Heusinkveld Sprint 2-Pedal Set (Black) – Professional Sim Racing Brake & Throttle Pedals | Load Cell Precision

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• The Heusinkveld Sprint 2-Pedal Black Set is a high-performance sim racing pedal system designed for drivers who demand professional-grade precision, adjustability and long-term durability. Featuring a powerful load-cell brake pedal and a fully adjustable throttle pedal, this set delivers the realism and responsiveness required for competitive GT racing, touring-car simulations, rally driving, drifting and esports environments. Built from ultra-strong laser-cut steel with high-quality bearings and advanced electronics, the Sprint 2-Pedal Set is engineered to provide smooth, consistent input and long-term reliability. Whether you are building a beginner cockpit or upgrading a professional-level simulator rig, these pedals provide the accuracy and customization needed for high-level driving performance. Key Features High-Precision Load-Cell Brake Pedal Uses a 120 kg load cell for true force-based braking feedback. Capable of delivering up to approximately 65 kg of actual brake force at the pedal plate. Dual-stage braking system replicates real pedal feel: initial coil spring simulates pad gap, followed by a progressive elastomer stack that provides firm, controlled resistance. Multiple brake stiffness levels allow tuning for road cars, GT racing, touring cars or high-downforce setups. Advanced Adjustable Throttle Pedal Smooth, linear pedal response optimized for modulation and acceleration control. Adjustable pedal travel, spring preload, pedal height and pedal angle. Ideal for precise throttle application in GT, endurance and road-car simulations. Fully Adjustable Pedal Geometry Pedal angle, pedal plate height, pedal travel and spring preload can all be tuned for individual ergonomics. Multiple mounting slots allow height and depth adjustment for a perfect cockpit fit. Designed to work seamlessly with aluminium-profile rigs and full-frame cockpits. SmartControl Software Support Offers complete customization of pedal output curves, deadzones and sensitivity. Save and switch between multiple profiles for different cars or racing disciplines. Allows optimization of brake force and throttle response without mechanical readjustment. Durable, Professional-Grade Construction Made from CNC laser-cut stainless steel with a tough powder-coated finish. Bearings and pivot points are engineered for smooth motion and minimal wear. Each pedal is designed for long-term use and tested for durability over extensive cycles. Plug-and-Play USB Electronics Integrated controller located inside the brake pedal simplifies wiring. Plug-and-play compatibility with PC simulator software. No external drivers required; recognized instantly by Windows-based simulators. Specifications Heusinkveld Sprint 2-Pedal Set Specification Detail Sensor Technology Load cell (brake), position-sensitive load cell (throttle) Maximum Brake Force Approx. 65 kg at pedal plate Brake System Dual-stage coil spring + progressive elastomer stack Brake Stiffness Options Multiple resistance levels Throttle Pedal Adjustments Travel, pedal angle, pedal height, spring preload Pedal Geometry Adjustments Pedal angle, pedal height, pedal plate height, travel Construction CNC laser-cut stainless steel, powder-coated Bearings High-quality pivot bearings Electronics Integrated controller in brake pedal Connectivity USB plug-and-play Software Support SmartControl and SmartControl Live Mounting Supports aluminium-profile rigs and full-frame cockpits Recommended Use Cases GT racing, touring cars, road cars, rally, drifting, endurance racing, esports Who This Pedal Set Is Designed For Sim racers who require realistic, force-based braking for consistent lap times and performance. Competitors in GT, touring-car, endurance, rally and drifting simulations. Drivers seeking deep adjustability to refine pedal feel and cockpit ergonomics. Esports racers who need long-term reliability and precise input control. Home cockpit builders who want professional-grade pedals without unnecessary complexity.