The aerospace industry pushes the limits of engineering, demanding components that are lightweight, precise, and extremely reliable. Every gram and millimeter may make a difference in aviation and space technologies, and motion systems must perform flawlessly and safely to elevate modern technologies to new heights.

Precision and reliability are key characteristics of the actuators used in aerospace and aviation industries. Compact size and low weight are crucial, as every gram affects energy efficiency, which can be critical if the power availability is limited. Yet, enough strength is needed to handle heavy loads while remaining low power consumption.

Key challenges in Aerospace

Size and weight limitations

Variety of operating conditions

Precise and safe movements

Integration complexity

MA Series for Aerospace

MAB Robotics’ MA Series actuators are engineered to provide exceptional precision and reliability, which makes them well suited solutions for the aerospace and aviation industry. Their durable construction ensures reliable operation in any environment, both on land and in the air, while compact design and low mass help increase their energy efficiency and load handling capabilities.

The smooth, efficient operation of MA-p Planetary reducer-based actuators ensures reliable performance, while their robust construction handles repetitive stresses and vibrations.

The combination of light weight and high torque density in MA-h Harmonic actuators meets the requirements of aerospace applications, and their zero backlash characteristics ensures accurate and reliable movements.

MA-hs Hollow Shaft actuators allow routing of wires, hoses or other components through the actuator, which not only simplifies integration and organizes space, but also reduces wear and enhances durability without sacrificing performance.

MA-d Direct drive actuators deliver rapid response, eliminate backlash and integrate absolute encoders, ensuring smooth, accurate movements and consistent positioning. Thieir simple design minimizes maintenance needs and extends lifespan, while providing excellent energy efficiency and high dynamics.

Gimbals

Reaction wheels

Pan-tilt systems

Linear actuators

What's yours?

Example Use Cases

Building the future of urban air mobility requires partners who share our commitment to innovation and engineering excellence. MAB Robotics' drives have become a key component of our development - lightweight, reliable, and capable of delivering the performance our systems demand. Their technology helps turn ambitious ideas into real, flying solutions!