KENT, Wash., July 14 — The landing platform ‘Jacklyn’ sat steady in the Atlantic, and Blue Origin had its moment. On October 10, 2025, the company founded by Jeff Bezos in 2000 finally launched New Glenn on its first orbital test flight. The first stage came back down and touched down on the drone ship named after Bezos’s mother with an accuracy of one meter.
That single meter of precision is now a benchmark in the commercial space race. By nightfall, engineers at Blue Origin’s headquarters in Kent, Washington, had the data.
The landing accuracy of one meter surpasses what SpaceX’s Falcon 9 typically achieves — landings within ten meters. It is a direct, measurable edge over the dominant player in the launch market. The rocket itself is named after astronaut John Glenn, the first American to orbit Earth.
Heavy lift, long wait
New Glenn is a heavy-lift launch vehicle designed to be partially reusable. It can carry 45 metric tons to low Earth orbit. That puts it below SpaceX’s Falcon Heavy, which can lift 63.8 metric tons to the same orbit.
But the precision landing and the reusability are what matter for the economics of launch. The BE-4 engine, which uses liquefied natural gas and liquid oxygen, made the flight possible.
Blue Origin has been developing that engine since 2011. The test flight followed years of delays. The rocket was originally planned for 2020.
Five years of setbacks, redesigns, and waiting — and then a single flight that changed the company’s position in the market. The success positions Blue Origin as a direct competitor to SpaceX in the commercial launch market, which is projected to be worth $30 billion by 2030.
The scene on the ground
On the ground in Kent, residents describe a quiet, determined operation. Blue Origin has been a fixture in the Seattle suburb for more than two decades, but it has long lived in the shadow of SpaceX’s high-profile launches and Mars ambitions. The New Glenn flight changes that dynamic.
The company now has a working orbital rocket, a successful landing on a drone ship, and a clear path to competing for commercial contracts. The Atlantic landing was not just a technical achievement.
It was a signal. The drone ship ‘Jacklyn’ — named for Bezos’s mother — is now a known location in the ocean, a fixed point where a 45-metric-ton rocket can set itself down within a meter of its target. That kind of precision has implications for rapid reusability, for turnaround times, for the cost per launch.
What comes next
The commercial launch market is projected to be worth $30 billion by 2030. Blue Origin now has a vehicle that can compete for a share of that market. The BE-4 engine, years in development, is flight-proven.
The landing system works. The rocket can lift substantial payloads to orbit.
The question now is cadence — how fast can Blue Origin turn New Glenn around for its next flight, and how many customers will sign up. For a company that started in 2000 and spent years building suborbital tourism vehicles and waiting for its big rocket to fly, the October 10, 2025 test flight was the breakthrough. The landing accuracy of one meter is the detail that competitors will have to match.
The payload capacity of 45 metric tons to low Earth orbit is the number that customers will compare. And the name ‘Jacklyn’ is now part of the geography of spaceflight — a drone ship in the Atlantic where a rocket came home.
