The automotive industry is witnessing a significant shift towards sustainable and efficient transportation solutions, with the emergence of methanol engine technology spearheaded by the Obrist Group. This Austrian-German company has introduced the HyperHybrid®, a revolutionary powertrain that integrates electric driving with methanol as a zero-emission fuel for future cars. The methanol engine is designed for performance on aMethanol, a carbon-negative fuel derived from renewable raw materials. It offers advantages such as compact size, hybrid integration, methanol compatibility, and low emissions, making it a pioneering choice for the automotive sector. Germany's commitment to methanol engines signifies a departure from traditional combustion engines and a step towards decarbonizing the transport industry. The efficiency benefits of methanol engines, including high thermal efficiency, lower emissions, and impressive range, position them as a viable alternative to fossil fuel engines. The Obrist Group plans to introduce the HyperHybrid® to the market by 2025, aiming for mass production with the support of global partnerships. The development of aMethanol generating plants in regions with abundant renewable resources showcases a sustainable approach to fuel production, termed 'The Modern Forests.' This innovative model integrates various processes to produce renewable fuel, emphasizing the ecological potential of methanol as a carbon-negative resource. The Obrist Group's methanol engine represents a significant milestone in the automotive sector, paving the way for a more sustainable and environmentally conscious future.