The Sim Lab XP1 Loadcell Pedal Set is a 200kg load cell sim racing pedals system designed for precise braking, adjustable feel, and long term durability. KEY BENEFITS Delivers highly precise braking input for consistent lap times Provides realistic pressure based braking with up to 100 kg pedal force Allows full customization of pedal feel and resistance Maintains durability with full metal construction Reduces wear with contactless sensor technology WHO IT’S FOR This pedal set is designed for sim racers who want accurate and repeatable braking performance. It is ideal for intermediate to advanced drivers focused on improving consistency and control, whether in competitive racing or high fidelity simulation setups. KEY FEATURES The Sim Lab XP1 Loadcell Pedal Set features a proprietary 200 kg load cell system capable of delivering up to 100 kg of brake pedal pressure for realistic braking feel. The aluminum construction provides rigidity and long term durability, while hall sensor technology ensures precise input without mechanical wear. Adjustable parameters such as resistance, preload, and pedal angle allow drivers to fine tune the setup to match their driving style. Included elastomers and springs enable a wide range of brake feel configurations, from softer road car response to stiff race focused setups. Integration with RaceDirector software allows further tuning and customization for optimal performance. TECHNICAL SPECIFICATIONS Product type: Load cell sim racing pedals Load cell capacity: 200 kg Maximum brake pressure: 100 kg Construction: Full metal aluminum design Sensors: Hall sensor technology Adjustability: Pedal angle, preload, resistance Customization: Interchangeable elastomers and springs Software: RaceDirector compatible REAL-WORLD USE / EXPERIENCE In use, this pedal set delivers a firm and predictable braking experience that allows drivers to build muscle memory and improve consistency. The pressure based input makes it easier to control braking thresholds and avoid lockups, especially in competitive scenarios. Adjustable resistance and pedal travel allow users to tailor the feel to their preference, resulting in a more controlled and immersive driving experience.
