Robinson and Skyryse Collaborate to Convert R66 Helicopter into Uncrewed System

Robinson Helicopter Company is entering the unmanned aerial vehicle (UAV) market by teaming up with Skyryse, a systems automation specialist, to develop an uncrewed version of the R66 turbine helicopter. This collaboration is aimed at adding autonomous flight capabilities to the existing R66 platform, enhancing its operational flexibility for government and commercial missions that can benefit from remotely piloted rotorcraft.

The R66 helicopter, known for its turbine power and versatility, will be modified with autonomous control systems supplied and integrated by Skyryse. This will allow the aircraft to operate without a pilot onboard, controlled either remotely or through advanced onboard automation to perform designated flight tasks safely and efficiently.

Robinson’s unmanned division focuses on leveraging their existing manned helicopter airframes by adapting them with cutting-edge automation technologies. Partnering with Skyryse brings expertise in system automation and flight control necessary to achieve reliable and robust autonomous operations in the challenging helicopter flight domain.

This initiative reflects a broader trend in rotorcraft development where manufacturers are expanding into unmanned systems to meet emerging demands for aerial mobility in logistics, surveillance, and other applications. The converted R66 will potentially fill niches requiring vertical takeoff and landing capabilities without risking human pilots.

Looking ahead, the success of the Skyryse-Robinson collaboration could accelerate the adoption of unmanned rotorcraft in both government and private sectors. Aviation stakeholders are watching closely as this project progresses toward certification and operational testing, which will demonstrate the practical benefits and safety of this new aerial technology.

As unmanned aviation technologies continue to mature, Robinson’s entry with the R66 UAS variant is a significant step toward integrating helicopter autonomy into diverse mission profiles. The collaboration underscores innovation in rotorcraft design and the expanding scope of automation in aviation.