Test Stands for Automotive Engineering

Oilgear's test stands have been consistently used worldwide to ensure the quality and durability of countless types of automotive components. With our expertise and superior technological resources, we are able to execute even the most complex testing sequences to your specifications. As the premier provider of engineered test stand solutions, choose Oilgear for your next automotive project.

  • Seat and Belt Mounting
    • According to regulation FMVSS 210
    • Cylinders ............................................................  3 * 3
    • Working pressure ..............................................  270 bar
    • Traction power per cylinder ..............................  60 kN
    • Min. vertical distance between cylinders .........  240mm
    • Min. horizontal distance between cylingers .....  220mm
    • Cylinder angel
      • Vertically .....................................................  F 50°
      • Horizontally .................................................  F 50°
    • Traction velocity .................................................  500 mm/s
    • Force build up velocity .......................................  35 kN/s
  • Headrest and backrest restraint
    • According to regulation FMVSS 202a
    • Electrical actuators
    • Positioning range according to customer needs
    • Headrest
      • Force ...........................................................  2 kN
      • Stroke .........................................................  500mm
      • Velocity .......................................................  max. 80 mm/s
    • Backrest
      • Force ...........................................................  5 kN
      • Stroke .........................................................  300mm
      • Velocity .......................................................  max. 80 mm/s
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  • Linear Impact
    • According to reogulation FMVSS 201
    • Impactor mass ..................................................  18kg
  • Side and roof impact
    • According to regulation FMVSS 214
    • According to regulation FMVSS 216
    • Max. Working pressure ....................................  280 bar
    • Force .................................................................  120kN
    • Stroke ................................................................  800mm
    • Velocity ..............................................................  0,1 mm/s
  • Occupant containment
    • Side impact protection (upgrade to FMVSS214)
    • Impactor mass ..................................................  18kg
    • Velocity generator can be mounted on an existing positioning device
    • Max. impactor velocity .....................................  7 m/s
    • Max. transverse force ......................................  1500 n
  • Pedestrian protection
    • According to regulation 2003/102/EC
    • According to regulation Euro NCAP
    • According to regulation JNCAP
    • According to regulation WG17
  • Mobile test stands
    • Traction and compression with either electrical or hydraulic cylinders or any comobination thereof
    • User assigned synchronized control of used cylinders
  • Hydraulic and Electric Servo cylinders
  • Electronic measureing equipment, control electronics and adjustment control electronics
  • Central hydraulic stations
  • Sound reduced hydraulic unit
  • Servo steering mechanism
  • Drive and control technology for tire test stands
  • Brake boosters
  • Cardan shafts and axes
    • Endurance testing
    • Closed loop control for load, torque and speed
  • Drive and control technology for gear differential and engine test stand
  • Shock absorbers