The push for zero-emission heavy-duty transport is on the rise, with hydrogen fuel cells playing a crucial role. The Horizon Europe project, BeBoP, is at the forefront of this shift, aiming to enhance fuel cell components for better efficiency and cost-effectiveness. Garrett Motion is a key player in this project, contributing its advanced Fuel Cell Compressor (FCC) technology to drive the future of hydrogen-powered mobility. The FCC ensures optimal air supply to the fuel cell stack, improving energy output and overall vehicle range. By focusing on Balance of Plant (BoP) components optimization, BeBoP seeks to enhance system performance and durability over the next three and a half years. Garrett's cutting-edge FCC technology, designed to adapt efficiently to load changes, is crucial for improving system efficiency and affordability in heavy-duty transport. Through advanced simulations and prototype compressors, Garrett is actively working towards refining BoP components to reduce hydrogen consumption and maximize energy efficiency. The collaborative effort not only drives innovation but also aims to standardize fuel cell component designs for industrialized production, paving the way for large-scale deployment of hydrogen-powered heavy-duty vehicles. Garrett's involvement in the BeBoP project showcases its dedication to sustainability and innovation, making hydrogen-powered transport more viable and scalable. As the world moves towards cleaner mobility, projects like BeBoP highlight the significance of collaboration in shaping a zero-emission future.