The Allcontroller team cooperates with many car companies to develop real car driving simulators. Such car driving simulator related projects can be used for car research and development as well as on-site experience at exhibitions.
When the 6dof motion platform is combined with a real car, precise control is achieved through the following technologies:
Hardware synergistic design
The platform adopts a high-strength structure to support the weight of the real vehicle, and drives multi-axis linkage through servo electric cylinders to ensure that the vehicle remains stable during movement. The load capacity of the platform can cover a wide range of vehicles from compact cars to SUVs.
Data-driven Motion Simulation
The platform control system receives vehicle sensor data or preset scenario commands (e.g. virtual road conditions, driving maneuvers), solves vehicle attitude changes in real time, and outputs corresponding motion trajectories through actuators. For example, when simulating a bumpy road, the platform reproduces the real vibration feeling through high-frequency small-amplitude vibration.
Human-vehicle interaction safety
Equipped with redundant sensors and an emergency braking system, the platform ensures the absolute safety of the vehicle during dynamic testing or audience experience. The platform can also set the motion amplitude threshold according to the demand, which is suitable for different scenarios of scientific research experiments or entertainment experiences.
Aiding automotive R&D and testing
The combination of a 6DOF motion platform and a real vehicle provides a highly controllable testing environment for automotive research and significantly improves R&D efficiency. In the optimization of chassis and suspension systems, the platform can accurately simulate extreme road conditions (such as bumpy roads and inclined ramps), test the dynamic response of the vehicle in real time, and help engineers to quickly adjust the mechanical structure; in the field of intelligent driving, the platform can verify the reliability of the ADAS system and automatic driving algorithms through the reproduction of scenes such as emergency lane changing and slippery roads, which can significantly shorten the cycle of real-vehicle road tests. Meanwhile, the platform can also analyze the driver’s posture, operating habits and fatigue in the dynamic environment, providing data support for ergonomics research and helping to upgrade the cockpit design and safety system.
On-site Experience Enhances Brand Influence
In auto shows or brand activities, the 6DOF motion platform equipped with a real car becomes the eye-catching core, creating an immersive experience scene through the fusion of virtual and real technologies. The audience can sit in the real car to open the “virtual test drive”, the platform with the screen of the desert cross-country, F1 track and other scenes synchronized movement, with the environmental sound effects and wind-sensing devices, to create a full-sensory driving stimulation; car companies can also use the platform to dynamically simulate the process of collision avoidance, ESP intervention, and so on, to visually convey the advantages of safety technology, and to enhance the trust of consumers. In addition, the combination of movie and TV IP or game elements can be used. In addition, combined with film and television IP or game elements designed “space roaming”, “future city shuttle” and other creative experiences, not only can attract young people to interact, but also through the social media fission propagation, to realize the brand sense of science and technology and the dual enhancement of the trend of the image.
The combination of a 6dof motion platform and a real car is not only a breakthrough in technology, but also represents a comprehensive innovation in the automotive industry from R&D to marketing. As a pioneer in this field, we are committed to helping automotive companies lead the future in the dual track of research and user experience through high-precision and high-reliability solutions.
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