Wave Simulation & Compensation

3-DOF Marine Self-Leveling Anti-Seasickness Seat The active 3-DOF system compensates for vessel motion to provide a more stable seating or working surface. It can improve comfort and help protect operations that are sensitive to roll and pitch. Applications Passenger vessels, ferries, cruise ships and yachts Ship offices, control rooms and meeting areas Marine medical rooms and rescue vessels Research laboratories and precision-instrument stations Offshore engineering and wind-farm service vessels Installation and Customization Allow suitable access around the equipment for passengers…

6-DOF Marine Rocking and Inclination Test Platform A customized six-axis test platform for reproducing vessel motion, wave-induced attitude and combined inclination conditions. Reference Motion Performance Pitch ±20°; ±42°/s; ±90°/s² Roll ±20°; ±42°/s; ±90°/s² Yaw ±20°; ±50°/s; ±90°/s² Heave ±150 mm; ±300 mm/s; 4 m/s² Surge ±180 mm; ±300 mm/s; 4 m/s² Sway ±180 mm; ±300 mm/s; 4 m/s² Referenced linear positioning accuracy 0.03 mm Control Features Independent, coordinated, sine and scripted motion Wave-profile and random-profile reproduction Data recording and real-time…

Custom 6-DOF Test Platform for Flight, Wave and Driving Simulation A customizable six-axis motion system for flight, marine, driving, rail, earthquake, training, engineering-test and motion-entertainment applications. Reference PT6-YSL75R-4KN Configuration Moving platform 885 × 885 mm, preliminary Base 1000 × 1000 mm, preliminary Equipment mass Approximately 250 kg Effective payload 400 kg Referenced total platform load 450 kg Surge / sway ±100 mm / ±100 mm Vertical travel 150 mm Pitch / roll / yaw ±20° / ±20° / ±20° Referenced…

Compact 2 kN Six-DOF Marine and Flight Simulation Platform A compact six-axis system for marine, wave, flight, vehicle and laboratory simulation. The reference actuator/load class is 2 kN; the final usable payload depends on platform geometry and dynamic requirements. Six-axis coordinated motion Position, sine and scripted profiles Wave, road and flight-spectrum playback TCP/IP third-party commands Experiment data recording

10 kN One-Tonne Six-DOF Wave, Flight and Earthquake Platform A six-axis motion platform in the one-tonne payload class for wave, aircraft, vehicle, earthquake and equipment-test simulation. Control Capabilities Six-axis pose and compound motion Sine, script and recorded-profile commands Road, wave, flight and random-wave reproduction Experiment-data storage and real-time curves TCP/IP and synchronization interfaces Stroke, angular range, velocity, acceleration and controller configuration are customized. Payload rating must be verified against the centre of gravity and required dynamics.

Six-DOF Ship and Antenna Wave-Simulation Platform A six-axis platform for reproducing ship motion and evaluating stabilized antennas, tracking equipment, marine instruments and wave-compensation control. Applications Ship roll, pitch and heave reproduction Antenna tracking and stabilization tests Wave-compensation algorithm development Marine equipment environmental simulation Recorded or generated wave spectra can be played through the motion controller and synchronized with customer equipment. Engineering and Integration Final performance is confirmed from payload, centre of gravity, stroke, speed, acceleration, accuracy, duty cycle, mounting, environment…

Customer Case: Six-DOF Wave Simulation Platform for Xinjiang Maritime Training This customer project uses a six-degree-of-freedom platform to reproduce ship motion and wave conditions for maritime training and simulation. Project Functions Roll, pitch, heave and combined ship-motion cues Wave-profile and scripted-motion playback Connection to the bridge or visual simulation system Repeatable training scenarios and instructor control

Six-DOF Motion Platform for Yachts and Ships A marine simulation platform for reproducing surge, sway, heave, roll, pitch and yaw in ship-handling training, equipment testing and wave-control research. Functions Generated or recorded sea-state profiles Independent and combined axis motion Real-time commands from bridge simulation software TCP/IP and synchronization interfaces Motion data recording and monitoring Platform geometry and actuators are selected from payload, centre of gravity, sea-state envelope and required dynamic response.