High autonomy HAPS

PHASA-35

Innovation in high-altitude, long-endurance (HALE) unmanned aerial systems (UAS) has reached new heights with the revolutionary PHASA-35, thanks to a collaboration between Embention, Prismatic and BAE Systems.

High autonomy HAPS

PHASA-35

Innovation in high-altitude, long-endurance (HALE) unmanned aerial systems (UAS) has reached new heights with the revolutionary PHASA-35, thanks to a collaboration between Embention, Prismatic and BAE Systems.

Ultra-light solar-electric HAPS

Equipped with cutting-edge technologies, including advanced composites, power management and solar electric cells, it stands out as a flexible and cost-effective alternative for persistent imaging and communications.

Dawn scene on an airstrip with a long-winged drone preparing for flight, assisted by ground crew under a rising moon.

Fly overnight

Photovoltaic panels power the rechargeable cells during the day, allowing the pseudo-satellite (HAPS) to fly through the night without refueling, ideal for applications such as monitoring, surveillance and security.

Stratospheric Flight

Phasa-35, equipado con el Autopiloto Veronte y con 35 metros de envergadura, completó con éxito su primer vuelo estratosférico en junio de 2023, superando una altitud de 66.000 pies (+20 km), antes de aterrizar de forma segura.

Aerial view of a high-altitude drone flying over a remote, arid landscape at sunset.

Ultra-light solar-electric HAPS

Equipped with cutting-edge technologies, including advanced composites, power management and solar electric cells, it stands out as a flexible and cost-effective alternative for persistent imaging and communications.

Dawn scene on an airstrip with a long-winged drone preparing for flight, assisted by ground crew under a rising moon.

Fly overnight

Photovoltaic panels power the rechargeable cells during the day, allowing the pseudo-satellite (HAPS) to fly through the night without refueling, ideal for applications such as monitoring, surveillance and security.

Stratospheric Flight

Phasa-35, equipped with the Veronte Autopilot, and with a wingspan of 35 meters, successfully completed its first stratospheric flight in June 2023, exceeding an altitude of 66,000 feet (over 20 km) before landing safely

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