Isar Aerospace reaches orbit and deploys payloads on second flight
A Milestone for European Spaceflight: Isar Aerospace Achieves Orbital Success
September 5, 2026 — In a historic leap for the European private sector, Isar Aerospace has become the first commercial entity from Europe to successfully place satellites into orbit. This achievement was realized during the company's second-ever flight.
🚀 Mission: Onward and Upward
The mission, titled Onward and Upward, launched at 10:12 pm CEST from the company's specialized launch facility located at Andøya Space in Norway. The flight concluded successfully with the deployment of its designated payloads.
"We have accomplished in a matter of years what previously took the European space industry several decades," stated Daniel Metzler, CEO and Co-Founder of Isar Aerospace. "I am incredibly proud of our team for making this European success story a reality."
Overcoming Industry Hurdles
For too long, the global space sector has faced a significant bottleneck in launch availability. According to Metzler, this success provides both institutional and commercial clients with a genuine, sovereign alternative for reaching space.
🛠 Technical Execution & Flight Profile
The qualification flight was a masterclass in precision, hitting every critical milestone required for orbital insertion.
Flight Sequence Diagram
Key Performance Metrics
- Altitude Milestone: The vehicle successfully crossed the Kármán line, defined as:
- Operational Successes:
- Successful transit of MaxQ (maximum dynamic pressure).
- Execution of MECO (Main Engine Cut-Off).
- Precise timing of the circularization burn.
Telemetry Simulation
# Mock status check for Mission Onward and Upward
mission_status = {
"MaxQ": "PASSED",
"MECO": "PASSED",
"Stage_Separation": "SUCCESS",
"Kármán_Line": "CROSSED",
"Payload_Deployment": "CONFIRMED"
}
if all(status == "PASSED" or status == "SUCCESS" or status == "CONFIRMED" for status in mission_status.values()):
print("Mission Status: SUCCESSFUL")
🛰 Payloads and Strategic Reach
The satellites deployed during this mission were selected via the German Space Agency (DLR) Microlauncher Competition, an initiative designed to grant start-ups and academic institutions affordable access to the cosmos.
Global Launch Infrastructure
Isar Aerospace is expanding its footprint to ensure flexible orbital inclinations:
| Location | Status | Primary Purpose |
|---|---|---|
| Andøya, Norway | Operational | Current primary launch complex |
| Nova Scotia, Canada | Under Construction | Mid- to high-inclination orbits (Earth Obs/Comms) |
🏭 The "Machine Behind the Machine"
Isar Aerospace isn't just building a rocket; they are industrializing the process. By utilizing a vertically integrated manufacturing model and heavy automation, they have created a scalable production engine.
Production Capacity: The company is finalizing a massive facility. This will allow them to scale production to:
Future Roadmap
- Achieve orbital insertion on second flight
- Deploy DLR competition payloads
- Scale production to 40 vehicles per year
- Complete Nova Scotia launch complex
- Fulfill existing order pipeline
🏢 About Isar Aerospace
Founded in 2018 and based near Munich, Germany, Isar Aerospace specializes in transporting small-to-medium satellites and constellations.
- Workforce: employees.
- Presence: 5 international locations.
- Strategy: In-house development, manufacturing, and testing.
- Funding: Backed by international private investors to drive industrialization.
Recent Corporate Milestones
- Sept 1, 2026: Signed a launch agreement with Astroscale Japan.
- Aug 27, 2026: Secured a contract with the ESA under the European Launcher Challenge.
- July 23, 2026: Hosted German Defence Minister Boris Pistorius to discuss sovereign space access for deterrence.
Press Contact:
Franziska Kegel | press@isar.space