Reventec Ltd. - PRODUCT NEWS

Reventec Illuminates Tunnelling Magneto Resistive Position Sensing with New Technology Explainer Video Reventec Limited, a leading provider of vehicle performance sensors, announced the release of a new animated explainer video that demonstrates the principles of Tunnelling Magneto Resistive (TMR) position sensing technology and how it is employed within their cutting-edge non-contact position sensor products. The latest edition in Reventec’s technology explainer series, designed to simplify complex sensor measurement techniques, shines a light on how their non-contact position sensor products make reliable measurements, measure through non-ferrous materials and demonstrate their versatility. The video provides a clear and concise visual explanation of how TMR technology enables precise and reliable position measurement in demanding environments. It breaks down this complex scientific principle into easily understandable animations, demonstrating the advantages of TMR over traditional sensing methods and how the technology can be employed in a variety of applications. "We are delighted to unveil this new animated explainer video which serves as a powerful tool for understanding the core technology driving our position sensors," said Neville Meech, Managing Director at Reventec. "TMR technology offers unparalleled customisation options making it ideal for flexible non-contact solutions for race cars, heavy industrial vehicles and marine vessels – where accuracy and reliability matters. This video allows us to effectively communicate the benefits of our technology to a wider audience." Key highlights of the video include: • A concise explanation of TMR technology: The video simplifies the complex science behind TMR through animations showing how TMR sensors detect changes in magnetic f ields to determine precise position. • The advantages of TMR: The video showcases the superior performance of TMR technology, including its high accuracy, non-contact nature, and resistance to environmental factors. • Real-world applications: The video demonstrates how Reventec’s TMR position sensors are implemented in various markets by showcasing measurement examples on a single-seater race vehicle and within a racing yacht. Reventec's TMR position sensors are engineered to withstand harsh operating conditions, making them suitable for critical applications where reliability is essential. The new explainer video reinforces Reventec’s commitment to providing innovative and reliable sensing solutions that meet the evolving needs of its customers. The animated explainer video is now available for viewing on Reventec’s website and YouTube channel. About Reventec Ltd. Reventec Ltd, is a leading electronic and mechanical sensor manufacturer of innovative measurement solutions for vehicles in extreme environments. Founded in 2013 and based in Salisbury, UK, Reventec specialise in the design and development of custom programmable position, liquid level and temperature sensors for use in extreme environments. Reventec offers sensors for different applications across the Motorsport, Automotive, Defence, Unmanned Aerial Vehicles and Industrial sectors. About Reventec Ltd. Reventec Ltd is a UK-based mechanical and electronic design consultancy, specialising in the design and development of technologically advanced products within the motorsport, defence, aerospace and industrial sectors. Reventec’s design and development team combines a huge range of mechanical and electronic design expertise. The company is primarily involved in the development of products for use in harsh environments, with particular experience in the design of products for military vehicles, unmanned aircraft, race cars, industrial machines, specialist vehicles and equipment. For more information, please contact: Reventec Ltd Unit 38, Downton Business Centre, Downton, Salisbury, Wiltshire, SP5 3HU Tel: +44 (0)1725 510321 Email: nmeech@reventec.com Website: www.reventec.com March 2025 Home - Search - Suppliers - Links - New Products - Catalogues - Magazines Problem Page - Applications - How they work - Tech Tips - Training - Events