A four-actuator 3DOF motion system with 150 mm travel, 300 mm/s movement, high-frequency haptics and MOZA Motion Manager. The MOZA HMA150 Haptic Motion System contains four actuators and the components required to build a four-actuator motion platform. It recreates pitch, roll and heave for racing and flight simulation. The current official product page specifies up to 150 mm of travel, 300 mm/s movement, more than 1G acceleration and vibration up to 200 Hz. MOZA Motion Manager and AI Motion provide configurable feedback, including support for selected titles without native telemetry. Why choose the MOZA HMA150? Four actuators create coordinated pitch, roll and heave with fast movement and payload-dependent acceleration for a substantial simulator cockpit. High-frequency vibration, a 600 MHz processor, 21-bit position feedback and AI-assisted motion add smaller effects and broader game support. Motion performance Four-actuator 3DOF platform The standard system uses four actuators to create pitch, roll and heave. These movements reproduce acceleration and braking pitch, cornering roll and vertical movement from kerbs, bumps or elevation changes. Each actuator provides up to 150 mm of stroke and movement speeds up to 300 mm/s. Payload-dependent acceleration MOZA's technical launch information states that the actuator system can deliver approximately 1G acceleration at a 250 kg payload and approximately 0.45G at 350 kg. The total moving load includes the cockpit, seat, driver and all installed hardware. The available movement and acceleration therefore depend on the complete rig, not only the driver's weight. High-frequency haptic vibration The current product page specifies vibration up to 200 Hz. This haptic layer can add smaller effects such as engine vibration, road texture, impacts and kerb detail over the larger platform movements. An earlier launch article stated 150 Hz; the current product page has been treated as the operational source for this update. Processor, encoder and response A 600 MHz high-performance processor manages the calculations, while a 21-bit magnetic encoder provides more than two million resolution steps for precise actuator positioning. MOZA describes the response as ultra-low latency in its technical launch material. The system is intended to keep the motion closely synchronised with the simulator. Motor, ball screw and integrated electronics The actuator uses MOZA-developed servo technology and a precision ball-screw drive to convert motor rotation into linear movement. The construction uses high-strength aluminium alloy. Control electronics are integrated into the motion hardware, and the internal architecture operates from a 48 V low-voltage DC system. MOZA Motion Manager and AI Motion MOZA Motion Manager is used for motion profiles, platform tuning and haptic effects. For games with suitable telemetry, the software converts vehicle or aircraft data into coordinated movement. AI Motion is intended for selected titles without native telemetry by analysing available visual and audio cues. Compatibility and the available effects depend on the current software version and the selected game. Installation requirements The HMA150 requires a rigid cockpit, suitable actuator mounting points, sufficient floor and vertical clearance and safe cable routing throughout the full movement range. A lightweight folding rig is not appropriate for this class of motion system. The separately sold HMA Profile Adapter Kit may be required for particular aluminium-profile cockpits. Compatibility and installation requirements Platforms: Racing and flight simulation on PC through MOZA Motion Manager. Cockpit: A rigid aluminium-profile or heavily constructed steel cockpit capable of carrying the complete moving mass. Space: Allow clearance for the full 150 mm stroke, driver movement, cables and surrounding equipment. Optional mounting hardware: The HMA Profile Adapter Kit is sold separately and may be required for the selected cockpit. Specifications System layout Four actuators Degrees of freedom 3DOF: pitch, roll and heave Actuator travel Up to 150 mm Maximum speed Up to 300 mm/s Haptic vibration Up to 200 Hz on the current product page Processor 600 MHz Encoder 21-bit magnetic encoder Payload performance Approximately 1G at 250 kg and 0.45G at 350 kg Actuator material High-strength aluminium alloy Drive mechanism Servo motor with precision ball screw Internal power architecture 48 V DC Software MOZA Motion Manager and AI Motion Use Racing and flight simulation What's in the box? Four MOZA HMA150 Haptic Motion Actuators Components required to build the four-actuator motion system The HMA Profile Adapter Kit and simulator cockpit are not included unless explicitly stated by the seller. Frequently asked questions Does the HMA150 use 150 Hz or 200 Hz haptic vibration? The current official product page specifies vibration up to 200 Hz. An earlier MOZA launch article stated 150 Hz. This product description follows the current product page and records the conflict in the QA report. Which movements does the four-actuator system provide? The standard configuration provides pitch, roll and heave, giving the platform three degrees of freedom. How much weight can the motion system move? MOZA states approximately 1G acceleration at 250 kg and approximately 0.45G at 350 kg. Count the cockpit, seat, driver and all attached equipment as part of the moving load. What is AI Motion? AI Motion is intended to generate motion cues for selected games without native telemetry by analysing available visual and audio information. Support depends on the current software and game. Is the HMA Profile Adapter Kit included? No. It is a separately sold mounting accessory and may be required for some aluminium-profile cockpit installations. Please note: we make every effort to display products as accurately as possible. Colours, materials and finishes may vary slightly in real life due to studio lighting, screen settings, ambient light and product characteristics.
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