DOF Reality H3 3-Axis HERO Motion Simulator Platform – Free Shipping
The DOF Reality H3 3-Axis HERO Motion Simulator Platform delivers realistic motion feedback through synchronized full-cockpit movement across three degrees of freedom: pitch, roll, and yaw. This configuration allows the system to reproduce key motion cues used in both flight and racing simulations.
The DOF Reality H3 3-Axis HERO Motion Simulator Platform is designed to simulate movements such as banking, turbulence, directional changes, and cornering forces with smooth and controlled motion. Its balanced design supports consistent performance across a variety of simulation scenarios.
Engineered for reliable operation, low noise levels, and straightforward installation, the DOF Reality H3 3-Axis HERO Motion Simulator Platform is well suited for advanced home simulator setups where space, performance, and ease of use are important.
Built for flight simulation users and racing enthusiasts, the DOF Reality H3 3-Axis HERO Motion Simulator Platform provides a stable and responsive platform for users seeking consistent and immersive motion feedback.
Free shipping is included, allowing for a straightforward purchasing experience without additional delivery costs.
Product Features
True 3-Axis Motion Experience
The system connects with compatible motion software such as:
SimRacingStudio (SRS)
SimTools
FlyPT Mover
These applications process in-game physics data from a wide range of supported simulation titles, including flight and racing simulators.
Motion feedback can include effects such as engine vibration, surface texture, wind effects, and gradual elevation changes.
Full-Cockpit Motion (Beyond Seat Movement)
Conventional motion seats move only the seated portion of the user. The H3 increases realism by moving the entire cockpit assembly. The seat, steering controls, pedals, throttle, and mounted displays all move together, keeping their relative positions consistent.
This unified motion approach improves immersion and coordination by ensuring the full rig responds together to in-game movement, rather than isolating motion to the seat alone.
Low-Noise Operation
The H3’s motors and mechanical components are tuned for smooth motion with reduced acoustic output. Operating noise levels are typically below 50 dB, making the platform suitable for use in home studios or shared workspaces.
What’s Included
The package includes the components required to assemble and begin using the motion platform:
H3 Motion Platform Base
Pre-assembled 3-axis motion base with actuator system and welded frame
Universal Mounting Frame
Pre-drilled frame for mounting seats, pedals, yokes, throttles, or steering systems
Electronic Control Unit
USB-based motion controller with integrated power system
Software License
License for compatible motion platform software
Cabling and Power Supply
Dual-voltage AC power support for standard electrical systems
Assembly Tools and Instructions
Mounting hardware and illustrated setup guidance
Manufacturer Warranty
Coverage for the platform and actuators under standard operating conditions
Not Included: Seat, steering wheel or yoke, wheel base, pedals, HOTAS or collective controls, button boxes, displays, PC, or VR headset. These items are user-supplied to allow custom cockpit configuration.
Product Specifications
Degrees of Freedom: 3 (Pitch, Roll, Yaw)
Motion Range: Approximately ±20° tilt
Maximum Speed: Up to approximately 50 cm/s
Torque Output: Approximately 25 Nm per actuator
Power Consumption: Approximately 750 W peak
Input Voltage: 100–240 V AC
Maximum Load Capacity: Up to approximately 200 kg (440 lb)
Frame Weight: Approximately 85 kg (187 lb)
Noise Level: Below approximately 50 dB
Footprint: Approximately 0.9 m × 1.5 m
Supported Platforms: PC (Windows 10 and 11)
Software Compatibility: SimTools, SRS, FlyPT, XSim
Warranty: 1 year
Getting Started Guide
Prepare the Installation Area
Select a level, stable surface with sufficient space for motion travel.
Unbox and Inspect
Confirm all components and hardware are present before assembly.
Assemble the Frame
Install actuator arms, crossbars, and mount seating and control components.
Connect Electronics
Attach the control unit, connect via USB to the PC, and activate the software license.
Calibrate the Platform
Run the calibration process to verify correct response across all axes.
Configure Motion Software
Select the simulator title and adjust motion settings to suit flight or racing use.
Test Operation
Perform a motion test before launching simulation software.
Setup and Installation Recommendations
Keep wiring secured and clear of moving parts.
Periodically check frame fasteners for tightness.
Lightly lubricate actuator components as needed.
Use seat sliders if multiple users share the rig.
Enable motion compensation when using VR systems.
Maintain current firmware and software versions.
Add On Options:
3 DOF Transportation Wheels
This option adds portability to the platform by installing two heavy-duty front wheels. The assembled platform can be lifted from the rear so the front wheels contact the floor, allowing easier movement as well as loading and unloading.
It is suitable for frequent repositioning within a space or during events and is compatible with H2 and P2 platform models.
Metal Cyber Cover:
This enclosure is designed to protect the lower moving components of the motion platform. The Metal CyberCover features a durable outer shell intended to shield internal mechanisms while maintaining a clean, enclosed appearance.
It helps limit access to moving parts, reduces exposure to dust and spills, and provides a streamlined exterior. The cover is constructed from lightweight, laser-cut, powder-coated steel for strength and durability.
This cover is compatible with H2, H3, P2, and P3 platform models.
Pedals Quick Release:
This quick-release add-on is useful for users who switch between two pedal sets, such as flight and racing pedals. It allows pedals to be exchanged quickly without remounting and also provides additional adjustment range, making it easy to slide a single pedal set forward or backward for fine positioning.
HoneyComb A+B Adapter:
If you have HoneyComb Alpha Bravo yoke and throttle this adapter will make them fit to our standard wheel plate.
Now we offer VESA standard (100 mm × 100 mm) mount for one monitor up to 33lbs (15kg). Make sure you have the SFU gearboxes and the latest(wide) wheel support vertical bars before ordering it.
