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Kea Aerospace has successfully captured high-resolution imagery of the Earth’s surface from 42,000 feet, marking a significant step toward real-time maritime awareness for New Zealand. In close collaboration with payload partners located in Germany, the mission demonstrated the ability to capture and retrieve imagery in near real time, unlocking new capabilities for monitoring, decision-making, and rapid response.

The March late-summer flight took place within Tāwhaki Special Use Airspace south of Banks Peninsula, showcasing Kea’s high-altitude, solar-powered aircraft and its ability to deliver detailed imaging from the edge of the stratosphere. The operation also highlighted fully remote collaboration: mission control was conducted from Kea’s Christchurch headquarters, while payload partners provided mission support live from the German Aerospace Center (DLR).

The mission began at 9:18am with the Kea Atmos Mk1b departing the Tāwhaki National Aerospace Centre on its 23rd flight test. Imaging operations were conducted over the Kaitorete and Te Waihora (Lake Ellesmere) region, with the aircraft reaching a peak altitude of 42,775 feet.

“Here’s something most people don’t realise: when you zoom into Google Maps and see those crisp, detailed images of streets and buildings, you’re not looking at satellite photos, you’re looking at aircraft imagery. Satellites are simply too far away to capture that level of detail,” said Dr Dan Price, Chief Scientist at Kea Aerospace. “Our platform operates around 20 times closer to Earth than a satellite, which is why we can deliver high resolution. The difference is that our aircraft can stay above an area for weeks at a time, rather than fly over once.”

Price added: “The imagery on mapping platforms is also typically months or years old by the time you see it. We’re building a capability that delivers high-resolution imagery while it still matters — while the vessel is still in the area, while the weather event is still unfolding, while the decision still needs to be made. That changes aerial intelligence from a historical record into a tool for real-time response.”

Operating in the stratosphere places the Kea Atmos platform above weather systems and conventional air traffic, with future aircraft designed for continuous flight lasting multiple months.

Kea Aerospace CEO Mark Rocket described the milestone as a critical step forward: “Capturing imagery from altitude is a key proof point for our business. It’s been fantastic to work alongside the German Aerospace Center and strengthen collaboration between New Zealand and Germany’s aerospace sectors. Looking ahead, we envision a fleet of stratospheric aircraft in continuous operation, delivering high-resolution updates that enable better, faster decision-making. That’s the future we’re building toward.”

The Kea Atmos Mk1 is a 12.5-metre wingspan aircraft weighing less than 40 kilograms, designed for dawn-to-dusk operations. As a solar-powered platform operating at the limits of efficiency, every component must meet strict size, weight, and power constraints.

“That’s where our DLR partners bring exceptional expertise,” said Price. “These flights are critical stepping stones toward our vision of persistent, high-altitude flight, unlocking continuous streams of data for applications such as maritime awareness, environmental monitoring, and disaster response.”

This year Kea Aerospace has begun designing the next-generation Kea Atmos Mk2, engineered for multi-month endurance missions. The larger 30-metre wingspan Mk2 platform is expected to surpass satellites in both spatial resolution and data delivery frequency over targeted areas.

Rocket added: “We’re proud to conduct our aerospace R&D here in New Zealand and are grateful for the strong support we’ve received. We thank Tāwhaki, the Civil Aviation Authority, Airways, Callaghan Innovation, the New Zealand Space Agency, and the Ministry of Business, Innovation and Employment for helping make this possible.”

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