Aerospace Division


MPS Engineering’s aerospace division specializes in the development and implementation of innovative aerospace equipment. With our extensive experience and expertise in the field, we are able to provide advanced and customized solutions to meet the specific needs of our clients in the aviation sector. Our goal is to contribute to making the aerospace industry more efficient, safe, and cutting-edge.


Our tow tractors are designed to ensure optimal maneuverability and easy aircraft handling, allowing ground personnel to perform push-back operations efficiently and safely. The flexibility and adaptability of our tractors make them an ideal choice to meet the diverse needs of our customers, ensuring high performance and maximum reliability in every operational situation. With our complete range of options and additional features, we can provide customized solutions that significantly enhance airport operation efficiency.


The towable passenger stairs with electric assistance are an ideal solution to optimize boarding and disembarking operations on aircraft. Its electric towing system makes operations more efficient, reducing waiting times and improving the overall passenger experience. Additionally, the ergonomic design and robust structure ensure maximum safety and reliability in use.


The baggage and cargo cart for airport use, towed on wheels for the transport of luggage to and from the aircraft, solves both operational and cargo protection issues, shielding them from weather conditions and accidents along the way, thus improving the quality of airport services. Furthermore, it facilitates the operator’s work by making it easier, faster, and safer for their health.


The collapsible trolley is designed to transport and handle the Stinger missile in carbon fiber and other aeronautical equipment used for production at the LEONARDO plant in Foggia.
The system has a capacity of 1000 kg. With its stabilizers, the trolley can level its height to be used on different systems. Multiple trolleys can be coupled together through suitable centering bushings.