LaunchStartups

Launcher Announces Successful E-2 Engine Test

Launcher E-2 Turbopump assembly
Image: Launcher

Launcher added a new accolade to its resume this week: a successful test of the highest-performing kerosene rocket engine turbopump ever made in the USA. 

The two-minute test, which you can see for yourself on Youtube, happened last month at NASA’s Stennis Space Center. The results, which met or exceeded all goals over the course of 11 tests, were formally approved by the Space Force, the company announced Monday.

The Space Force awarded the small launch startup a $1.7M contract in May to work on its 3D-printed E-2 engine, which is expected to power the company’s Launcher Light rocket on its first flight in 2024.

It’s the first test of the flight-ready complete turbopump system. Launcher Founder and CEO Max Haot told Payload the test went “flawlessly,” and that “it proves that we have the technology in the turbopump for this engine that we are developing.”  

Other DoD contracts: The California-based company, which was founded in 2017, also announced a partnership with SpaceWERX last month to study how its Orbiter vehicle could help the Pentagon with in-space servicing or orbital debris removal. 

What’s next? The company will conduct pre-burner component testing next month for the Space Force, followed by a long-duration test of the full E-2 engine in early 2023. 

Related Stories
ScienceStartupsTechnology

Frontier Flies its Lab-in-a-Box on ATMOS’ Reentry Mission

Frontier Space’s first mission is designed to test key components of its lab-in-a-box bioreactor, which will give future space travelers the ability to grow things like food and medicine in space.

Deep SpaceRocketsStartups

Pulsar Fusion Unveils Nuclear-Powered Rocket

The Sunbird Migratory Transfer Vehicle is a nuclear-fusion powered rocket capable of reaching 329,000 mph.

LaunchMilitary

NRO Launches First Payload Under New NatSec Contract

The NROL-145 launch is the first under the Space Force’s Phase 3 Lane 1 rubric—a launch contracting mechanism that will spend $5.6B on relatively simple launches with fewer requirements, which might suit new entrants to the national security launch game. 

BusinessLaunchTechnology

Phantom Space and Ubotica Team Up to Bring AI to Orbit

The volume of data being gathered in space is growing exponentially, and the capacity to ship that data back to Earth is increasingly constrained. That’s why more companies want to analyze their data on orbit. Phantom Space is no different.