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Inspection in TDC2. Remote operated vehicles from EOD. Explosive Ordnance Disposal. Elaborate system to remotely disconnect and retract vacuum bellows from the collimators. Oriented to find as much standard ROV as possible. Develop tooling
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Inspection in TDC2 Remote operated vehicles from EOD Explosive Ordnance Disposal
Elaborate system to remotely disconnect and retract vacuum bellows from the collimators. Oriented to find as much standard ROV as possible. Develop tooling Deploy new radio system for LSS. Possibly in licensed radio bandwidths. Remote Collimator separation
ROV (Remote Operated Vehicle) Radio transmission system Compression tool Field control station CCC supervision In some of the ROV other building blocks are already included Building blocks RCS project
Vision and control integrated in ready to play pack. Battery powered vehicles. Tough proven design (dust, water). Failure recovery scenarios possible. Decontamination is feasible. Online switchable between wired and wireless ctrl. Continuous operator training is a must. Maintenance is a must. Serial products, reasonable price 150 to 250kCHF EOD robot characteristics
Guardian teodor • 417 x 758 mm • 63 kg + 30 kg payload • 2 tracks + 4 ‘flippers’ • Optimum obstacle passing • 685 x 1350 mm • 375 kg + payload 350 kg • Tool exchange magazine • 2 tracks Different size – other possibilities
Heavier ROV from Telerob. With tool magazine. 25th of June to 6th of July. Availability for inspection TDC2 to be discussed. Attention 25-29 is TS#2 Test tEODor