MUNICH / ANDØYA, Norway : Hypersonica, an Anglo-German defense and aerospace startup founded in late 2023, has successfully completed the first test flight of a privately funded European hypersonic missile prototype. The test, conducted at the Andøya Space facility in northern Norway, represents a measurable step toward the company’s stated objective of delivering a sovereign European hypersonic strike capability by 2029.
The prototype, designated SCOOTER HS-1, is an unarmed missile system developed under a modular architecture. During the flight, the vehicle accelerated beyond Mach 6 — exceeding approximately 7,400 kilometers per hour — and achieved a range of more than 300 kilometers. According to the company, all onboard systems operated nominally during ascent and atmospheric descent. Performance validation down to subcomponent level was conducted under sustained hypersonic flight conditions.
Nine-Month Development Cycle
Hypersonica stated that it progressed from initial concept development to launchpad readiness in approximately nine months. The timeline included system design, component procurement, integration, and ground testing. On the commercial and regulatory side, the company managed export controls, regulatory compliance requirements, flight safety certification, and launch range coordination.
Chief Executive Officer Dr. Philipp Kerth and Chief Technology Officer Dr. Marc Ewenz, the company’s co-founders, said the accelerated development was made possible by a modular design methodology that enables incremental upgrades and shorter engineering cycles. The company estimates that this approach reduces development costs by more than 80 percent compared to conventional state-led defense procurement programs.
The founders stated that the test flight generated detailed datasets that will inform the design and engineering of future high-speed strike systems and enhance analytical capabilities related to adversary weapon profiles.
Strategic Context and Framework Alignment
The test aligns with timelines outlined in NATO and United Kingdom 2030 hypersonic development frameworks. European defense initiatives have increasingly focused on advanced high-speed weapon systems in response to the active deployment and operational use of hypersonic weapons by Russia.
Hypersonic systems, defined as vehicles capable of sustained flight at speeds above Mach 5, combine high velocity with maneuverability, complicating interception by conventional air defense systems. Hypersonica’s program is structured around phased testing leading to operational capability by 2029.
Phased Capability Development
Following this initial demonstration of sustained hypersonic flight, the company has scheduled additional test launches. The next development phases will focus on:
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Demonstrating advanced flight control at hypersonic velocities
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Achieving complex maneuverability designed to evade modern air defense systems
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Fulfilling complete mission execution and payload delivery requirements
The company stated that the newly secured funding will support expansion of the current prototype into a full-scale missile configuration, with further testing planned later in the first quarter.
Series A Funding and Investors
Hypersonica announced that it has closed a €23.3 million Series A funding round (just under $28 million). The round was led by Plural, a London-based venture capital firm focused on deep technology and defense innovation. Strategic participation was provided by SPRIND (Germany’s Federal Agency for Breakthrough Innovation), General Catalyst, and 201 Ventures.
General Catalyst previously led Hypersonica’s €2.5 million seed funding round. The new capital will be directed toward scaling the prototype into a fully integrated missile system, conducting subsequent testing phases, and expanding operational capacity.
Plural’s investment continues its portfolio activity in European deep-tech and defense ventures, including Helsing and Proxima Fusion.
Launch Operations and Data Collection
The launch campaign was conducted with operational support from Andøya Space, which provided range services, launch infrastructure, and telemetry downlink capabilities to capture payload and flight data during the Mach 6 test. The collected data will be used to refine propulsion systems, materials performance, aerodynamic stability, and guidance functionality under hypersonic stress conditions.
Hypersonica stated that structural integrity during atmospheric re-entry and subsystem functionality across the flight envelope were validated during the test.
Deployment Objective
The company’s roadmap is structured around incremental capability expansion leading to a deployable European-built hypersonic missile system by 2029. Hypersonica’s privately funded development model is intended to operate alongside NATO and UK strategic frameworks while maintaining accelerated engineering timelines and cost efficiency.
According to the company, the SCOOTER HS-1 test represents the first successful hypersonic missile flight conducted by a privately backed European defense company.
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