mBooster Active Pedal

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mBooster Active Pedals with CRP2 Throttle

mBooster ACTIVE PEDAL

Innovative Design

Intelligent Software Tuning

Realistic Dynamic Feedback

Quiet and Smooth

Dual 200KG Load Cell Sensors

21-bit High-resolution Magnetic Encoder

Sensor Fusion Algorithm

High Torque Density Motor

Advanced Drive System

One-Click Pedal Customization

Innovative Design

After years of innovation, MOZA has engineered a revolutionary structure with an advanced electronic control system. This breakthrough marks a new era in sim racing with our active pedal, delivering unmatched precision and authentic driving experience.

Professional Software Support

MOZA Pit House software offers one-click presets, enabling professional precision settings quickly without the need to adjust mechanical structures. Effortlessly fine-tune basic pedal performance and advanced dynamic feedback for a seamless racing experience.

Adjustable Rebound, Stroke, Damping & Friction

ABS

Engine vibration

Vehicle body vibration (HI)

Gear shift impact

G-force

Realistic Dynamic Force Feedback

MOZA's proprietary telemetry database enhances force feedback realism, delivering precise ABS feedback during braking, dynamic throttle feedback for traction control, vehicle vibrations, gearshift impacts, and G-force effects for a truly immersive driving experience.

Quiet and Smooth

The MOZA mBooster Active Pedal features a high-precision ball screw, segmented servo motor, and a closed, rail-free design to effectively reduce operational friction. This results in a quiet and smooth experience, with noise levels as low as 44dB.

Precise Control, Wider Range

The MOZA mBooster Active Pedal is equipped with dual 200KG load cell sensors, ensuring ultra-precise pedal force detection with zero dead zones. This advanced technology delivers consistent, responsive braking for superior control and confidence on the track.

15-Bit High-Precision Angle Sensors

The innovative sensor fusion algorithm combines 15-bit angle sensors with dual pressure sensors to ensure high-precision braking input and accurate brake force output.

21-bit High-resolution Magnetic Encoder

Engineered with a high resolution of 2,097,152 PPR, this advanced encoder refines motor control, delivering incredibly smooth and detailed force feedback for an immersive racing experience.

High Performance with Compact Design

High torque density motor and lightweight materials result in smaller installation size and more convenient operation.

Enhanced Pedal Feel

Different from traditional pedals with passive feedback, the innovative active force feedback system, composed of motors and ball screws, provides strong limit force and rebound. It can simulate a wide range of pedal feel, from a road car's throttle to an F1 car's brake.

"The mBooster Active Pedal has transformed my sim racing experience just a whole new level of immersion. I've been using it as a brake pedal, so I'm feeling things like ABS lockup when my tires are locking as well."

— Jimmy Broadbent

Racing Driver and MOZA Racing Ambassador

"I've been using the MOZA mBooster Active Pedal for a while, and I really like the customizability in the software. It's very easy to make changes in your setup. The thing I really enjoy is the ABS effect and the pedal really responds like a real car."

— Dirk Schouten

Porsche Carrera Cup Benelux Champion ‘24

One-Click Pedal Customization

Effortlessly customize the feel of your MOZA mBooster Active Pedal with just one click. It can be used as a throttle, brake, or clutch, ensuring a driving experience tailored to your preferences. Additionally, the mBooster is seamlessly compatible with the CRP2 pedals, offering versatile and enhanced performance.

Ergonomic Design

The pedal surface features a biomimetic curved design that conforms to the arch of the foot, providing a snug fit for better force application and overall comfort.

Full Compatibility

Directly connect to PC and compatible with almost all branded bases, fully supporting MOZA's wheelbase lineup.

Durable and Reliable

The mBooster system has undergone millions of simulated pedal tests, ensuring stable performance.