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The MOZA mBooster Pedal Set (with CRP2 Throttle) is a high-end, two-pedal system built around MOZA’s new active brake pedal. Instead of relying only on springs and elastomers, the mBooster uses a servo-driven system with dual 200 kg load cells, a 15-bit angle sensor, and a 21-bit magnetic encoder to simulate real braking forces with exceptional precision.



Through MOZA Pit House software, the active pedal can reproduce effects like ABS pulsing, traction control intervention, engine and chassis vibration, gearshift jolts, and G-force, giving you detailed feedback through your foot—not just on screen. Adjustable rebound, stroke, damping, and friction let you shape the pedal feel from “road car soft” to “F1-style stiff” in software, without swapping hardware parts.

The set includes the CRP2 throttle pedal, plus a CRP2 base plate and extended plate to create a rigid, professional platform. Built from aluminum alloy, 3K carbon fiber, and high-strength steel, the system is designed for durability and is compatible with PC and most wheelbases, while integrating seamlessly with the MOZA ecosystem.
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Feature |
Details |
|---|---|
|
Active brake technology |
Servo-driven mBooster Active Pedal with dynamic force feedback instead of purely passive springs/rubbers. |
|
Dual 200 kg load cells |
Two 200 kg load-cell sensors provide precise force measurement for consistent braking, even at very high pedal forces. |
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High-resolution sensing |
15-bit angle sensor + dual pressure sensors + 21-bit magnetic encoder (2,097,152 PPR) for ultra-smooth and accurate pedal response. |
|
Realistic dynamic feedback |
Can simulate ABS pulsing, traction control, engine vibration, chassis vibration, gearshift impacts, and G-forces through the pedal. |
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Software-adjustable pedal feel |
Tune rebound, stroke, damping, friction, and overall force in MOZA Pit House—no mechanical disassembly needed. |
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Multi-role active pedal |
Configure the mBooster as brake, throttle, or clutch depending on your preferred layout and car type. |
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CRP2 throttle integration |
Includes CRP2 throttle pedal with smooth Hall-sensor based response, matched visually and mechanically to the active brake. |
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Professional base plates |
Comes with CRP2 base plate + Extended base plate for a rigid, flex-free mounting platform. |
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Quiet & smooth operation |
Ball-screw + servo design keeps noise around ≤ 44 dB while maintaining very low friction. |
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Premium construction |
Built from aerospace-grade aluminum alloy, 3K twill carbon fiber, and high-strength steel for long life under heavy use. |
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Ergonomic pedal surface |
Biomimetic curved pedal face supports the arch of the foot for comfort and control in long stints. |
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PC & base compatibility |
Direct USB connection to PC; compatible with most branded wheelbases and fully supports MOZA wheelbase lineup. |
MOZA mBooster Active Pedal (Active brake) × 1
MOZA CRP2 Throttle Pedal × 1
CRP2 Base Plate × 1
Extended Base Plate × 1
Dedicated power supply for mBooster Active Pedal × 1
Mounting hardware & documentation (as supplied by MOZA)
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Category |
Spec |
|---|---|
|
Product name |
MOZA mBooster Pedal Set (with CRP2 Throttle) |
|
Pedals included |
1 × mBooster Active Pedal, 1 × CRP2 Throttle |
|
Platform |
PC (Windows) via USB; works with MOZA and most third-party bases |
|
Use cases |
Sim racing (GT, formula, endurance, rally, etc.) |
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Category |
Spec |
|---|---|
|
Force feedback type |
Active, servo-driven dynamic force feedback (ABS, TC, vibration, gearshift, G-force effects) |
|
Load cells |
Dual 200 kg load-cell sensors |
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Angle sensor |
15-bit high-precision angle sensor (paired with dual pressure sensors via sensor fusion) |
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Motor encoder |
21-bit high-resolution magnetic encoder (≈ 2,097,152 PPR) |
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Motor type |
High-torque density servo motor with advanced drive system |
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Mechanical design |
Ball-screw mechanism, closed/rail-free design to reduce friction and noise |
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Adjustability (software) |
Rebound, stroke, damping, friction, pedal force curves, force-feedback effects |
|
Max noise level |
≤ 44 dB (quiet operation) |
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Functional modes |
Configurable as brake, throttle, or clutch via MOZA Pit House |
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Category |
Spec |
|---|---|
|
Throttle sensor |
Hall-effect sensor for smooth, contactless measurement (part of CRP2 pedal line) |
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Base plate system |
CRP2 Base Plate + Extended Base Plate (high-strength steel construction) |
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Materials |
Aerospace-grade aluminum alloy, 3K twill carbon fiber, high-strength steel (across pedal and plate system) |
|
Mounting |
Rigid, multi-slot base plates for cockpit or rig mounting; designed to eliminate flex |
|
Ecosystem integration |
Full support in MOZA Pit House; integrates with MOZA wheelbases and CRP2 pedal family |
Unbox and check contents
Confirm you have the mBooster Active Pedal, CRP2 throttle pedal, CRP2 base plate, extended base plate, power supply, and hardware.
