HMA150 Haptic Motion Actuators

48V Low-Voltage DC Power

4-Axis 3DOF

Motion System

Ultra-Low Latency Response

150 mm

Maximum Stroke

300 mm/s Maximum Speed

>1G Maximum Acceleration

0–200 Hz Vibration Frequency

Proprietary Motion Manager Software

AI-Powered Dynamic Simulation

MOZA's First Flagship Motion System

MOZA's first flagship motion system marks a major milestone in the evolution of the MOZA simulation ecosystem. With in-house development across racing simulators, flight simulators, and motion systems, MOZA now offers a complete simulation ecosystem covering every aspect of immersive simulation.

Fully In-House Designed and Manufactured

High-Torque-Density Servo Motor

Near-zero cogging torque delivers millisecond-level response with smooth, detailed motion feedback.

Proprietary Motion Control Algorithms

Precisely reproduces realistic vehicle dynamics, delivering immersive motion feedback in every moment.

Proprietary Motion Manager Software

Customizable motion settings with official presets for a seamless plug-and-play experience.

In-House Linear Actuator System

Developed entirely in-house, the system integrates a high-performance servo motor and precision ball screw actuator to deliver accurate motion control and rapid response.

High-Torque-Density Servo Motor

Near-zero cogging torque delivers millisecond-level response with smooth, detailed motion feedback.

Proprietary Motion Control Algorithms

Precisely reproduces realistic vehicle dynamics, delivering immersive motion feedback in every moment.

Proprietary Motion Manager Software

Customizable motion settings with official presets for a seamless plug-and-play experience.

In-House Linear Actuator System

Developed entirely in-house, the system integrates a high-performance servo motor and precision ball screw actuator to deliver accurate motion control and rapid response.

Sleek Design.
Intelligent Lighting.

The MOZA HMA150 features a sleek, streamlined design that blends refined aesthetics with a dynamic, modern look.
Its customizable 16.7 million-color RGB lighting provides real-time telemetry feedback for ABS, TC, flag signals, and other in-game events.

48V Low-Voltage DC Power

Powered by a high-performance 48V servo motor, the HMA150 is designed for safe and reliable home use.
Low-voltage operation delivers enhanced safety, quiet performance, and efficient operation.

Integrated Emergency Stop

An integrated emergency stop switch enables instant motion shutdown when needed.
Power-loss protection automatically lowers the platform smoothly in the event of a sudden power interruption.

Integrated Design.
Flexible Mounting.

Integrated control electronics save space and simplify installation.
Built-in mounting rails allow adjustable height positioning for versatile setups.

4-Axis 3DOF Motion System

Powered by four actuators, the HMA150 delivers realistic Pitch, Roll, and Heave motion to recreate authentic vehicle dynamics.

Ultra-Low Latency

Millisecond-level actuator response delivers rapid feedback and precise synchronization with in-game visuals.

Exceptional Dynamic Performance. Precise Motion Reproduction.

With high-speed response and accurate motion control, the HMA150 faithfully recreates everything from major vehicle movements to subtle driving details.
Experience realistic feedback from rally jumps, landing impacts, rough terrain, and aggressive curb strikes.

150 mm

Maximum Stroke

300 mm/s

Maximum Speed

>1G

Maximum Acceleration

0–200 Hz Wide-Band Vibration

Supporting vibration frequencies up to 200 Hz, the HMA150 delivers powerful engine feedback while accurately reproducing subtle details such as road seams and surface textures.

High Load Capacity. Performance Headroom.

Payload

Maximum Acceleration

Maximum Speed

250kg

>1G

300mm/s

350kg

0.45G

150mm/s

*Specifications represent the maximum performance limits of a 4-actuator system while maintaining safe operation

Quiet Operation. Immersive Simulation.

Featuring a high-performance servo motor and precision ball screw actuator, the MOZA HMA150 delivers smooth and quiet operation.
Even under maximum speed and acceleration conditions, noise remains below 55 dB for a more immersive simulation experience.

Operating Condition

Measurement Distance

Operating Noise

Operating at Maximum Speed and Acceleration

1 m from the actuator

≤55 dB

When using racing simulation titles with MOZA official presets

1 m from the actuator

≤58 dB

*Data measured in MOZA laboratory tests

21-Bit Magnetic Encoder
600 MHz Control Processor

The 21-bit magnetic encoder provides 2,097,152 points of resolution for ultra-precise motion sensing and detailed feedback.
Powered by a 600 MHz high-performance control processor and advanced algorithms, the system processes motion data in real time for rapid response and accurate control.
Together, they deliver precise motion control and real-time feedback with near-zero latency.

