Evaluating the effectiveness of emerging autonomous safety technologies
maxon motor are pleased to be a supplier to the University of Adelaide’s Centre for Automotive Safety Research (CASR) to develop equipment to test the safety of autonomous vehicles.
With funding from the South Australian Government’s Future Mobility Lab Fund the team at the University of Adelaide’s CASR have developed a Mobile Testing & Research Laboratory to evaluate the eﬀectiveness of emerging safety technologies including in autonomous vehicles. The focus of CASR is to conduct comprehensive research to understand how road crashes and the resulting injuries are caused, thus recommending ways to prevent crashes and injuries.
CASR operates its own advanced equipment that can perform a wide range of standard and non-standard tests for advanced driver assistance systems (ADAS) and connected and automated vehicles scenarios. The equipment developed or purchased for testing Connected and Autonomous Vehicle Technologies included:
Vulnerable road user targets including a child, adult and cyclist
Autonomous, over runnable platform with vehicle target
High accuracy GPS/IMU positioning equipment.
This specialised equipment used maxon brushless DC motors, specifically the EC90 pancake motors combined with an encoder. The flat brushless DC motor has open rotor technology thus supporting cooling during operation, which permits greater continuous torques. The motor has a nominal speed of 1600rpm at 48V and maximum speed of 5,000rpm. The flat and simple design of the DC motor assists with applications space constraints and the manufacturing process of the DC motors is largely automated allowing for an economical price. The encoder complements maxon’s flat DC motors and is integrated directly into the motor. It is selected for its high resolution and high accuracy, with inverse signals and is extremely resistant against magnetic and electric fields, as well as against soiling. The Compact EPOS 50/5 CAN motor controller is a dynamic, ready-to-connect positioning controller with a very compressed design.
The equipment can be transported to ﬁeld testing sites, allowing CASR to immediately evaluate the eﬀectiveness of emerging safety technologies. Having developed the equipment in-house, it can be readily adapted to future emerging technologies.
The specialist equipment can also be developed to support education and demonstration activities regarding new vehicle safety technology. CASR is internationally recognised as a leading research organisation, providing advice on road safety matters to both Government and Corporate business in Australia and overseas. Conducting high quality independent research leading to a reduction in human and fiscal losses from road crashes.
© 2020 by CASR and maxon GroupBack to the news overview