This paper the contain description of possibility of future combat engineer task robotization. The analysis is focused on most dangerous task like engineer obstacle breaching including mine fields, fence and other barriers. In the paper are described proposals of new technics and tactics for using robots and demand for their new possibilities.
This paper the contain description of possibility of future combat engineer task robotization. The analysis is focused on most dangerous task like engineer obstacle breaching including mine fields, fence and other barriers. In the paper are described proposals of new technics and tactics for using robots and demand for their new possibilities.
In contemporary conflicts the IED and mines threats are growing. In paper the concept of using engineer robots in counter IED operation are described. To fulfil this analyses the cooperation between varied class robots are proposed.
In the paper the possibility of river crossing in different conditions are described. The influence of river and equipment characteristics are analyzed and existing unitation on crossing capacity are indicated. Moreover, the unique demand for river crossing in Eastern Europe are defined.
Military operation in rough terrain are very often conducted as dismounted operation. In this condition the logistic support is very problematic because all equipment is carried by soldier. It reduces the mobility and agility of troops. In the paper the demand for supporting dismounted operation UGV are described and concept of robot’s solutions are presented.