Rotating Composite Technologies, LLC

Rotating Composite Technologies, or RCT, is a composite propeller and rotor company in Manchester, Connecticut. The company was founded in 2007 by aerospace engineers. The site says RCT designs and makes fixed and variable pitch propeller assemblies, fan systems and lift rotor systems.

The site says Neon Aero, Inc. has bought RCT. RCT now operates under Neon Propellers and offers turnkey propeller services. These run from first concept to full production. The site says customers should see no change in products, services or team.

The company's capabilities include aerodynamic and structural design, analysis and simulation, prototyping and manufacturing. They also include assembly and bench testing, vehicle integration support and regulatory compliance. The company can manage a project from design through testing and delivery, including propeller FAA certification.

The site says RCT builds propellers to build to print drawings. It uses resin transfer molded composite blades. The company says it has in house design and analysis tools. The site says its team has decades of propeller experience in aerospace and defense work. The site says RCT works on projects from concept to certification and offers proposal estimates for conceptual designs.

The site lists the team leaders. Eric Loos is president and chief engineer. He has a mechanical engineering degree from the University of Connecticut. He holds patents for composite blade retention and variable pitch turbofans. He was responsible for the propeller blades on the Sikorsky X2 Technology Demonstrator.

Danny Ball is vice president of strategy and business development. He spent 17 years at McCauley Propeller Systems. The company holds DDTC registration, SAM registration and AS9100D registration. The phone number is (860) 829-6809. The address is 186 Adams Street in Manchester, Connecticut. The site also lists a resources page and a LinkedIn page. It also lists events and a careers page. Its contact page lists two phone numbers.