Motion Entertainment Simulation

4-Axis Racing Simulator YSL-MNQ-S34 The YSL-MNQ-S34 combines professional driving controls with Yisili’s in-house 4-axis motion platform to provide entertainment and driver-training modes in one immersive system. Realistic Controls and Motion A professional Logitech steering-wheel set provides accurate steering feedback and responsive accelerator and brake control. The 4-axis platform reproduces road vibration, body roll, acceleration and other vehicle motion in real time, allowing the driver to feel changes in the virtual road and vehicle dynamics. Entertainment Mode The simulator supports most…

6-DOF Vehicle Simulator and Entertainment Motion Platform A customizable six-axis platform for vehicle simulation, VR attractions, motion entertainment, training and engineering evaluation. Control Functions Independent and coordinated position and velocity control Sine-wave and scripted trajectories Road, wave, flight and random-profile reproduction Data logging and real-time plotting TCP/IP third-party control and synchronization I/O Optional actuator and platform-pose monitoring Payload, stroke, speed, angle, platform size and entertainment interfaces are configured for the application.

Precision 6-DOF Positioning and Parallel Simulation Platform We customize precision Stewart-type six-axis positioning and simulation platforms, including mechanical design, control architecture, forward and inverse kinematics, calibration and system integration. Available System Scope 3-DOF and 6-DOF motion platforms Racing, driving and flight simulation systems Earthquake and virtual-simulation platforms Motion controllers, control cards and servo systems Control, calibration, playback, central-control and synchronization software Payload, workspace, dynamics, positioning accuracy, fixtures and software interfaces are engineered for the required simulation or test task.

Custom 6-DOF Platform Inverse Kinematics and 3D Modelling We provide mechanical design, 3D modelling and inverse-kinematics development for customized six-axis motion and translational loading platforms. Engineering Content Workspace and interference analysis Actuator-force and velocity calculations Inverse kinematics from requested pose to actuator length Optional forward kinematics and pose monitoring Trajectory generation, limits and safety logic Mechanical drawings, controller and software integration Final deliverables and source-code scope are defined in the project specification.

Full-Vehicle Motion Driving Simulator Conversion This project converts a real vehicle body into an immersive driving simulator. Sensors and control interfaces are integrated into the original cockpit, while a 3-DOF or 6-DOF servo-electric platform reproduces acceleration, braking, cornering and road motion. Typical Integration Scope Steering, pedal, gear and switch sensing Instrument, display and simulation-software interfaces Vehicle-body reinforcement and platform mounting Motion cueing, limits, emergency stop and supervised reset Exterior finishing and delivery commissioning The vehicle model, platform payload, available motion…

Two-DOF VR Driving and Rocking Simulator This two-axis platform provides roll and pitch cues for VR driving, marine-motion demonstration, training and environmental testing. Its compact architecture is suitable where full six-axis travel is unnecessary. Reference Motion Roll 0° to ±45°; 3–14 s period Pitch 0° to ±15°; 3–14 s period Static heel 0° to ±45° Static trim 0° to ±15° The original test-oriented configuration references GB/T 2423.101, GJB 150.23 and GJB 150.23A. Simulator versions can be customized for payload, angle,…

3.5 m × 3.5 m Electric Earthquake Simulation Platform A large electric motion floor with a reference area of 3.5 m × 3.5 m for earthquake education, safety training and themed experiences. System Scope Motion platform and servo electric actuators Control cabinet and scenario software Recorded earthquake waveform playback Room or exhibition-scene integration Handrails, travel limits and emergency stops Payload, visitor capacity, acceleration and foundation loads must be confirmed for the complete installation.

Six-DOF Driving Experience Platform for Aviation Exhibitions A six-axis motion platform can provide driving or flight-style physical cues in airport and aviation-themed experience venues. Venue Features Synchronization with panoramic, VR or cockpit visuals Selectable automatic experience programs Adjustable intensity for different audiences High-throughput reset and operator controls Safety limits, restraints and emergency stop The complete cabin, occupants and display equipment are included when calculating payload and centre of gravity.