Plan your pedal layout
Decide if the active pedal will be used as brake (most common), or as throttle/clutch depending on your personal preference and rig. Configure this later in MOZA Pit House.
Assemble the base plate
Attach the CRP2 base plate and extended plate together (if required) following the bolt pattern.
Lightly tighten bolts first so you can adjust pedal spacing before final torque.
Mount pedals to base plate
Position the mBooster Active Pedal and CRP2 throttle to match your seating posture (centered brake, offset throttle, etc.).
Secure them using the supplied hardware; ensure there is no movement or flex.
Install on your cockpit/rig
Bolt the assembled base plate to your simulator rig or pedal deck.
Double-check alignment so your legs are comfortable and your ankle angle feels natural when fully braking.
Connect power & USB
Plug the dedicated power supply into the active pedal and a mains outlet.
Connect the active pedal to your PC via USB, and connect the CRP2 throttle according to the MOZA documentation (directly or via a compatible controller/interface).
Install MOZA Pit House
Download and install MOZA Pit House from the MOZA Racing website.
Open the software and verify that the mBooster and throttle are detected.
Run calibration
In Pit House, center and calibrate each pedal.
Confirm full travel is detected and that force readings respond smoothly when you press the pedal.
Assign pedal roles
In the software, set the mBooster to act as brake (recommended) and confirm the throttle is recognized correctly.
Save this configuration as your default profile.
Set basic feel & forces
Choose a starting preset (e.g., “GT brake”) in Pit House and tweak pedal force, travel, and any dynamic effects (ABS, TC, etc.) to your taste.
Configure in your sim
In your racing game settings, bind throttle and brake to the correct axes and test on track.
Make small adjustments to sensitivity/FFB until the car feels natural under braking and acceleration.
Prepare your rig
Ensure the pedal tray or cockpit floor is rigid and level.
If your rig has pre-drilled holes, check the CRP2 base plate pattern and plan where to mount.
Build the plate assembly
Attach the CRP2 base plate and Extended base plate according to the MOZA instructions, aligning the slots for fore-aft adjustment.
Tighten the connecting bolts firmly once you are happy with coverage and position.
Attach the pedals
Position the mBooster (typically in the middle) and CRP2 throttle on the base plate.
Use the slotted holes to adjust lateral spacing and angle to your preference.
Tighten all bolts; the pedals should not move under full braking force.
Mount the assembly to the cockpit
Place the assembled plate on your rig and align mounting holes.
Bolt it down using appropriate hardware and washers.
Verify there is no flex when you press the brake as hard as you can.
Cable management
Route power and USB cables away from moving parts and your feet.
Use cable ties or clips to secure them along the frame of your rig, leaving enough slack for pedal movement.
Connect electronics
Plug the dedicated power supply into the mBooster Active Pedal and then into a power outlet.
Connect the active pedal’s USB cable to your PC.
Connect the CRP2 throttle either directly to the PC or through the appropriate MOZA controller, as recommended in MOZA’s documentation.
Update firmware (if available)
Open MOZA Pit House and check for firmware updates for the mBooster and any connected MOZA devices.
Apply updates one at a time and follow on-screen instructions.
Configure pedal roles & effects
In Pit House, set the active pedal to Brake / Throttle / Clutch as desired.
Enable or adjust dynamic feedback: ABS pulses, TC events, engine vibration, vehicle vibration, gearshift impact, G-force responses.
Tune pedal feel
Adjust stroke, damping, rebound, and friction using software sliders.
Start with conservative values then gradually raise stiffness/force until you reach a comfortable and repeatable braking effort.
Create per-car profiles
Save different profiles in Pit House (e.g., “GT3,” “Open-Wheel,” “Street Car”) with different curves and force levels.
Load the matching profile when you change series or cars.
Final test & safety check
In a test session, fully depress each pedal multiple times and monitor telemetry input.
Listen for unusual noises and confirm nothing loosens under heavy use.
Re-torque bolts if needed after your first few sessions.
Q: What makes the mBooster different from traditional pedals?
It features dynamic force feedback, dual 200KG load cells, and fully digital one-click customization.
Q: Do I need to make mechanical adjustments?
No — settings can be adjusted digitally via MOZA Pit House.
Q: Is it compatible with my current setup?
Yes — fully compatible with CRP2 Pedals and MOZA Racing ecosystems.
Q: Is it quiet and durable?
Yes — it operates at 44dB and features robust aluminum alloy construction.
Q: Will it improve my driving performance?
Yes — precise force feedback and adjustable pedal dynamics enhance braking and acceleration control.
Ships within 48 hours · Estimated delivery Aug 3 - Aug 8
US$40
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