High-Strength Aluminum Alloy Housing

Constructed from high-strength aluminum alloy, the housing combines lightweight design with exceptional rigidity.
Its robust structure provides stable support and long-lasting durability for reliable motion performance.

Rigorously Tested. Built to Last.

The HMA150 has undergone over 5 million full-stroke cycles to ensure long-term reliability.
After 24-hour high and low temperature testing, it maintains stable and consistent performance.

*Data measured in MOZA laboratory tests

MOZA Motion Manager Software

MOZA Motion Manager is a proprietary motion control solution developed for the HMA150 motion system. It provides extensive customization options, allowing users to fine-tune motion range, intensity, degrees of freedom effects, vibration feedback, and more to create a personalized simulation experience.

AI-Powered Gameplay Recognition

MOZA AI Motion uses AI to analyze in-game visuals and audio, identifying gameplay actions and triggering the appropriate haptic effects in real time.

Feel the difference between walking, sprinting, gunfire, explosions, and driving. Even in games that don’t provide telemetry output for external devices. By recognizing gameplay directly, AI Motion brings immersive haptic feedback to a much wider range of titles.

Scenario-Based Haptic Effects

MOZA AI Motion features a library of carefully crafted haptic effects, with each gameplay scenario triggering its own unique combination of motion and vibration.

From gunfire and explosions to aggressive cornering, every effect is designed to match the action on screen for a natural and immersive experience.

Low-Latency, Adjustable Feedback

MOZA AI Motion delivers low-latency haptic feedback that responds in real time to gameplay, helping haptic effects stay synchronized with on-screen action.

Users can adjust feedback intensity and output limits directly within the software, making it easy to balance immersion, comfort, and personal preference.

Seamless Software Experience

MOZA AI Motion is integrated into MOZA Motion Manager software, where supported games can be automatically detected and AI Motion enabled. Both the AI model and the haptic effects library can be updated online, allowing improvements and new content to be delivered through updates.

For users, the experience is simple: launch the software, start the game, and AI Motion is ready to provide haptic feedback.

Visual Tuning & Preset Sharing

MOZA AI Motion provides visual controls for adjusting the intensity of individual haptic events.

Users can fine-tune each effect within a safe operating range to match their own preferences.

Custom settings can be saved, exported, and shared with other users, making it easy to build, exchange, and reuse personalized haptic profiles.

Continuously Expanding Game Support

AI Motion extends immersive haptic feedback to games without native telemetry support, unlocking new experiences across an ever-growing library of titles.

With ongoing software updates, support for new games and new haptic effects continues to expand, no hardware upgrades required.

Hybrid Telemetry + AI

When telemetry data is available, MOZA AI Motion uses it to deliver precise, physics-driven haptic feedback.

When telemetry isn’t available, AI analyzes gameplay in real time to generate matching effects instead.

Rather than replacing native telemetry, AI Motion complements it, bringing immersive haptic feedback to more games while delivering a consistent experience.

AI-Powered

Gameplay Recognition

Scenario-Based

Haptic Effects

Real-Time Haptic

Synchronization

Compatible with

Popular AAA Titles

Extensive Game Compatibility

Compatible with a wide range of racing simulation titles, including Assetto Corsa, DiRT Rally, iRacing, Forza Horizon, F1, and many more.

Assetto Corsa Competizione

Assetto Corsa EVO

Assetto Corsa Rally

Assetto Corsa

Euro Tuck Simulator 2

Dirt Rally 2.0

iRacing

Le Mans Ultimate

Forza Horizon 5

American Truck Simulator

BeamNG.Drive

Automobilista 2

EA SPORTS™ WRC

Forza Motorsport

RaceRoom Racing Experience

F1 25

F1 24

F1 23

Grand Theft Auto V Enhanced

Cyberpunk 2077

Red Dead Redemption 2

Specs

Heave

± 75 mm

Pitch

± 7.59°

Roll

± 12.04°

Actuation mechanism

Electric motor + ball screw actuator

Housing material

Aluminum alloy / plastic

Peak actuator thrust (per actuator)

180 kgf

Maximum actuator stroke

150 mm

Maximum actuator speed

300 mm/s

Maximum actuator acceleration

1G

Actuator dimensions (per actuator)

475 × 110 × 85 mm

Actuator weight (per actuator)

6.8 kg

Maximum payload (4-actuator system)

350 kg

Rated power consumption (4-axis system)

1500 W

Input Voltage

110–220V AC → 48V DC

Control box ports

Power input, emergency stop, actuator connectors

Mounting method

Bolt-on mounting

Emergency stop

Included

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