September 7, 2026

Is Hydro-Launch the Future of Space Delivery? (Source: Maximus Willhammer)
Traditional rockets are expensive for reasons that go beyond the hardware. Liquid fuel is costly, dangerous to handle, and demands elaborate safety infrastructure. A large share of every launch budget goes toward managing the risks of controlled explosion. The Spacer Delivery Bullet removes much of that burden. By replacing volatile liquid fuel with stored gas energy, water displacement, and compressed powder pellet ignition, the system is designed to cut space delivery costs by up to 50% compared with conventional rockets.

The rocket is lowered by gantry into position at the top of a vertical water tube. The water is the medium that will transfer stored energy into the projectile. Beneath the tube sits a hollow, pyramid-shaped displacement bunker built underground. It's filled with oxygen and hydrogen gas—the stored energy source for the launch. A frozen nitrogen projectile acts as the trigger. When introduced into the system, this cryogenic element sets off the rapid displacement event that drives the rocket upward. Once airborne and moving at speed, scramjet engines take over. They ignite using compressed powder pellets—not volatile liquid fuels. (9/3)
 
Stoke and Relativity Advance LC-14 and LC-16 Toward First Flights (Source: NSF)
Along Missile Row at the Cape Canaveral Spaceport, Stoke Space and Relativity Space are building out launch sites almost side by side. Launch Complex 14 and Launch Complex 16 sit as neighbors on the Space Coast, two historic pads now being readied for two different reusable rockets: Stoke’s fully reusable medium-lift Nova and Relativity’s partially reusable heavy-lift Terran R. LC-15 still sits between them, but it is expected to remain inactive. Click here. (9/6)