Anatomy: The main horizontal aluminum profiles running along each side of the cockpit’s base.

Physiology: They form the backbone of the rig, supporting the structure and distributing forces evenly from front to back.

Anatomy: A horizontal aluminum profile that connects the two sides of the cockpit’s base.

Physiology: It spreads the load and keeps the rig square and stable, preventing any inward or outward flex under pressure.

Anatomy: Vertical aluminum profiles that rise from the base to hold the wheel mount assembly.

Physiology: They transfer steering and braking forces down into the chassis, keeping the wheel position solid and vibration-free.

Anatomy: Thick aluminum plates that bolt to the wheel uprights to hold the wheel base from its sides.

Physiology: They secure the wheel firmly in place while allowing precise angle and height adjustments for a personalized driving position.

Anatomy: L-shaped aluminum brackets used to join two profiles at a 90-degree angle.

Physiology: They lock corners tightly together, adding strength and keeping the cockpit square under load.

Anatomy: Parallel aluminum rails mounted beneath the seat to allow forward and backward movement.

Physiology: They make the seat position adjustable and provide the mounting base for a seat slider or seat side mount brackets.

Anatomy: A precision-cut aluminum plate with multiple mounting slots that attaches to the cockpit’s front.

Physiology: Provides a mounting platform for your pedals while allowing for adjustability for pedal angle, and height to match your driving style.

Anatomy: Horizontal profiles that connect the pedal plates and provide mounting slots for your pedals.

Physiology: They allow you to adjust pedal spacing while keeping the pedals rigid and preventing flex under heavy use.

Anatomy: Aluminum brackets that attach to the sides of the seat and bolt to the cockpit’s rails or frame.

Physiology: They secure the seat firmly while allowing adjustable positioning for height, tilt, and fore-aft placement.

Anatomy: Flat aluminum plates that attach to the base of the cockpit with side holes for accessories.

Physiology: They allow you to add leveling feet or caster wheels, keeping the rig stable on uneven floors or mobile when needed.

Anatomy: Adjustable threaded feet that screw into the base plates of the cockpit.

Physiology: They let you level the rig on uneven floors while keeping it firmly planted and stable during use.

Anatomy: A horizontal aluminum profile mounted at the front of the cockpit’s base.

Physiology: Optional, it adds extra rigidity, though a strong pedal assembly can often secure the front just as effectively.

Anatomy: A horizontal aluminum profile mounted at the front of the cockpit’s base.

Physiology: Optional, it adds extra rigidity, though a strong pedal assembly can often secure the front just as effectively.

Anatomy: The horizontal aluminum profile that attaches to the side mount verticals.

Physiology: It provides a sturdy base for mounting your wheel, shifter, or other accessories while allowing horizontal adjustment for optimal positioning.

Anatomy: End Caps are plastic covers to attach to the end of a profile usually that usually snap in. Cover caps are plastic covering that slide onto exposed corner brackets.

Physiology: They both provide a clean, finished look to the rig while covering exposed areas that might be prone to dust build up.