Dr. Gordon Lovegrove, a professor at UBC Okanagan, has put forth a groundbreaking concept for revolutionizing transportation in the Okanagan Valley through the implementation of hydrail tram-trains. These trains, powered by hydrogen fuel cells, offer a sustainable and efficient mode of transport that can act both as a tram within cities and a train between communities. The proposal, named Okanagan Valley Electric Regional Passenger Rail (OVER PR), aims to address the region's growing traffic congestion, safety issues, and environmental concerns associated with traditional highway-based transportation. The research conducted by Dr. Lovegrove emphasizes the technical and economic feasibility of the hydrail tram-train system, highlighting its advantages over conventional auto-oriented solutions like road widening. The proposed system is designed to connect cities and airports in the valley, providing a convenient and eco-friendly alternative for residents, businesses, and tourists. The study estimates that the benefits of OVER PR would surpass $45 billion over three decades, demonstrating its cost-effectiveness and potential for long-term sustainability. By leveraging hydrail technology and tram-train features, the proposed system offers numerous benefits, including reduced traffic congestion, enhanced safety, and improved environmental impact. The integration of renewable energy sources with hydrogen production further enhances the system's overall effectiveness and adaptability, making it a promising solution for the region's transportation challenges. Overall, the introduction of the hydrail tram-trains in the Okanagan Valley presents a transformative opportunity to enhance transport equity, safety, and congestion management while providing a resilient and environmentally friendly choice for both residents and visitors. The innovative concept not only offers economic and social benefits but also underscores the importance of sustainable urban planning and transportation infrastructure in fostering long-term growth and development.