• Simulation-Optimized: Optimized for all types of simulation, from racing to flight, for ultimate realism.
• Round Actuator Design: Heavy-duty profile delivers both a bold look and structural rigidity.
• Redesigned Mounting: The new mounting design delivers a tighter, more secure fit, transmitting every subtle motion directly into your cockpit.
• Rigid Motion Core: A precision 2505 TBI ball screw paired with a 50 mm piston ensures rock-solid stability with minimal deflection for stronger, more accurate motion.

• 2505 TBI Ball-Bearing Lead Screw:  At 25 mm, the shaft is up to ~56% larger than typical competitor systems (which use 16 mm shafts), minimizing flex and wobble for precise, reliable motion.
• NSK Bearings: Premium Japanese bearings, smooth, durable, and zero-maintenance.
• Housing: Heavy-duty construction crafted for the demands of sim racing and flight sim motion.
• Piston: Solid 50 mm steel piston delivers high-resolution tactile feedback with exceptional rigidity. Compared to other brands using 30 mm pistons, it’s ~67% larger, providing far greater stability and minimal flex under load.

• 750W Servo Motor: Capable of 3000 rpm and 2.39 Nm torque, these motors respond instantly to your inputs. Four actuators combined can move a total load of up to 350 kg smoothly and accurately.
• Top Speed: Maximum actuator speed of 250 mm/s, fast enough to replicate subtle road textures, aggressive jumps, or high-intensity maneuvers in racing and flight simulators.
• AASD Servo Drive: Industry-leading servo drive with silent operation, free of high-pitch whine. Enlarged heat sink provides excellent thermal management, allowing hours of uninterrupted, reliable performance.

• Lead Screw: 2505 TBI Ball-Bearing
• Motor: Powerful 750W
• Travel Distance: 150mm
• Max Speed: 250mm/s
• Piston Diameter: 50mm
• Load Capacity: 275kg push force per actuator (supports up to 350kg total system load)
• Controller Control Loop Latency:
  ~1 ms (Thanos motion controller)
• Reality Latency: ~10ms
• Total weight:70kg

* Force Advantage shows the relative pushing strength of each system.
Higher force allows stronger acceleration under the same load.

• 4 × Actuators
• 4 × Servo Motor + Driver (3m cables, pre-configured)
• 4 × DB25 Cables
• 1 × USB Cable
• 1 × PDU Power Board
• 1 x Controller of Your Choice
• 6RU Cabinet
• Bolts & Nuts

Warranty

1-Year Limited Warranty (Parts Replacement)

New Inclusions 

• 4 × EMI Filters – Reduces electrical noise and improves system stability
• Magnet Ferrites – Additional EMI suppression for cleaner signal integrity
• Thanos F-Stop Emergency Stop (or equivalent E-Stop depending on stock)

Compatible with:

• SimHub Motion
• SimRacingStudio
• FlyPT Mover
• SimTools
• MotionHub

(Software licenses sold separately.)

• No Controller: For users who already own a Thanos controller or are building advanced DIY setups, such as Arduino-based controllers.
• Thanos 4U: Supports up to 4 actuators. Perfect for 3DOF. Can be expanded with dual 4U units for up to 8 actuators.
• Thanos AMC: Supports up to 7 actuators. Best choice if planning to expand with traction loss, surge, belt tensioner. 

Mounts directly to most 40-series aluminium profile cockpits, including:

• TrakRacer TR80 / TR120 / TR160
• SimLab P1X / GT1
• Next Level Racing Elite Series (requires 2 × 700 mm 4080 extruded aluminium profiles, free by using code:Aluminium)
• Any other 40-series extrusion cockpit (adapters or brackets may be required for custom frames)

Fully designed to integrate with professional-grade rigs while allowing flexibility for custom setups.

📄 Download HN Motion V2 Instructions (PDF)

• Use this product at your own risk. Improper installation, configuration, or use may result in equipment damage or personal injury.
• The system contains moving mechanical parts—keep hands, fingers, and objects clear during operation.
• Maximum safe weight: 350 kg (user + cockpit). Exceeding this limit may cause mechanical failure or safety hazards.
• Intended for simulation purposes only. The manufacturer is not responsible for damage, injury, or accidents resulting from misuse, modification, or failure to follow instructions.