IRIA News

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A German startup, Hypersonica, said it has taken a major step toward building Europe’s first privately funded sovereign hypersonic strike system after successfully testing a missile prototype that exceeded Mach 6 and flew more than 300 kilometers during a launch in Norway.

Based near Munich with operations in Germany and the United Kingdom, Hypersonica said the test flight marked a “significant” milestone as the company aims to deliver an operational European hypersonic capability by 2029.

The company is positioning itself as a faster, lower-cost alternative to traditional government-led hypersonic programs, which typically take decades and billions of dollars to develop.

The test launch took place at the Andoya Space site in northern Norway. According to the company, the prototype accelerated beyond Mach 6, more than 7,400 kilometers per hour, and achieved a range exceeding 300 kilometers. All systems reportedly performed nominally during ascent and descent, with performance validated at the subcomponent level.

Hypersonic weapons are generally defined as missiles that travel faster than five times the speed of sound while remaining maneuverable within the atmosphere. Their extreme velocity creates intense heat and engineering challenges, making them among the most complex weapons systems under development today.

Fast Development Timeline and Modular Design

Hypersonica says its approach focuses on speed and cost reduction. The company uses a modular design and rapid iterative development model intended to shorten development cycles from years to months. It claims this could reduce costs by more than 80 percent compared with conventional missile programs.

“As a privately funded startup, our speed from design to the launchpad in just nine months should recalibrate expectations about the costs and time needed to develop this crucial capability,” the company said.

“We’re working to develop a European sovereign strike system in a time frame and at costs that make sense for European governments, including those with more constrained defense budgets,” Hypersonica said in a statement. “Europe doesn’t have 20 years or billions to spend on developing hypersonic strike. A new kind of tech-development approach is needed.”

The company plans additional test flights to demonstrate advanced flight control at hypersonic speeds and complex maneuverability. Future tests will aim to expand the prototype into a full-scale missile system and meet full mission requirements.

Funding and Investment

Hypersonica has raised about $25.2 million in Series A financing. The round was led by London-based investment firm Plural and included participation from Germany’s Federal Agency for Breakthrough Innovation, General Catalyst, and 201 Ventures. The company previously raised about $2.7 million in seed funding.

While the funding is modest compared with large defense programs, the company says it reflects a shift in how hypersonic systems can be developed. Traditional missile development efforts often require tens of billions of dollars and can take 10 to 20 years or more.

Hypersonica was founded in December 2023 by Philipp Kerth and Marc Ewenz, two Oxford-trained scientists who now serve as chief executive and chief technology officer. The startup employs about 50 people and is targeting an initial shorter-range hypersonic capability by 2027, followed by a full operational system by 2029.

Growing Demand for European Hypersonic Capability

Interest in hypersonic weapons has surged in recent years as countries seek faster and more maneuverable strike options. Russia has claimed to use hypersonic weapons operationally, and China and the United States are also investing heavily in the technology.

European countries have traditionally focused more on defenses against hypersonic threats rather than developing their own strike systems. However, that approach is changing.

France is developing a hypersonic air-launched nuclear missile known as ASN4G. In 2024, the United Kingdom selected companies to compete in a seven-year, approximately $1.26 billion project to develop sovereign advanced hypersonic missile capabilities.

At the European Union level, programs such as Hydis2 and Hydef are focused on counter-hypersonic defense. The European Defense Fund’s 2026 work program includes about $181 million for hypersonic countermeasures and interception technologies.

Hypersonica says it is responding to demand from European governments and NATO members for sovereign hypersonic capabilities that reduce reliance on external partners.

“We are responding to a very clear demand signal from several European countries and from NATO,” the company said. “They have made it very clear that they want European states to have and build hypersonic capability.”

Competition and Global Context

Globally, hypersonic development is accelerating. In the United States, startup Castelion, founded by former SpaceX executives, has raised more than $450 million to develop lower-cost hypersonic weapons. Large defense contractors and government-backed programs in the U.S., China, and Russia are also advancing.

A 2023 report by the U.S. Congressional Budget Office found that hypersonic missiles could cost about one-third more than ballistic missiles of similar range with maneuverable warheads, highlighting the financial challenge of developing the technology.

Hypersonica argues that advances in software, simulation, and rapid prototyping allow smaller teams to move faster and reduce costs. Investors say the company’s iterative approach and focus on modular systems could make hypersonic development more accessible to European governments with tighter defense budgets.

The startup says its recent test flight generated valuable data that will guide future high-speed strike systems and help analyze potential adversary weapon profiles.

Hypersonica plans a phased testing approach in the coming months and years, focusing on sustained hypersonic flight, maneuverability, and full mission capability. If successful, the company could provide Europe with its first privately developed sovereign hypersonic strike system within the next few years.

The effort reflects a broader shift in European defense policy toward faster innovation and greater strategic autonomy, as governments seek advanced capabilities while managing costs and timelines.