Omnidirectional self-balancing stretcher with flexible maneuverability, can quickly build a between the scene and the medical rescue of Bridges, the wounded on the car to avoid the secondary damage brought by the traditional human handling, plus the necessary medical equipment configuration, increased the efficiency of the success rate of rescue and ambulance. Omnidirectional self-balancing stretcher structure is compact, flexible, safe and reliable, and can produce on a large scale, is applied to the affected areas, reduce the difficulty of the rescue, rescue efficiency, can make the stricken area to get rid of for lack of manpower, backward way of treating a single, slow and affect the progress of the relief rescue time.

Omnidirectional self balancing development of ambulance stretcher to self-balancing intelligence system consisting of people from one level to establish an effective control of the architecture, implementation the ambulance self-balancing handling tasks in unstructured environment. This topic research for mobile ambulance omnidirectional self-balancing control system in the earthquake, tsunami, landslides, typhoons, mine and the accident disaster rescue application provides an important experimental data. To the balanced development of stretcher is also full of intelligent first-aid medical equipment research and development make a bold and beneficial attempt of omnidirectional self-balancing control system can also be used for ordinary medical ambulance, downhill in the car is to realize the balance control. Military can also be used for the horizontal control of the fort and the balance control of the fighter, so it has its broad development prospect and profound social significance.