Driverless Testing System
Driverless testing is used by ABD customers around the world to perform tests where there is a risk of injury to a human test driver. Applications include aggressive vehicle dynamics testing, ADAS development, vehicle mis-use testing and durability.| Under-seat Actuators And SR30 | On-seat Actuators And SR60 | CBAR And SR15 |
|---|---|---|
| The pedal actuator assembly is attached directly to the seat-bolts in place of the standard seat and a lightweight racing seat (not shown) is attached above. | The brake robot frame is fixed to the driver's seat, and the accelerator robot and safety brake actuator are attached. The safety brake actuator can be removed in seconds to allow normal driving. | The pedal actuators are located in front of the driver's seat, without impeding normal driving. A lower-cost option than the standard brake and accelerator robots. |
| The SR30 is designed to perform objective vehicle dynamics testing – the original steering robot. | The SR60 has increased torque and is ideal for performing fish-hook and sine-dwell tests. | The SR15 is the lightest and least expensive ABD steering robot with the quickest installation and removal time. |
| Example of usage: ADAS testing-multiple vehicles following paths in close proximity to each other. Ideal for longer-term installation invehicle. | Example of usage: Performing aggressive tests which may result in roll-over, without fisk to a driver. On-seat pedal actuators can be installed more quickly than under-seat version. |
Example of usage: Durability testing requiring ruggedness and the minimum possible equipment weight. Installation time reduced to a minimum. |
TOP