Nicolas Albion

Title: Innovations of Nicolas Albion in Rotorcraft Technology

Introduction

Nicolas Albion is a prominent inventor based in Burien, Washington, known for his significant contributions to rotorcraft technology. With a total of five patents to his name, Albion has made remarkable advancements in autopilot systems for helicopters.

Latest Patents

Albion's latest patents include a "Rotorcraft Autopilot System, Components and Methods" and a "Rotorcraft Autopilot and Methods." The first patent describes an autopilot actuator that features first and second motors, each with a rotatable motor output shaft. This design allows either one or both motors to drive an actuator output shaft. The autopilot main unit enclosure is designed to be removably mounted to the helicopter, housing both autopilot actuators and main autopilot electronics. Additionally, it includes a cyclic vibration isolator that is supported by an actuator shaft, which helps to attenuate cyclic vibration frequencies while allowing output rotations below a resonant frequency to be coupled to the cyclic control. The second patent outlines a helicopter autopilot system that incorporates an inner loop for attitude hold and an outer loop for navigation, each with different levels of redundancy. The system is designed to stabilize the helicopter during power failures and operates without requiring hydraulic assistance.

Career Highlights

Throughout his career, Nicolas Albion has focused on enhancing the safety and efficiency of rotorcraft operations. His innovative designs have contributed to the development of advanced autopilot systems that improve flight control and reliability.

Collaborations

Albion has collaborated with notable colleagues, including John E. Mercer and Marc Ian Feifel, to further advance rotorcraft technology and enhance the capabilities of their systems.

Conclusion

Nicolas Albion's work in rotorcraft technology exemplifies the impact of innovation in aviation safety and efficiency. His patents reflect a commitment to advancing helicopter autopilot systems, making significant strides in the field.