LeddarTech Partners with Acal BFi for the European Delivery of Mobility and Specialty LiDAR Sensor Solutions in ADAS/AD Applications

LeddarTech^®, an industry leader in LiDAR technology who provides the most versatile and scalable auto and mobility LiDAR platform™ in the market, today announces that it has signed a Pan-European representation agreement with Acal BFi. Under the agreement, Acal BFi becomes LeddarTech’s newest partner in the delivery of mobility and speciality sensor modules, including the newly released Leddar^TM Pixell 3D Solid-state LiDAR Detection Cocoon Solution for Autonomous Shuttles, Commercial Vehicles, and Robotaxis.

With over 30 years’ experience in the photonics and imaging industry, Acal BFi’s engineers have the in-depth knowledge and capabilities to support customers as an extension to their in-house teams. This enables Acal BFi to act as a bespoke provider of LeddarTech’s innovative LiDAR solutions in Austria, Belgium, Denmark, Finland, France, Germany, Ireland, Italy, Luxemburg, the Netherlands, Norway, Sweden, Switzerland, and the United Kingdom.

“Acal BFi is a European leader in the delivery of advanced technology solutions with the technical expertise to demonstrate the value of LeddarTech’s solid-state flash LiDARs for the automotive and mobility sectors,” stated Adrian Pierce, Vice-President, Global Sales and Business Development at LeddarTech. “Their competent and skilled team has the knowledge and ability to offer customised and market-leading products and services to support OEM partners in the delivery of autonomous solutions using LiDAR technology. We are confident that the team of experts at Acal BFi will be a powerful advocate for LeddarTech’s ground-breaking technology.”

“We are pleased to partner with LeddarTech to offer our customers across Europe access to LeddarTech’s versatile solid-state LiDAR sensors,” stated Alex Schneider, Business Development Director at Acal BFi. He went on to say, “LeddarTech’s LiDAR sensors solutions are highly sensitive technology which is designed to detect weaker signals than other solid-state LiDAR methods which makes it an ideal choice to design into the latest innovations in autonomous technology.”