Free shipping from PLN 200 for Poland and from EUR 350 for the entire European Union

Moza PHF Pedal Haptic Feedback standalone haptic motor
Moza PHF Pedal Haptic Feedback haptic motor mounted on moza srp2
  • New
Moza PHF Pedal Haptic Feedback standalone haptic motor
Moza PHF Pedal Haptic Feedback haptic motor mounted on moza srp2

Moza PHF Pedal Haptic Feedback

RS103
88.62zł

88.62zł
PREORDER

MOZA Pedal Haptic Feedback is a 0–100 Hz vibration module that transfers ABS, traction-control, wheel-slip and gear-shift signals directly to a pedal. It fits SR-P, SR-P Lite pedals supplied with the MOZA R3, MOZA R5 and MOZA R5 Truck bundles, SRP2, SRP Lite2 pedals supplied with the MOZA R5 PRO and MOZA R5 PRO Truck bundles, and CRP2. Pit House controls the effects. Choose one motor without a controller or the Kit with motor and Control Box.

Choose Haptic Motor or Kit variant
  • Haptic Motor+Control Box
  • Haptic Motor

Ask about product
Zapytanie dotyczy produktu: Moza PHF Pedal Haptic Feedback
* - pola obowiązkowe
Send
You will receive an 0.89zł for each item of this product to use on your next purchase.
Close
Shipping within 24 hours
Secure payments
Return within 30 days
Delivery from PLN 0

You might also like

 
MOZA Pedal Haptic Feedback on a circular platform with a visual effect of spreading vibrations

Moza PHF Pedal Haptic Feedback

Portrait view of the MOZA Pedal Haptic Feedback module above concentric rings representing vibration

Moza PHF Pedal Haptic Feedback

MOZA PHF haptic module in a dynamic product view with illuminated vibration waves

Detailed haptic effects across a 0–100 vibrations per second

MOZA Pedal Haptic Feedback transfers information from the simulator directly into a pedal through a compact vibration motor. Its 0–100 Hz frequency range allows different events to have recognisable characteristics instead of producing the same generic vibration. A driver can feel ABS intervention, traction loss, wheel lock, gear changes or engine speed without looking away from the track. This additional physical channel makes vehicle behaviour easier to interpret and strengthens the connection with the virtual car. Frequency and output can be adjusted to keep the response informative rather than overwhelming during longer sessions.

Close-up of MOZA Pedal Haptic Feedback surrounded by glowing gold vibration rings

Detailed haptic effects across a 0–100 Hz range

MOZA Pedal Haptic Feedback transfers information from the simulator directly into a pedal through a compact vibration motor. Its 0–100 Hz frequency range allows different events to have recognisable characteristics instead of producing the same generic vibration. A driver can feel ABS intervention, traction loss, wheel lock, gear changes or engine speed without looking away from the track. This additional physical channel makes vehicle behaviour easier to interpret and strengthens the connection with the virtual car. Frequency and output can be adjusted to keep the response informative rather than overwhelming during longer sessions.

Three MOZA Pedal Haptic Feedback modules fitted to throttle, brake and clutch pedals

Compact hardware for throttle, brake or clutch pedals

The PHF module measures 40 × 41 × 61 mm, allowing it to add tactile feedback without bringing a large actuator into the pedal area. It can be fitted to a throttle, brake or clutch, depending on which information the driver wants to emphasise. One unit may be used to highlight ABS operation through the brake, while a larger installation can assign separate effects to additional pedals. Its compact form helps preserve a tidy cockpit floor and keeps the module close to the mechanism that should transmit the vibration.

Portrait view of a three-pedal set equipped with individual MOZA PHF haptic modules

Compact hardware for throttle, brake or clutch pedals

The PHF module measures 40 × 41 × 61 mm, allowing it to add tactile feedback without bringing a large actuator into the pedal area. It can be fitted to a throttle, brake or clutch, depending on which information the driver wants to emphasise. One unit may be used to highlight ABS operation through the brake, while a larger installation can assign separate effects to additional pedals. Its compact form helps preserve a tidy cockpit floor and keeps the module close to the mechanism that should transmit the vibration.

MOZA Pedal Haptic Feedback module displayed beside five compatible MOZA pedal sets

Broad support for MOZA pedal sets

The system is designed to work with several MOZA non-active pedal families. The manufacturer lists SR-P, SR-P Lite, SRP2, SRP Lite2 and CRP2 models, making PHF suitable for both entry-level installations and more advanced cockpits. The exact attachment method varies between pedal sets and uses the appropriate bracket and mounting hardware. Check the instructions for the selected model before installation, plan the cable route and retain access to pedal adjustments. PHF does not change the pedal's mechanical resistance; it adds programmable tactile information generated from simulator telemetry.

