Skyryse Unveils Universal Autoland, Bringing a Vital Safety Net to Helicopters

EL SEGUNDO, CA – March 09, 2026 – Aviation automation firm Skyryse today announced a monumental step forward in flight safety: a universal emergency autoland capability for its SkyOS™ flight control system. The feature, designed to function on both helicopters and airplanes, promises to bring one-touch safe landing capabilities to any aircraft equipped with the system, marking a particularly significant breakthrough for helicopter operations, where such a safety net has never before been available.

In a scenario that has long been a focus of aviation safety experts—a pilot becoming incapacitated—the new system allows a pilot or even a passenger to initiate a fully autonomous emergency landing with a simple swipe on a screen. Once activated, SkyOS takes complete control, managing the aircraft’s flight path, speed, and altitude to navigate to a suitable landing site, execute a controlled approach, and touch down safely.

“By creating a holistic software-hardware solution like SkyOS, we’re able to develop and integrate lifesaving features like emergency autoland at unprecedented speed,” said Skyryse Founder and CEO Mark Groden in the announcement. This capability is not just an add-on but a core function of the operating system, designed to handle emergencies ranging from pilot incapacitation and spatial disorientation to severe weather encounters.

The Technology Behind the Breakthrough

At the heart of the new capability is SkyOS™, which Skyryse markets as the world's first universal operating system for flight. Unlike legacy autoland systems, which are typically designed for specific fixed-wing aircraft models, Skyryse has taken a platform-based, software-defined approach. The company focused its initial development on helicopters, considering them the “hardest engineering challenge to solve” due to their complex flight dynamics and high pilot workload, especially in low-altitude environments.

The system's architecture relies on three key pillars: a triply redundant fly-by-wire system, advanced sensor fusion, and software-defined flight control laws. The fly-by-wire technology replaces the complex web of mechanical controls—pulleys, cables, and rods—with a simplified digital interface. This not only streamlines the cockpit to a single control stick and a digital display but also provides the precise, reliable computer control necessary for automation.

This aircraft-agnostic design has been proven on a diverse range of airframes. Skyryse has successfully integrated SkyOS™ onto a turbine-powered Robinson R66 helicopter (marketed as the Skyryse One), a military Black Hawk helicopter, and a Cirrus SR22 airplane. The company has also announced plans for integrations with popular models like the Airbus H-125 and H-130, Bell 407, and Pilatus PC-12.

For helicopters, the system’s sophistication extends to one of the most difficult emergency maneuvers: an autorotation. Skyryse has successfully automated this engine-out landing procedure, where the pilot must use the airflow through the main rotor to land safely—a feat of automation that underscores the system’s advanced capabilities.

Navigating the Regulatory Skies

Bringing such a revolutionary technology to market requires not just engineering prowess but also a meticulous and collaborative journey through a complex regulatory landscape. Because Skyryse’s fly-by-wire system represents a fundamental change to how a light helicopter is controlled, it falls outside the scope of existing FAA regulations for Part 27 rotorcraft.

As a result, the FAA published proposed “Special Conditions” in August 2024 for the Skyryse One’s Supplemental Type Certificate (STC) program. This is a standard procedure for novel technologies, establishing a clear airworthiness framework for certification. Skyryse, which has been working with the FAA since its certification plan was approved in 2019, has been actively engaged in this process. In May 2025, the company received approval to enter “for-credit flight testing” with the FAA, a crucial milestone indicating that the agency is formally evaluating the system’s performance toward certification.

While the company is reportedly “bullish” on a 2025 certification timeline for the Skyryse One aircraft, the emergency autoland feature will follow a separate but related path. According to the company, development and certification for the autoland capability will proceed in close coordination with regulators after the base Skyryse One aircraft achieves its certification.

Reshaping the Cockpit and the Market

Skyryse's announcement places it in a competitive but differentiated position within the growing aircraft automation market. While Garmin’s Autoland has been a certified and successful feature in several fixed-wing aircraft for years, the helicopter market has remained an unsolved challenge. By being the first to offer a comprehensive solution for rotorcraft, Skyryse is addressing a critical gap in aviation safety.

This technology is poised to reshape more than just emergency procedures; it will also influence pilot training and operations. The simplified cockpit and flight controls are intended to reduce pilot workload and could potentially make obtaining a pilot’s license more accessible. The system is framed not as a pilot replacement but as a powerful co-pilot, augmenting human capabilities and providing an unparalleled safety net during high-stress moments.

This vision has attracted significant financial backing and key industry partnerships. With over $605 million in funding and a valuation exceeding $1 billion, Skyryse has the capital to pursue its ambitious goals. More importantly, it has secured partnerships that span the aviation spectrum, from emergency medical service operators like Air Methods and wildland firefighting agencies like CAL FIRE to the U.S. Army, which is exploring the system for its own helicopter fleets.

The market sees the potential. Reservations for the Skyryse One, a modified R66 priced approximately $400,000 higher than a standard model, sold out within six months of its announcement. This indicates strong demand from operators who see the value in a system that promises not only to prevent accidents but also to make daily flight operations simpler and safer. By treating the aircraft as a software-defined vehicle, Skyryse is pioneering a future where life-saving upgrades can be developed and deployed with a speed the traditional, hardware-focused aviation industry has never seen.