Hypersonica
Hypersonica develops sovereign hypersonic deep-strike systems for European defense, compressing development timelines from years to months through rapid iteration across simulation, prototyping, and flight testing. Its first test vehicle, HS-1, exceeded Mach 6 over 300km in a February 2026 flight test at Andøya Space in Norway, with a modular architecture enabling real-time system evolution.
- Defense Tech
- Hardware
Funding
Raised to date
€128.3MRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Est. $139.8Macross 4 rounds
S€100M · Series B
Announced Nov 2026
Disclosed cumulative: $137.1M
Not on chart (date unknown): Seed €2.5M
Founders
Founder details are not available yet.
Product
Problem
European nations face a growing gap in strike capabilities compared to adversaries, as demonstrated by Russia's war in Ukraine. Traditional defense development timelines stretch over years, leaving Europe without sovereign hypersonic systems needed for deterrence and precision deep-strike missions.
Solution
Hypersonica develops next-generation hypersonic systems for military applications, targeting flight-ready capability by 2029. The company uses rapid iteration combining simulation, prototyping, and flight testing to compress development from years to months, and employs a modular architecture that allows systems to evolve in real time. Its first test vehicle, HS-1, was flight-tested at Andøya Space in Norway in February 2026, exceeding Mach 6 over a range of more than 300km with all systems operating nominally. This approach aims to deliver sovereign, manoeuvrable hypersonic deep-strike capabilities that can beat existing air and missile defenses and strike deep into defended territory within minutes.
Target Audience
Primary customers are European defense ministries and allied military forces seeking sovereign hypersonic deep-strike capabilities for deterrence and precision strike missions.
Features
- Flight-tested hypersonic ballistic missile prototype achieving Mach 6+ speed and 300km+ range, validated down to subcomponent level
- Development cycle of nine months from concept to flight-ready hardware, enabled by rapid iteration across simulation, prototyping, and flight testing
- Modular architecture designed for real-time system evolution and long-term operational superiority
- Cost reduction of approximately 80% compared to traditional defense development approaches
- Focus on sovereign European capability, reducing dependence on non-European suppliers for critical strike systems