Vertical compatibility overview of the MOZA PHF module and supported pedal models

Broad support for MOZA pedal sets

The system is designed to work with several MOZA non-active pedal families. The manufacturer lists SR-P, SR-P Lite, SRP2, SRP Lite2 and CRP2 models, making PHF suitable for both entry-level installations and more advanced cockpits. The exact attachment method varies between pedal sets and uses the appropriate bracket and mounting hardware. Check the instructions for the selected model before installation, plan the cable route and retain access to pedal adjustments. PHF does not change the pedal's mechanical resistance; it adds programmable tactile information generated from simulator telemetry.

Three MOZA PHF modules wired to a Control Box beside a complete pedal set

A dedicated Control Box manages the complete system

MOZA Pedal Haptic Feedback modules are operated through a separate Control Box. It can transmit data by connecting directly to a PC over USB or through a compatible MOZA wheelbase, with only one of these connection paths used at a time. The controller measures 80 × 66 × 26 mm and the system requires a 12 V, 2 A power supply. The same product page offers a single module without the controller and a Kit containing one haptic module plus one Control Box. A controller is always required to operate the haptic system.

Portrait product view of pedals with three MOZA Pedal Haptic Feedback modules and a Control Box

A dedicated Control Box manages the complete system

MOZA Pedal Haptic Feedback modules are operated through a separate Control Box. It can transmit data by connecting directly to a PC over USB or through a compatible MOZA wheelbase, with only one of these connection paths used at a time. The controller measures 80 × 66 × 26 mm and the system requires a 12 V, 2 A power supply. The same product page offers a single module without the controller and a Kit containing one haptic module plus one Control Box. A controller is always required to operate the haptic system.

Build a personalised response profile in MOZA Pit House

MOZA Pit House panel for adjusting pedal haptic effect frequency and intensity

MOZA Pit House lets the driver adapt PHF behaviour to the car, simulator and personal preference. Frequency can be configured from 0 to 100 Hz and intensity from 0 to 100%, then linked to supported telemetry events. The system can communicate ABS and traction-control activity, engine RPM, wheel lock, wheel slip and gear changes. Giving each effect its own character makes the signals easier to distinguish without applying maximum vibration to every event. PHF can therefore be tuned as a subtle source of driving information or as a more pronounced element of cockpit immersion.

Vertical view of MOZA Pit House vibration settings with frequency and intensity sliders

Build a personalised response profile in MOZA Pit House

MOZA Pit House lets the driver adapt PHF behaviour to the car, simulator and personal preference. Frequency can be configured from 0 to 100 Hz and intensity from 0 to 100%, then linked to supported telemetry events. The system can communicate ABS and traction-control activity, engine RPM, wheel lock, wheel slip and gear changes. Giving each effect its own character makes the signals easier to distinguish without applying maximum vibration to every event. PHF can therefore be tuned as a subtle source of driving information or as a more pronounced element of cockpit immersion.

MOZA Pedal Haptic Feedback mounted behind an Asetek pedal with a metal bracket

Secure attachment under heavy braking loads

A high-strength integrated bracket keeps the module close to the pedal structure so its vibration can be transferred consistently. A rigid connection helps limit unwanted movement during rapid pedal inputs, heavy braking and high-load driving. Correct installation also protects the surrounding wiring and preserves clear pedal travel. Use the hardware specified for the relevant pedal set, tighten each fastener according to the instructions and verify that neither the PHF housing nor its cable can touch a moving component anywhere across the complete range of pedal motion.

Rear close-up of a MOZA PHF haptic module attached to an Asetek pedal

Secure attachment under heavy braking loads

A high-strength integrated bracket keeps the module close to the pedal structure so its vibration can be transferred consistently. A rigid connection helps limit unwanted movement during rapid pedal inputs, heavy braking and high-load driving. Correct installation also protects the surrounding wiring and preserves clear pedal travel. Use the hardware specified for the relevant pedal set, tighten each fastener according to the instructions and verify that neither the PHF housing nor its cable can touch a moving component anywhere across the complete range of pedal motion.

Connection diagram for a MOZA PHF module, third-party pedals, Control Box and PC

Integration options beyond the MOZA pedal ecosystem

Connecting the Control Box directly to a PC opens a path for using PHF with third-party non-active pedal sets. This type of installation requires a custom, user-designed mounting solution matched to the chosen pedal construction. It should not be treated as universal plug-and-play compatibility: the owner is responsible for stable support, suitable fasteners, unrestricted pedal movement and safe cable routing. The open approach provides more freedom when upgrading a cockpit while retaining effect configuration in MOZA Pit House. It may also allow the haptic system to remain useful after a later change of pedals.

