware.
Where it is used
Section titled “Where it is used”Rigid mounting matters in both sim racing and flight simulation, though the exact layout differs by use case.
Main variants
Section titled “Main variants”- desk and clamp setups
- wheel stands
- aluminum profile rigs
- fixed flight cockpits
- hybrid rigs
How it works
Section titled “How it works”The rig does more than hold hardware in place. It controls flex, alignment, ergonomics, and how well the rest of the system behaves under load.
What matters when choosing
Section titled “What matters when choosing”- stiffness
- adjustability
- available space
- compatibility with future upgrades
- access and comfort
DIY/build considerations
Section titled “DIY/build considerations”- control mounting geometry matters as much as raw material strength
- modular profile systems are easier to iterate than welded one-off frames
- heavy immersion hardware changes load paths and resonance behavior
Trade-offs and limitations
Section titled “Trade-offs and limitations”Light and compact setups save space, but stronger wheels, pedals, and motion systems expose flex very quickly.
How it differs from related pages
Section titled “How it differs from related pages”- Read this page for frame choice, structural layout, and hardware mounting strategy.
- Read Seats and Ergonomics when the main question is posture, support, or comfort over time.
- Read Mounting, Rigidity, and Ergonomics when you need build-focused guidance on stiffness, bracket design, and practical placement details.