Stuart Birch at SAE Automotive Engineering discusses the importance of accurate circuit simulation for the Formula E race series. Read the full article here

Chris Hoyle, Technical Director at rFpro, discusses AI and autonomous vehicles with Rory Cellan-Jones for the recent episode of BBC TechTent Listen to it here http://www.bbc.co.uk/programmes/w3csvrvb

“Real-world” fuel consumption and emissions testing is becoming central to OEM new car/new powertrain programs. Read about how rFpro can help meet targets at SAE International.

Chris Hoyle, Technical Director of rFpro talks to Matthew Beecham at Just Auto on the importance of driver input in the virtual development process. Click through to read the full article at Just Auto.

Automotive World talks to rFpro about the future of simulation tool development. Read the full article at Automotive World. Simulation tools to become lightning fast and pocket-sized

For the first time, commercial vehicle makers can simulate vehicle dynamics with sufficient realism to develop control systems, handling and safety systems with a human driver in a virtual environment, thanks to software from rFpro. Read the full article on http://www.autocarpro.in/

MTS Systems has engaged simulator software specialist rFpro for its latest vehicle driving simulator. rFpro’s low latency and high bandwidth technology, combined with its high definition road modelling, provides the necessary engineering quality and immersion for realistic evaluation and testing by a human driver of advanced driver assistance systems (ADAS) and vehicle dynamics. Read more...

The MTS Vehicle Dynamics Simulator (VDS) featuring rFpro is a next-generation driving simulator engineered to provide automotive OEMs, motorsports teams and Tier 1 suppliers a revolutionary means for accelerating and streamlining development processes. Read about it on the MTS website.

Tire Technology International magazine explore options from rFpro partners MTS and Ansible for simulated testing. Read more about it on their website.

rFpro have developed a solution to provide a total understanding and appreciation of road surfaces that would allow an autonomously operated vehicle’s intelligent systems to recognize and appreciate the potential effects on a vehicle of anything from mild camber changes and potholes on a minor road, to cracks on a freeway. Read more about the...