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

Media Gallery

More Proyects

High autonomy HAPS
High autonomy HAPS

Innovation in high-altitude, long-endurance (HALE) unmanned aerial systems (UAS) has reached new heights with the rev...

Learn more
Drone Recovery Net
Drone Recovery Net

The NMAND Recovery Net RN86 designed by Embention enables fast and efficient recovery of professional UAV systems. It...

Learn more