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Key people at MBooster.
MOZA Racing develops and manufactures high-performance simulation hardware for virtual motorsports. The company produces direct drive wheelbases, pedals, and steering wheels, integrating advanced force feedback and precision engineering. Products like the mBooster Active Pedal aim to deliver an immersive, realistic driving experience for sim racing enthusiasts and professionals.
MOZA Racing was founded in 2012 by a team of automotive engineers and experienced sim racing enthusiasts. Their core insight was to bring professional-grade realism to the virtual motorsport community. Leveraging deep expertise in vehicle dynamics and engineering, they set out to develop hardware that authentically replicates complex driving sensations for high-fidelity simulation.
The company serves a global community of sim racing participants, from competitive drivers to hobbyists, who demand responsive and high-fidelity control. MOZA Racing's vision is continuous innovation in sim racing technology, pushing boundaries to create more engaging experiences. They empower users with advanced tools that elevate both performance and immersion in virtual motorsport.
Key people at MBooster.
MOZA mBooster is a premium active pedal system developed by MOZA Racing, a Chinese sim racing hardware manufacturer, designed for simulator racing enthusiasts and professionals. It builds advanced force-feedback pedals that deliver real-time haptic simulations of real-world driving forces like ABS lockup, traction control (TC), engine vibration, gear shifts, G-forces, and tire lockup, using a high-torque servo motor, ball screw drive, and proprietary telemetry integration.[1][2][3] Serving sim racers from casual users to competitive drivers, it solves the problem of passive pedals' lack of immersion and precision by providing dynamic, predictive feedback that enhances braking modulation, throttle control, and lap consistency—backed by dual 200kg load cells (400kg total capacity), 15-bit angle sensors, and 21-bit magnetic encoders for zero dead zones.[1][4][6] Priced at around £799, it offers high performance in a compact, all-metal build with software tunability, marking strong growth since its March 2025 release following a 2024 prototype debut.[4][6]
MOZA Racing, based in Shenzhen, China, unveiled the mBooster Active Pedal prototype at Gamescom 2024 as its entry into the active haptic pedal market, evolving from their existing CRP2 pedal lineup with an optional active upgrade.[3][7][9] The idea emerged from years of innovation in sim racing gear, aiming to replicate race car forces through an advanced electronic control system and motor-driven feedback, distinguishing it from traditional passive designs.[1][6] Early traction came at Gamescom, where it impressed with demos of ABS, TC, and vibration effects; full release followed on March 18, 2025, with immediate availability and positive reviews highlighting its rivalry to pricier competitors like Simucube.[4][5][6] Pivotal moments include smooth firmware updates via MOZA's Pit House software and on-track testing showing real lap-time benefits through predictive warnings.[4][5]
The mBooster rides the surging demand for haptic sim racing peripherals, fueled by esports growth, VR/AR integration, and pros seeking training tools that mirror real cars—timing perfectly with 2024-2025 hardware leaps post-Gamescom hype.[3][5][9] Market forces like affordable direct-drive wheels and load-cell pedals have primed users for active systems, where MOZA undercuts premium brands like Simucube and Simagic, democratizing pro-level feedback amid a sim racing boom valued in billions.[3][4][6] It influences the ecosystem by pushing competitors on price/performance, accelerating spring-less designs and telemetry-driven immersion, potentially standardizing predictive pedals for better skill transfer to real racing.[2][5]
MOZA mBooster sets a new benchmark for accessible active pedals, delivering game-changing realism that pros praise for lap gains, though its tuning depth suits dedicated sim racers over casuals.[4][5] Next steps likely include full SimHub integration, expanded game support, and bundle options with MOZA wheels/pedals, riding trends like AI-enhanced telemetry and motion platforms.[4][6] As sim racing blurs with real motorsport training, its influence could grow via price erosion on high-end haptics, solidifying MOZA's ecosystem dominance—transforming basic pedals into the "direct drive" of feet, just as it redefined precision control from day one.[1][5]
