VESevo and Full Time Sports: Evolving Stock Car race tactics through advanced tire analysis
VESevo Smart Technologies, an innovative start-up company from the MegaRide group, and Full Time Sports, an esteemed Brazilian racing team, announce a strategic collaboration aimed at improving race strategies through tire analysis. Full Time Sports, founded in 2004, has garnered 15 titles across 7 different series and currently competes in Stock Car Brazil, with champions like […]
VESevo and Bronco Motorsports: An overseas partnership in Formula Student Racing
VESevo Smart Technologies, an innovative spin-off company form the University of Naples Federico II, proudly announces a collaboration with Cal Poly Pomona’s Bronco Motorsports team, a leading participant in the Formula Student competition. The partnership aims to advance the design and performance of the team’s race cars through VESevo’s tire analysis technology for the 2024/25 […]
VESevo and American Racing: Boosting performance in Moto2 with advanced tire research
VESevo Smart Technologies, an innovative start-up company from MegaRide group and American Racing, the only American Team competing in the MotoGP World Championship, announce a strategic collaboration for the 2024 season aimed at the development of the bikes and race strategies through tire analysis. VESevo’s technology allows to delve deeper into the complexities of tire […]
THE VESEVO DEVICE FOR TIRES ANALYSIS WINS THE PRESTIGIOUS IOMOBILITY AWARD
March 19, 2024. VESevo Smart Technologies at the awards ceremony in the iconic location of Leonardo da Vinci National Museum of Science and Technology in Milan, has reached another prestigious achievement by winning the IoMOBILITY award in the Smart Roads category. In February 2021 the first tests in Formula 1, in June already partnered with […]
VESevo, an Innovative Device for Non-Destructive and Smart Viscoelastic Characterization of Tires Compounds
Abstract – Vesevo Viscoelastic properties of tires compound play a fundamental role into the vehicle dynamics affecting both the vehicle performances and the safety according to different working conditions depending on road roughness and temperature. The knowledge of these properties is usually carried out by means Dynamic Mechanical Analysis (DMA) on compound samples suitable for […]
