Why Rocket Logistics Could Beat Traditional Supply Chains - Full Interview

Rocket cargo is about to get real and Chris says the market has been thinking about it wrong. Leap’s first suborbital flight was more than a successful launch. It proved a radically simplified operating model that could turn rockets into a logistics layer for Earth and space, with point-to-point delivery in under 45 minutes, 90% fewer parts, and a manufacturing approach designed to scale like an industrial product, not a bespoke aerospace program. Chris - who leads Leap - breaks down how Bullfrog flew from the Mojave Desert in under 30 hours on site, why the company is betting on dual-mode engine technology and ultra-low-cost cryogenic tanks, and how the next vehicle, Bighorn, fits into a broader vision for sovereign launch, humanitarian resupply, and contested logistics. He also explains the real manufacturing bottleneck, the economics behind $5,000 tanks, and why the company is targeting 26 to 30 vehicles a year from a single line. You'll discover: Why Leap believes launch should be built like a manufactured commodity How space logistics differs from the old "rocket cargo" concept What it takes to move water, medicine, and critical supplies into places traditional air and sea can't reach How the team is thinking about recovery, landing accuracy, and GPS-denied environments Why government buying behavior is changing fast enough to make this business model viable now We also get into the acquisition shift that is letting startups win earlier contracts, how Leap navigates policy and optics around dual-use systems, and what the company is building with allied partners in places like the UK, Australia, and Alaska. If you care about the future of logistics, defense tech, aerospace manufacturing, or the companies trying to make rockets useful beyond orbit, this is essential listening. The conversation makes a strong case that the next supply chain may not run on roads, rails, or runways - it may run through space.