Blue Origin

• 1. Founding And Early Development

  ›

  Jeff Bezos established Blue Origin Enterprises, L.P. in 2000 with a quiet ambition to make space travel accessible. The company operated from Kent, Washington, keeping its activities largely hidden for years. In March of 2005, the first test vehicle named Charon flew at Moses Lake, Washington. This low-altitude craft used four Rolls-Royce Viper Mk. 301 jet engines instead of traditional rockets. It reached an altitude of roughly 40 feet before returning for a controlled landing near the liftoff point. By the 13th of November 2006, the Goddard rocket achieved its first powered flight. That vehicle climbed to 279 feet and demonstrated successful autonomous guidance systems. Rob Meyerson joined the team in 2003 to help steer early development efforts. The organization purchased land 30 miles north of Van Horn, Texas, in 2006 to establish Launch Site One. Little public information existed about their internal operations during these initial years. Bezos funded the venture entirely through his private investments until later years.

  7879

• 2. Suborbital Tourism Milestones

  ›

  Blue Origin NS-16 marked the first crewed mission on the 20th of July 2021. Jeff Bezos, his brother Mark Bezos, Wally Funk, and Oliver Daemen crossed the Kármán line at approximately 351,210 feet. The flight lasted about ten minutes and allowed passengers to experience weightlessness above Earth's atmosphere. Subsequent missions like NS-18 carried William Shatner into space in October 2021. The company continued launching crews regularly with flights reaching altitudes between 104 km and 107 km. On the 14th of April 2025, New Shepard completed its eleventh human spaceflight with an all-female crew including Katy Perry and Gayle King. This historic flight demonstrated the vehicle's capacity to carry six passengers safely. By the 25th of February 2025, Blue Origin had sent six paying customers on its tenth tourism mission. The booster landed vertically on the same launchpad it used for takeoff after each flight. The capsule returned via three parachutes and a solid rocket motor system. One partial failure occurred during flight NS-23 when a thermal-structural issue triggered the escape system.

  100524

• 3. Orbital Launch Capabilities

  ›

  New Glenn achieved orbit for the first time on the 16th of January 2025, from Cape Canaveral Space Force Station. Design work began in early 2012, but numerous delays pushed the maiden launch until over a decade later. The heavy-lift vehicle stands seven meters wide and uses seven BE-4 engines on its first stage. Its payload fairing offers twice the volume of any commercial launch system currently available. The primary objective of that inaugural flight was deploying the Blue Ring Pathfinder test satellite into orbit. The first stage booster successfully landed on a barge named Jacklyn in the Atlantic Ocean. On the 13th of November 2025, New Glenn launched two ESCAPADE spacecraft toward Mars. These science satellites entered Mars' orbit approximately one year after their departure. In 2024, the company received funding from the United States Space Force to assess national security payloads. The facility at Launch Complex 36 converted from old shuttle infrastructure to support these new missions. Project Jarvis initiated conceptual design work in 2021 to potentially make the second stage reusable as well.

  43334

• 4. Lunar Landers And Artemis Program

  ›

  Blue Moon represents the company's effort to transport humans to the lunar surface under NASA's Artemis program. Jeff Bezos unveiled plans for this crew-capable lander in May 2019. The standard configuration can carry up to three metric tons while a stretched variant handles four tons. After losing an initial bid to SpaceX in April 2021, Blue Origin contested the decision. This legal challenge led to NASA awarding a separate contract for Blue Moon in 2023. The $3.4 billion agreement covers development and testing for the Artemis V mission scheduled for 2029. The lander uses BE-7 hydrolox engines designed specifically for soft lunar touchdowns. Mid-2024 saw successful completion of initial acceptance testing on thrusters for the MK1 variant. A team including Lockheed Martin, Northrop Grumman, and Draper supported the proposal known as the National Team. An uncrewed test mission will precede the planned human landing on the Moon.

  35363738

• 5. Engine Technology Evolution

  ›

  The BE series engines form the backbone of Blue Origin's propulsion systems across multiple vehicles. Early tests began at NASA Stennis in 2013 for the BE-3 family of cryogenic engines. These liquid hydrogen and liquid oxygen engines produce thrust ranging from 490 kN to 710 kN depending on the variant. The BE-3PM powers New Shepard with 490 kilonewtons of force while allowing throttling down to 110 kN for controlled landings. Two BE-3U engines drive the second stage of New Glenn with 710 kilonewtons each. Development of the BE-4 engine started in 2011 to replace Russian RD-180 motors on United Launch Alliance rockets. This liquid oxygen and liquified natural gas engine delivers roughly two million pounds of thrust. On the 31st of October 2022, the first two BE-4 units were delivered to ULA for integration. By the 7th of June 2023, these engines performed successfully during a Flight Readiness Firing at Cape Canaveral. Engine production occurs at a facility called Blue Engine in Huntsville, Alabama.

  4243444748