Matches in DBpedia 2014 for { ?s ?p The SEP modular armoured vehicle (Splitterskyddad enhetsplattform), Swedish for "Fragmentation Protected Standard Platform", is a hybrid diesel-electric powered armoured fighting vehicle developed by BAE Systems AB. The vehicle is codenamed "Thor". The first demonstration models were produced in 2000 (tracked) and 2003 (wheeled). It was originally contracted by the Swedish Defence Materiel Administration. The series-hybrid electric drivetrains for both the wheeled (SEP-W) and two generations of tracked (SEP-T) vehicles were designed and manufactured by MAGTEC (Magnetic Systems Technology Ltd, Sheffield, UK).SEP-W was equipped with in-wheel HMED (Hub-Mounted Electric Drive) units, each rated at over 100kW and producing 20,000Nm at each wheel in low range. This performance gave the vehicle individual wheel speed, position and torque control, providing electronic limited-slip differential, torque-vectoring, and importantly on-demand skid-steering (fully laden on dry tarmac), enhanced packaging and protection, and greatly improved suspension travel.SEP-T was equipped with a novel 'cross-drive' pack incorporating concentric twin-traction and twin-steer motors, giving fully electric 'drive by wire' steering via the outboard gearboxes. in both types of vehicle, two high-performance diesel engine/generator sets were installed, providing dual redundancy and further protecting driver and co-driver from side ballistic impacts/penetration. Power scheduling and operating points for the generator sets provided optimised fuel usage and performance, thus reducing the requirements for refuelling support in the field.The design of the drivetrains in both vehicle types permitted novel vehicle architectures and optimised crew and payload packaging, without compromising suspension/transmission design or performance.Both vehicle types were put through extensive testing of performance, durability, EMC etc, and were designed and constructed to allow straightforward scale-up into volume production.. }
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- Splitterskyddad_EnhetsPlattform abstract "The SEP modular armoured vehicle (Splitterskyddad enhetsplattform), Swedish for "Fragmentation Protected Standard Platform", is a hybrid diesel-electric powered armoured fighting vehicle developed by BAE Systems AB. The vehicle is codenamed "Thor". The first demonstration models were produced in 2000 (tracked) and 2003 (wheeled). It was originally contracted by the Swedish Defence Materiel Administration. The series-hybrid electric drivetrains for both the wheeled (SEP-W) and two generations of tracked (SEP-T) vehicles were designed and manufactured by MAGTEC (Magnetic Systems Technology Ltd, Sheffield, UK).SEP-W was equipped with in-wheel HMED (Hub-Mounted Electric Drive) units, each rated at over 100kW and producing 20,000Nm at each wheel in low range. This performance gave the vehicle individual wheel speed, position and torque control, providing electronic limited-slip differential, torque-vectoring, and importantly on-demand skid-steering (fully laden on dry tarmac), enhanced packaging and protection, and greatly improved suspension travel.SEP-T was equipped with a novel 'cross-drive' pack incorporating concentric twin-traction and twin-steer motors, giving fully electric 'drive by wire' steering via the outboard gearboxes. in both types of vehicle, two high-performance diesel engine/generator sets were installed, providing dual redundancy and further protecting driver and co-driver from side ballistic impacts/penetration. Power scheduling and operating points for the generator sets provided optimised fuel usage and performance, thus reducing the requirements for refuelling support in the field.The design of the drivetrains in both vehicle types permitted novel vehicle architectures and optimised crew and payload packaging, without compromising suspension/transmission design or performance.Both vehicle types were put through extensive testing of performance, durability, EMC etc, and were designed and constructed to allow straightforward scale-up into volume production.".