Portrait system diagram showing MOZA Pedal Haptic Feedback, third-party pedals, Control Box and computer

Integration options beyond the MOZA pedal ecosystem

Connecting the Control Box directly to a PC opens a path for using PHF with third-party non-active pedal sets. This type of installation requires a custom, user-designed mounting solution matched to the chosen pedal construction. It should not be treated as universal plug-and-play compatibility: the owner is responsible for stable support, suitable fasteners, unrestricted pedal movement and safe cable routing. The open approach provides more freedom when upgrading a cockpit while retaining effect configuration in MOZA Pit House. It may also allow the haptic system to remain useful after a later change of pedals.

6973137271459
Parameter Value
Frequency range 0–100 Hz
Intensity adjustment 0–100%
Variant 1 — MOZA Pedal Haptic Feedback 1 × PHF haptic motor/module, without a Control Box
Variant 2 — MOZA Pedal Haptic Feedback Kit 1 × PHF haptic motor/module + 1 × PHF Control Box
Compatible MOZA pedals SR-P, SR-P Lite, SRP2, SRP Lite2, CRP2
Supported software MOZA Pit House
PHF Module dimensions 40 × 41 × 61 mm
Control Box dimensions 80 × 66 × 26 mm
Power supply 12 V, 2 A
Net weight 98 g
Communication paths Direct PC connection or a compatible MOZA wheelbase — one method at a time
Pedal model Products and bundles at Simline.eu Information
MOZA SR-P Standalone SR-P pedal set Compatible with the MOZA Pedal Haptic Feedback module.
MOZA SR-P Lite MOZA R3, MOZA R5, MOZA R5 Truck SR-P Lite pedals are supplied with the listed bundles.
MOZA SRP2 Standalone SRP2 pedal set Compatible with the MOZA Pedal Haptic Feedback module.
MOZA SRP Lite2 MOZA R5 PRO, MOZA R5 PRO Truck SRP Lite2 pedals are supplied with the listed bundles.
MOZA CRP2 Standalone CRP2 pedal set Compatible with the MOZA Pedal Haptic Feedback module.

1. What does MOZA Pedal Haptic Feedback do?

The module sends adjustable telemetry-based vibration through a pedal. It can indicate ABS and traction-control activity, engine RPM, wheel lock, wheel slip and gear changes.

2. What is the difference between the two variants?

The base variant contains one haptic motor/module without a controller. The Kit contains one module and one PHF Control Box required to operate the system.

3. Can a single module operate without a Control Box?

No. A PHF Control Box is required. Choose the single motor when you already own a controller or want to add haptic feedback to another pedal in an existing system.

4. Which MOZA pedals are compatible?

Compatibility covers SR-P, SR-P Lite, SRP2, SRP Lite2 and CRP2 pedals. The attachment method depends on the construction of the selected pedal model.

5. Which bundles include SR-P Lite pedals?

SR-P Lite pedals are used in the MOZA R3, MOZA R5 and MOZA R5 Truck bundles.

6. Which bundles include SRP Lite2 pedals?

SRP Lite2 pedals are supplied with the MOZA R5 PRO and MOZA R5 PRO Truck bundles.

7. Which adjustment range does the system provide?

MOZA Pit House allows vibration frequency to be adjusted from 0 to 100 Hz and intensity from 0 to 100%, helping each effect match the driver's preference.

8. Which pedal can carry the module?

The module can be fitted to a brake, throttle or clutch pedal. Separate modules make it possible to build a system covering more than one pedal.

9. Can PHF work with third-party pedals?

A direct PC connection through the Control Box permits integration with third-party non-active pedals, but a secure custom user-designed mounting solution is required.

10. How does the Control Box connect?

The controller can receive the signal directly from a PC over USB or through a compatible MOZA wheelbase. Only one connection method should be used at a time.

No reviews

Manufacturer

  • Moza EU
  • Room 1903-1904, Building 3, Nanshan Zhiyuan Chongwen Park, No. 3370 Liuxian Avenue, Nanshan District,
  • 3370 Shenzhen
  • China
  • support@mozaracing.com
  • +49518589638

Responsible person

  • Gudsen Technology EU GmbH
  • Birkenstrasse 23
  • 40233 Düsseldorf
  • Germany
  • support@gudsen.com
  • +48687537215

You might also like

Products from same category

Product added to wishlist
Product added to compare.