Business

Dawn Aerospace’s Spaceplane Aims for April Test Flight

Image: Dawn Aerospace

Dawn Aerospace’s rocket-powered Mk-II Aurora suborbital vehicle is expected to make its maiden flight in April after getting regulatory approval from New Zealand to fly last week. 

Mk-II Aurora spaceplane: Dawn Aerospace has already completed 48 test flights using traditional jet engines. The upcoming launch marks the first time a remotely piloted, rocket-powered vehicle has been flight certified for a civil airport, according to the company.

  • The Mk-II is a suborbital plane capable of reaching heights of over 100 km.
  • Applications include earth monitoring, microgravity research, and disaster management.
  • The plane is fully reusable and will be able to fly twice a day.

Dawn is betting that horizontal take-off and landing rockets can significantly reduce the cost of space travel while increasing the frequency of flights. 

Looking ahead: Late last year, Dawn Aerospace raised $13M to continue developing Mk-III, a two-stage orbital spaceplane, and its in-space propulsion technologies.

Related Stories
BusinessInternational

Canadian Companies Pitch Faster Pathway for the Defense Market

Space Canada, the country’s space industry advocacy group, released a 17-page position paper Wednesday suggesting ways in which Canada can speed up procurement, in line with global trends.

Business

L3Harris Sells Majority of Propulsion Business to AEI for $845M

In the first major transaction of 2026, L3Harris Technologies ($LHX) is shedding the bulk of its propulsion business—and Rocketdyne is so back.

BusinessExplainerLaunch

What to Expect in 2026

2025 was a transformative year for the global space industry. 2026 will be the year in which many long-term plans (hopefully) take first flight.

BusinessISAM

Space Forge Ignites Plasma in Space

On the last day of the year, the in-space manufacturing startup said it successfully generated plasma aboard its ForgeStar-1 craft in LEO. The manufacturing furnace aboard the sat reached temperatures north of 1,000°C, which is essential for the orbital semiconductor manufacturing that the company is hoping to achieve.