Guest Scott Hamilton is fresh from the Paris Air Show, and we talk about next-generation aircraft and engines, industry sustainability, the supply chain, and Boeing’s path back. Also, an NTSB safety recommendation for the CFM Leap-1B engine, and the possibility of restarting production of the C-17. Guest Scott Hamilton Scott Hamilton is the Founder and Managing Director of Leeham Company and has spent more than four decades in the commercial aviation industry. Leeham News and Analysis has been a go-to source for spotting trends and providing verified, credible, relevant aviation news that’s impartial and unbiased. Leeham Consulting Services provides expertise in several areas, including aircraft economic analysis, lease and return condition analysis and negotiations, aircraft product and strategy analysis, fleet planning and contract negotiations, market demand analysis, and MRO strategy. In our conversation with Scott, we looked at some of the technologies that may appear in next-generation aircraft. That includes ducted and unducted engines, as well as developments with geared fans. In public, the OEMs tout their own technology choices, but in reality, they are quietly working on multiple options. We touch on Boeing’s ability to make the financial investment required to proceed with a single-aisle replacement, and on the company’s path to recovery. Scott provides some observations on this year’s Paris Air Show, including the low-key participation by Boeing. Scott offers his thoughts on electric aircraft, alternative fuels, and the airline industry goal for net-zero carbon emissions by 2050. Scott’s book, Air Wars: The Global Combat Between Airbus and Boeing, was published in 2021. This coming September, a sequel titled The Rise and Fall of Boeing and the Way Back will be published and available on Amazon. Follow Leham News and Analysis on X, Bluesky, and Facebook. Aviation News Boeing Calls For Next-Gen Engine Info For Future Single Aisle Boeing issued a request for information (RFI) to engine manufacturers for advanced ducted propulsion systems in the 30,000-lb-thrust class. That thrust class is suitable for powering a future si