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GGB

Landing Gear

Reliable, Grease-Free Landing Gear Solutions

Landing gear plays a critical role in ensuring a safe flight, absorbing impact forces during landing to protect the aircraft and passengers. Engineers must design systems that handle extreme loads while ensuring smooth takeoffs and landings. Failures can lead to costly damage and safety risks. To enhance reliability and longevity, self-lubricating, corrosion-resistant solutions replace traditional greased bearings, reducing maintenance, downtime, and overall weight. These innovations improve aircraft efficiency and passenger confidence while extending service life.

Landing Gear Applications: 

Struts 
•    Actuation 
•    Pivot Points

The GGB Advantage

Superior Friction Management

GGB’s advanced materials provide exceptional low-friction properties, effectively absorbing high-impact loads while enabling smooth, controlled movements. This ensures safe, reliable landings and takeoffs, reducing wear and enhancing performance in critical aerospace applications.


Optimized Space and Weight Reduction

Our compact, lightweight bearing solutions replace traditional heavy metal alternatives, significantly reducing overall aircraft weight and freeing up valuable design space. These improvements contribute to greater fuel efficiency and enhanced aircraft performance.


Enhanced Energy Efficiency & Extended Service Life

With superior wear resistance and high shock load capacities, GGB solutions ensure long-term durability. Low-friction materials minimize power losses, improving system performance and reducing maintenance costs over time.


Exceptional Corrosion Resistance

GGB’s materials are engineered to withstand extreme conditions, offering high resistance to corrosion and harsh aerospace environments. This ensures reliability and longevity, even in the most demanding applications.


Eco-Friendly, Compliant Solutions

Our lead-free, self-lubricating materials comply with RoHS directives and AS9100D (EN9100) quality standards. These grease-free solutions not only enhance sustainability but also eliminate the need for heavy, maintenance-intensive components, reducing environmental impact and improving overall efficiency.