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Mobility performance evaluation of planetary rover with similarity model experiment

机译:相似性模型实验的行星流动仪的移动性能评估

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In order to carry out experiments many times on the Earth in consideration of the difference of gravitational acceleration to design the rover properly, we introduce similarity law to design and construct the experimental models. We have produced two experimental models of the planetary rover with 5-wheel suspension system (called "PEGASUS") and 4WD system under for 1G and 1/2G gravity. We have carried out a low-gravity flight experiment in various parameters using the model on the airplane. Assuming that similarity law is true under every gravity environment, we have made relative evaluation on a degree of mobility by the difference of mobility systems. In the result of the flight experiment, it is show that PEGASUS is able to successfully move better than 4WD.
机译:为了考虑到重力加速度的差异,在地球上多次进行实验,我们介绍了相似度法设计并构建实验模型。我们已经生产了两种实验模型的行星漫游器,用5轮悬架系统(称为“PEGASUS”)和4WD系统以1G和1 / 2G重力。我们在使用飞机上的模型进行了各种参数的低重力飞行试验。假设在每一个重力环境下相似度法是真的,我们通过移动系统的差异对一定程度的移动性进行了相对评价。在飞行试验的结果,据显示,Pegasus能够成功地比4WD更好地移动。

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