Pegasus-Actuators GmbH - certified
Quality management system according to ISO 9001:2015

PEGASUS Actuators | UAV Servo Actuators – Made in Germany

German Manufacturer of High-Performance UAV Servo Actuators

PEGASUS Actuators GmbH is a German manufacturer specializing in high-performance UAV servo actuators for safety-critical unmanned aerial systems. Founded in 2007 and headquartered in Wöllstadt, Germany, PEGASUS develops and manufactures electromechanical servo actuators for UAV, UAS and demanding aerospace and industrial applications.

Our focus is clear: UAV servo actuators for mission-critical systems where reliability is not optional. From flight control surfaces to payload positioning, PEGASUS actuators are designed for applications where precision, durability and long-term operational stability are essential.

Specialist for UAV and UAS Actuators

Unmanned aerial vehicles place exceptional demands on actuation systems. Weight, power consumption, precision and environmental robustness directly affect flight performance, endurance and safety.

PEGASUS develops UAV actuators and UAV servo actuators specifically for these requirements. Our solutions are used in fixed-wing UAVs, VTOL platforms, eVTOL systems and long-endurance UAS operating under harsh environmental conditions.

Typical UAV applications include:

  • Flight control surfaces
  • Payload and sensor positioning
  • Gimbal stabilization systems
  • VTOL and transition mechanisms

PEGASUS UAV actuators deliver high positioning accuracy, fast dynamic response and stable control behavior across wide temperature and load ranges.

Electromechanical Servo Actuators for Mission-Critical Applications

All PEGASUS products are electromechanical servo actuators, designed to provide precise and repeatable motion control under demanding operating conditions.

Key design priorities include:

  • High torque density with compact form factor
  • Low weight and optimized energy efficiency
  • Excellent repeatability and minimal backlash
  • Long service life through brushless motors and contactless position feedback

These characteristics make PEGASUS servo actuators particularly suitable for UAV and UAS applications where failure is not an option.

Redundant Actuators for Safety-Critical UAV Systems

For UAV platforms with increased safety requirements, PEGASUS offers redundant servo actuators with single-failure tolerance. Redundant actuator architectures are designed to ensure continued operation even in the event of a component failure. Independent motors, controllers and sensors enable fail-safe behavior without loss of control authority.

This makes PEGASUS redundant UAV actuators an established solution for:

  • Long-endurance UAV missions
  • HALE and MALE platforms
  • Safety-critical aerospace and UAS applications

Development, Manufacturing and Customization – Made in Germany

All PEGASUS servo actuators are developed, manufactured, assembled and tested in-house at our facilities in Germany. This full vertical integration ensures maximum quality control, short development cycles and reliable delivery schedules.

Beyond standard products, PEGASUS specializes in custom UAV actuator solutions tailored to specific platform and mission requirements. When off-the-shelf solutions reach their limits, our engineering team works closely with customers to develop optimized actuator systems. Every actuator leaving our facility reflects our commitment to engineering precision, reliability and long-term performance – Made in Germany.

Beyond the Product: Engineering Support and Long-Term Partnership

PEGASUS is more than a component supplier. We support UAV manufacturers and system integrators throughout the entire product lifecycle – from initial concept and development to series production and long-term operation.

Our customers value:

  • Direct access to actuator engineering expertise
  • Application-specific consultation
  • Long-term product support beyond delivery

This partnership-driven approach has made PEGASUS a trusted supplier for UAV servo actuators worldwide.