MagicBox for PS5/XBOX:
This Console Link (MagicBox) allows motion data to be received directly from supported console games without the need for a Windows PC. It enables motion control through compatible software and can be managed using a mobile device or tablet.
This option is intended for users who plan to run motion exclusively from console games without a PC. It supports motion feedback only and does not replace other controllers such as steering wheels or pedals. The motion platform connects directly to the Console Link for console-based motion operation.
eBreak Stop Button:
E Break emergency button can be placed on the platform within a close reach to stop any platform motions immediately. It is compatible with any platform model.
This flight control mounting kit includes dedicated mounts for a throttle and flight joystick. The joystick can be installed in either a center-mounted or side-mounted position.
The kit is compatible with all platform models except the M series.
Soft Protection Cover:
To protect you we also provide flexible moving parts protection cover. This cover fits H2, H3, P2 and P3 platforms.
Cables Extension Set for 2-3 DOF:
This cable set connects the control box to the motors. The standard cables are 1.2 m (4 ft) in length and are suitable for most common installations.
For 2- and 3-DOF platforms, placing the control box beneath the pedal plate is recommended. For 6-DOF platforms, positioning the control box under the seat is typically preferred, as this helps reduce cable routing. Extension cables are only required if the control box needs to be mounted farther from the platform.
This is a mounting bracket designed for use with a tactile transducer commonly known as a ButtKicker. A tactile transducer is a vibration device that attaches to a simulator rig, typically under the seat or on the frame, and generates physical feedback based on audio or telemetry signals.
The vibration feedback can represent effects such as engine RPM and idle vibration, road surface changes, gear shifts, wheel slip, and impact sensations in both driving and flight simulators.
The bracket is designed to position the vibration unit in an optimal location on the frame, such as a crossbar or beneath the seat, to ensure efficient transfer of vibration through the simulator structure.
The Sparco R100 is a steel-frame foldable seat featuring updated bolster shaping for improved support and revised padding for enhanced comfort. The seat is supplied with sliders and the required mounting hardware.
Sparco Sprint Seat:
The Sprint is an FIA-approved racing bucket seat designed for competition use and motion simulator setups. It features a tubular frame with a suspended bottom cushion that provides support and comfort in the driving position.
Compact shoulder bolsters allow the seat to fit well in smaller cockpit configurations. The seat supports both bottom mounting and traditional side mounting options and includes openings for five- or six-point harness systems.
Size: Medium, suitable for users up to a 34-inch waist. The seat is supplied with side brackets, sliders, and the necessary mounting hardware.
Sparco R333 Seat:
The Sparco R333 offers a stylish foldable and modern look to match today’s street cars. Featuring bolsters and padding designed for greater support and comfort, the R333 has 2 easy to use adjustment levers located on both sides of the seat. There are openings for a fifth or six point seatbelt. The seat comes with sliders and all hardware needed.
Finished in red, this harness features lightweight, high-strength steel adjusters, an aluminum buckle, and snap-hook fasteners for secure and efficient fastening.
Constructed from 2-inch wide polyester webbing, it is designed for durability and comfort, with branded detailing for a clean, professional appearance.
FAQs
Frequently Asked Questions
Q: What makes the H3 different from the H2 model?
The H2 provides pitch and roll motion, while the H3 adds a third axis for yaw rotation. This additional movement creates a more natural motion effect for both flight and racing simulations, particularly during turns, drifting, and directional changes.
Q: Will it work with PlayStation and Xbox?
Yes, with limitations. Console platforms operate within a closed system, and only certain games transmit motion telemetry. Motion support is available only for specific console titles and requires compatible motion hardware.
Motion functionality is limited to platform movement only and does not replace standard console controllers such as steering wheels, pedals, or flight controls.
Q: What seat should I use with the platform?
Seat selection depends on personal comfort and driving or flying style. The H3 supports most bottom-mounted automotive and gaming seats.
Bucket-style racing seats are commonly used for added stability during higher motion intensity. A lightweight seat is recommended, as it allows the platform to respond more quickly and precisely. Harness systems are optional.
For easier adjustment, standard bottom-mounted seats with sliders are recommended. Bucket seats may require additional mounting brackets and slider rails.
Seat Mount Dimensions:
Depth: 280 mm
Width options: 345 mm, 375 mm, or 405 mm
Q: Can this rig be used for both racing and flight simulations?
Yes. The H3’s motion range is suitable for both racing and flight applications. Many users configure interchangeable mounts to switch between steering wheels and flight controls.
Q: Does it work with VR headsets?
Yes. The H3 is compatible with major VR headsets. Motion software supports motion compensation features that help maintain stable visuals as the platform moves.
Q: Is it noisy?
The H3 operates at approximately 50 dB under normal use, which is similar to a quiet desktop computer. This makes it suitable for home or shared environments.
Q: How difficult is assembly?
The platform ships partially assembled. Most users complete assembly and calibration within 1 to 2 hours using basic hand tools.
Q: Can it be upgraded later?
Yes. The modular design allows for future upgrades, including expansion to higher-axis platforms and the addition of compatible accessories.
Q: What is the maintenance requirement?
Maintenance is minimal and typically includes periodic bolt checks and light lubrication at regular intervals. The platform is designed for long-term use.
Q: How does motion compensation work with VR?
When a motion platform moves, the VR headset moves with the user, which can slightly affect the visual reference. In most cases this effect is minimal.
If noticeable visual movement occurs, reducing motion intensity in the software settings often improves stability. Motion compensation software can also be used to adjust the headset’s viewpoint so visuals remain aligned during platform movement.
Both base-station tracking systems and camera-based tracking systems can be supported when properly configured. Tracking devices should be securely mounted to the platform and isolated from excessive vibration to ensure accurate performance.
