The average passenger may overlook them, but the truth is pressings and springs are indispensable in aerospace engineering. These essential components form the bedrock of an aircraft’s structural integrity and massively help operational efficiency.

In this blog, we at European Springs will explore the intricate synergy between pressings and springs, delving into the craftsmanship that defines aerospace engineering. As passengers soar through the skies, it is worth appreciating the complexity beneath the surface, where these unheralded elements work together to guarantee a safe and smooth journey.


In aerospace engineering, pressings, with their precise shapes, serve as building blocks. From reinforcing wing structures to supporting fuselage components, they flawlessly integrate into various structural elements of the aircraft, ensuring its overall strength and durability.

Springs, instead,  represent the dynamic aspect, contributing to the aircraft’s controlled movements and safety mechanisms. For instance, landing gear relies on specialised springs to absorb the impact forces during touchdown, whilst control systems within the aircraft leverage them to maintain stability, offering pilots the necessary feedback for precise and responsive manoeuvring.

The front of a plane landing gear


In aerospace, the significance of springs goes beyond their mechanical functionality; their reliability, precision, and performance stand as foundational pillars. These small components serve as the backbone of numerous systems within an aircraft, contributing to its overall stability, damping capabilities, and the facilitation of precise movements when and where needed.

A prime example of the indispensable role played by suspension springs is evident in the landing gear, the moment of truth in every flight. As one of the most demanding phases for both the aircraft and passengers, a smooth and controlled landing is paramount. Suspension springs absorb the impact forces upon touchdown, transforming a potentially jolting experience into a seamlessly executed descent, ensuring the safety and comfort of everyone on board.

Beyond landings, these springs extend their influence into the aircraft’s control systems and flight control surfaces, regulating motion in the skies. Whether orchestrating subtle adjustments to the plane’s direction or fine-tuning the wing’s angle to navigate diverse flying conditions, aerospace springs are pivotal in enhancing the overall effectiveness and safety of these intricate mechanisms. Their reliability and precision contribute significantly to the seamless dance of an aircraft through the skies.

The engine of a plane


While springs play a crucial role as the functional backbone in aerospace engineering, pressings take centre stage in constructing the physical framework of an aircraft. Renowned for their remarkable versatility, these pressings find applications in various structural elements, fasteners, and mounting systems that collectively ensure the stability and cohesion of every part of the aircraft. Whether forming the skeleton of the fuselage or acting as connectors for critical components, pressings contribute to the aircraft’s overall structural integrity.

In aerospace engineering, where tolerances are exceptionally tight, the precision of pressings becomes paramount. These components excel in ensuring the meticulous assembly of different aircraft parts, ranging from engines to wings and tail assemblies. The ability of pressings to facilitate perfect fits without any margin for error is instrumental in achieving the flawless integration of diverse elements, each playing a vital role in the aircraft’s overall functionality.

Pressings prove their strength in the demanding environment of an aircraft’s engines. As integral components in the construction of the engine’s combustion chambers and as essential parts of the fastening systems that secure engines to the wings, pressings showcase their resilience and strength. Enduring extreme temperatures and pressures within the engine compartment, these components withstand the harshest conditions while maintaining the aircraft’s reliability and performance.

Have you ever wondered how the seats, overhead compartments, and in-flight entertainment systems remain securely fastened in civilian aircraft? Once again, pressings come to the rescue. Their widespread use ensures that everything inside the cabin stays firmly in place, contributing not only to passenger comfort but also to the overall safety and functionality of the aircraft’s interior components.

A group of fighter jets flying in the sky


In the complex world of military aircraft, the collaboration between springs and pressings underscores the utmost importance of these components in ensuring the effectiveness and survivability of aircraft. From withstanding the stresses of high-G manoeuvres to housing sophisticated weaponry, springs and pressings in military aircraft embody the pinnacle of engineering excellence, where precision and durability are not just desirable but mission-critical attributes.

Springs emerge as indispensable; their precision is elevated to meet the rigorous demands of fighter jets and helicopters operating in complex and challenging environments. Unlike their civilian counterparts, these specialised springs are engineered to face extreme conditions, ensuring reliable operation in the face of high-speed manoeuvres, rapid accelerations, and intense vibrations. Their role here extends beyond mere shock absorption during landings; their purpose is to stabilise control surfaces, calibrate weaponry, and contribute to mission success.

Meanwhile, pressings take on heightened importance, enabling the construction of critical components such as the housing for missile systems, weapon mounts, and other vital equipment. The harsh operational conditions that military aircraft frequently endure demand pressings with rugged durability and unparalleled precision. These components not only provide the structural integrity needed to support advanced weaponry but also contribute to the integration of various systems, ensuring reliability in the most demanding combat situations. The combination of strength and precision in pressings becomes a strategic advantage in military aviation, where split-second decisions and flawless execution are paramount.

A close-up of a plane


At European Springs, as a leading spring manufacturer and supplier, we have experienced first-hand how crucial springs and pressings have become in supporting the ever-advancing field of aerospace. With an extensive spring catalogue and bespoke designs, we ensure our products stand up to the demanding standards of the industry.

Our priority is to remain at the forefront of spring and pressing technology, meeting our clients’ needs with quality, precision, and innovation, whether used for civilian or military purposes. We are proud to contribute to the remarkable journey of flight, ensuring each aircraft that uses our components enjoys the benefits of safety, reliability, and precision.

The next time you settle into your seat on a flight, remember the multitude of springs and pressings around you, thinking about how safe and comfortable your journey is, thanks to them.

When it comes to flight, with all its complexities, we understand the importance of getting things right. So, if you are part of the incredible aerospace industry, we are here to assist you in meeting your component needs with our top-quality products.

European Springs & Pressings LTD