Highly detailed 17.5km digital model provides a multi-functional test bed for vehicle dynamics, automated driving systems, powertrains and headlights tuning. The digital twin is already being used by a major OEM for vehicle development. The road surface is 1mm accurate and features more than 2,900 individually created road markings. Simulation software specialist, rFpro, has developed...

Majority of F1 teams will leverage new digital twin in preparation for the Las Vegas Grand Prix. Incorporates iconic Las Vegas landmarks and representative lighting to replicate night-race conditions. 1mm precise road surface model to optimise driver feedback and vehicle set-up. rFpro, the leading provider of driving simulation software for the automotive and motorsport industries,...

rFpro develops highly accurate 36km digital twin of Los Angeles The road surface is accurate to within 1mm, created using survey-grade LiDAR scans Enables real-world edge cases and hazardous events to be recreated and tested in simulation rFpro has developed a highly-accurate digital model of an expansive network of roads in Los Angeles, California, to...

rFpro creates engineering-grade digital twin of renowned Nardò handling circuit High-definition virtual model enables frontloading of vehicle development before on-track validation Enabling vehicle manufacturers to optimise dynamic performance and battery and motor design trade-offs before a physical prototype rFpro is developing a highly accurate virtual model of the handling track at the famous Nardò Technical...

NEW ‘DIGITAL TWIN’ OF APPLUS IDIADA PROVING GROUND SUPPORTS THE GROWING USE OF SIMULATION IN VEHICLE DEVELOPMENT AND TESTING. Engineering grade digital model enables the development and testing of vehicle dynamics, ADAS and autonomous systems in simulation ahead of and alongside real-world validation at the proving ground. rFpro has developed a highly accurate virtual model...

rFpro has developed the most accurate virtual replica of famous Japanese road Latest digital twin enables the generation of thousands of test scenarios that are too dangerous and costly to perform in the real world Enables creation of accurately labelled training data which is critical to training autonomous vehicle artificial intelligence Hampshire, UK, 7th September...

Simulation software specialist, rFpro, has created a highly accurate digital twin of Mcity, a purpose-built facility at the University of Michigan for testing connected and automated vehicles and technologies under controlled, realistic conditions. The digital twin enables vehicle manufacturers and technology suppliers to accelerate development using simulation. Highly accurate correlation rFpro’s development of an accurate...

With the new Formula 1 season about to start, here’s a sneak preview of rFpro’s latest update for Melbourne. Built from a brand new LiDAR survey and, for the first time as part of rFpro’s Track maintenance programme, this model makes use of the physically modelled materials developed for rFpro’s ADAS and autonomous customers. This...

Engineering and Technology (E&T) the magazine of the Institute of Engineering and Technology, has published an in depth analysis of the use of rFpro digital twins for autonomous vehicle development and testing.  The article focuses on the Millbrook Proving Ground and how the Digital Twin is being used for everything from sensor development to identifying...

This video shows the new Virtual Millbrook Proving Ground, the result of a year long collaboration between rFpro and Millbrook to help create a road-map leading to the regulatory approval of autonomous vehicles.