Ground unmanned platform test system

Abstract

The invention relates to the technical field of ground unmanned platforms, in particular to a ground unmanned platform test system which comprises a vehicle body, a moving mechanism and side baffles. According to the ground unmanned platform test system, a crawler-type walking mode and a wheel-type walking mode can be freely converted through the moving mechanism, so that the vehicle body can be freely converted into a relatively convenient walking mode between a flat road section and an uneven road section, the moving speed of the ground unmanned platform test system can be increased, meanwhile, the walking stability of the ground unmanned platform test system is improved, and the service life of the ground unmanned platform test system is prolonged. The problem that the ground unmanned platform test system is low in walking speed or unstable in walking due to a single walking mode is solved, meanwhile, the ground unmanned platform test system is provided with the locking mechanism which can be used for locking and fixing when the armored car is transported, and the armored car is fixed to the car body through the locking mechanism. The problem that the armored car falls off due to inertia during transportation of the armored car is solved, and meanwhile the gap generated during running of the armored car and the armored car is avoided.

Description

technical field [0001] The invention relates to the technical field of ground unmanned platforms, in particular to a ground unmanned platform test system. Background technique [0002] Ground unmanned platform test system, also known as ground unmanned vehicle, is an important development direction of robots. It refers to unmanned, relying on its own autonomous navigation or remote control operation, loaded with various measuring instruments or weapon systems, and can independently conduct investigations According to the weight of the ground unmanned platform, the automatic ground vehicles for various tasks such as attack and attack can be divided into five types: small, light, medium, heavy, and large. [0003] Most of the currently used ground unmanned platform test systems use a single walking mode, resulting in wheeled ground unmanned platform test systems that are more stable when walking on uneven roads but faster when walking on flat roads, or crawler-type The walkin...

AI Technical Summary

Problems solved by technology

[0003] Most of the currently used ground unmanned platform test systems use a single walking mode, resulting in wheeled ground unmanned platform test systems that are more stable when walking on uneven roads but faster when walking on flat roads, or crawler-type The walking ground unmanned platform test system is stable when walking on uneven roads, but the speed is slow when walking on flat roads, and it is difficult to achieve the best of both worlds; the ground unmanned platform test system can also be used to transport...

Images