The Chinese automotive industry is embracing Driver-in-the-Loop (DIL) technology, and Ansible Motion is taking advantage through a collaboration with Guangzhou Zeer Testing Technology, to bring cutting-edge simulators to the country. The first orders have already been secured
The strategic partnership integrates Addfor’s AI-based software algorithms with VI-grade’s driving simulators and HiL rigs, to enhance innovation and collaboration in vehicle development
In order for a driving simulator to be a useful tool for motorsport or F1 teams, it must display good correlation to a real race car. Dynisma’s tech experts discuss how a motion platform can give a racing driver the same cues they would feel in reality
Global expansion of VI-grade’s successful European Zero Prototypes Summit will bring regional automotive industry leaders together to showcase how simulation, driving simulators and hardware-in-the-loop technologies are accelerating new vehicle development programmes
The UNICARagil funding project applied new approaches to automated vehicles and their architecture and culminated in the presentation of four driverless prototypes. IPG Automotive was a part of the project, contributing its CarMaker simulation and test platform
VI-grade has entered into a partnership with Sound To Sight (STS), a specialist in sound design solutions for transportation. The alliance is intended to bring together the technical and creative expertise of both companies, combining NVH simulation and active sound design for vehicle development programmes
New features of the Simulation 2022.3 software update deliver enhanced cloud collaboration, efficient end-to-end simulation workflows, and design creation with AI-powered simulation
Out 20th anniversary issue! The May 2023 issue of Vehicle Dynamics International magazine is now available online, with features including Polestar’s chief chassis engineer discussing how to optimise the dynamics of a performance EV, EV-focused developments in tyre engineering, and 20 years of dynamics highlights
SELL: The Eurecat technology centre has joined the Fatigue4Light EV chassis lightweighting project, contributing by developing new tests and computer simulation methods to better estimate the fatigue life of chassis components and select the optimal materials for lighter vehicle chassis
Three providers of automotive simulation technology have joined forces with the aim of disrupting and improving how chassis components for autonomous vehicles are designed, tested and validated
