#USA #Sceye #HAPS #Moriarty #Stratospheric Flight

Sceye Completes Groundbreaking 12-Day Stratospheric Journey

On April 13, 2026, Sceye, an innovative American aerospace company, announced the successful completion of its historic 12-day flight, covering an astonishing 6,400 miles in the stratosphere. This mission represents a significant achievement in the realm of High-Altitude Platform Systems (HAPS), aimed at revolutionizing telecommunications and real-time environmental monitoring. The HAPS, named 'SE2,' launched from Moriarty, New Mexico, and navigated through the stratosphere to reach Brazil's coast, highlighting the company's commitment to establishing a new infrastructure layer for humanity.

Overview of the Flight

The SE2 mission marked a pivotal moment for Sceye, as it was designed to test their Resilience Program. This extensive journey allowed the platform to maintain its energy cycle within the stratosphere, showcasing its capacity to power itself throughout continuous day and night cycles. Achieving this involved staying operational for over 88 hours consecutively above key areas, including a full day above New Mexico and three consecutive days near Brazil. Notably, the flight concluded successfully in international waters, further underscoring Sceye's operational capabilities.

Advances in Stratospheric Operations

Mikkel Vestergaard Frandsen, founder and CEO of Sceye, emphasized the importance of this flight, stating, "This is a decisive step in leveraging the stratosphere as a new layer of infrastructure. The ability to remain above a location for extended periods enables continuous connectivity and real-time monitoring, especially where traditional networks fall short. Through stratospheric operations, we can extend our reach to billions, enhancing disaster readiness and response significantly."

The SE2 flight successfully executed the following accomplishments:

• - Maintained energy, position, and altitude efficiently, demonstrating its ability to close the energy loop, essential for long-duration flights.
• - Verified its design through pressure maintenance, proving the viability of Sceye's entirely self-manufactured vehicle shell.
• - Achieved a station-keeping radius of just 1 km, showcasing its precision in operational stability.

This successful flight concluded the Resilience Program, aligning the duration of stratospheric flights with commercial requirements and establishing a stable platform setup for prolonged operations. Sceye now possesses crucial data and operational protocols that will pave the way for flights lasting months and, ultimately, years.

The Path Forward

Looking to the future, Sceye expresses confidence moving towards their pre-commercial test flights, with the first scheduled for this summer. Frandsen noted the collaborative effort behind this achievement, thanking investors, partners, clients, and agencies that contributed to the mission's success. The company also refined its core systems, including energy management, flight control, and thermal management, thereby reducing risks associated with commercial operations.

In addition to the SE2 mission, Sceye recently introduced SceyeCELL—an innovative high-speed connectivity antenna modeled as a mobile phone tower in the sky. This design aims to enhance communication capabilities across extensive geographic areas from high altitudes.

Upcoming Tests and Collaboration

Looking ahead, Sceye is gearing up for its first pre-commercial flight test in Japan. This mission intends to connect efficiently with the core network of SoftBank Corp., demonstrating enhanced connectivity during emergency situations and natural disasters.

About Sceye

Founded in 2014, Sceye focuses on developing stratospheric technology designed to connect people and protect the planet. As a leading entity in HAPS, Sceye emphasizes universal connectivity, climate monitoring, natural resource management, and disaster prevention. The recent advancements solidify the company’s role in shaping the future of aerial infrastructure and global connectivity.