Advanced motion control technology is officially launched
The new E60 and P60 series redefine training efficiency for global operators with sustainable design, energy-saving features, and unparalleled reliability.
As a global designer, manufacturer and system integrator of high-performance precision motion and fluid control and control systems, Mugen Company (NYSE code: MOG.A and MOG.B) has launched upgraded motion systems: the all-electric E60 series and the electric and pneumatic hybrid P60 series. The products are now available for worldwide ordering. The Mugen E60 and P60 series motion systems are specifically designed for D-class flight training and are applicable to vehicle and maritime simulation scenarios. The load capacity can reach up to 14,000 kilograms, providing precise and outstanding motion simulation in professional training environments.
Noud van Bavel, the global marketing manager for simulation and testing business at Mug Company, said: "Our redesigned motion system not only enhances reliability, simplifies the maintenance process, but also enables operators to flexibly adapt to the evolving technical requirements."
E60 Series: The New Standard of Electric Motion System
As the largest standard electric motion system launched by Mug, the E60 series motion system offers multiple actuator stroke lengths to choose from, with the longest reaching up to 62.5 inches. This electric mechanical platform enables precise motion control and integrates diagnostic functions to reduce maintenance and operation costs. Leveraging Mug's 40-year professional accumulation in the field of simulation technology, the E60 series motion system, as a fully electric six-degree-of-freedom (6-DOF) system, is specifically tailored for aviation training centers, as well as other high-precision application scenarios such as vehicle simulation and amusement equipment.
Key advantages:
High reliability: The average time between failures (MTBF) has been increased by 15%, the traditional battery system has been eliminated, ensuring long-term stable operation.
Compact design: The size of the control cabinet has been reduced by 50%, saving valuable floor space.
Outstanding performance: The system's normal operation time reaches 99.8%, the motion realism is industry-leading, and it meets D-level certification requirements.
Sustainable operation: Utilizing modern electronic technology, removing battery components, reduces energy consumption and environmental burden.
P60 Series: The Perfect Combination of Precision and Energy Efficiency
The P60 series motion system integrates electric actuators with integrated pneumatic support systems, ensuring high-fidelity motion control while significantly reducing energy consumption. Compared to fully electric systems, the P60 series motion system specifically optimized for full-motion flight simulator applications can save up to 75% of electricity.
Key advantages:
High energy efficiency: With the pneumatic support system, compared to the all-electric system, up to 75% of electricity can be saved, significantly reducing operating costs and being more environmentally friendly.
Excellent reliability: The system has a normal operating time of 99%, equipped with on-site replaceable components, and uses a maintenance-free locking spring system to replace the mechanical braking device on the previous generation of the Mug pneumatic-electric motion system.
Advanced motion dynamic characteristics: The top actuator equipped with the pneumatic support system achieves high-precision and high-fidelity motion body sensation, which is indispensable for fixed-wing and rotorcraft flight training.
Compact structure: Using a bidirectional reusable travel end buffer, the peak force of the actuator is reduced, making the joint seat smaller and lighter, enhancing the load capacity and reducing the system's
These two motion system technologies demonstrate Mug's continuous commitment to innovation, sustainable development, and customer-oriented engineering design, which will drive new breakthroughs in the performance of global training systems.

