A conversion kit designed to transform standard Simagic P1000 pedals into an inverted pedal configuration. Built for sim racers who want a more realistic pedal layout and improved driving ergonomics. KEY BENEFITS Replicate real race car pedal positioning with inverted setup Improve braking consistency with a more natural foot angle Enhance immersion across GT and formula style driving Optimize cockpit ergonomics for long racing sessions Upgrade your existing pedals without replacing the full system WHO IT’S FOR This kit is designed for Simagic P1000 users who want to transition from a standard floor mounted pedal setup to an inverted configuration. It is ideal for sim racers focused on realism and those running rigs that support higher mounting positions. Whether you are refining comfort or chasing a more authentic driving feel, this upgrade provides a meaningful change in pedal dynamics. KEY FEATURES The Simagic P1000 Inversion Kit includes all required mounting hardware to convert a standard P1000 pedal set into an inverted layout. It is engineered for direct compatibility with existing P1000 pedals, allowing a straightforward installation process without custom fabrication. The design supports stable mounting and maintains the integrity of pedal performance after conversion. The Simagic P1000 Inversion Kit enables a higher pedal position that better matches real vehicle ergonomics. TECHNICAL SPECIFICATIONS Compatibility: Simagic P1000 standard pedal set only Function: Converts standard pedals to inverted configuration Included components: Full mounting hardware kit Installation: Direct bolt on conversion Mounting position: Elevated inverted pedal layout REAL-WORLD USE / EXPERIENCE In use, the inverted configuration changes how your legs and feet interact with the pedals, reducing fatigue and improving control over long sessions. Braking feels more natural, especially in high pressure situations where consistency matters. The Simagic P1000 Inversion Kit is most noticeable in endurance racing or competitive driving, where comfort and repeatability directly impact performance.
