search success chat linkedin google-plus telephone multimedia youtube linkedin instagram right-arrow mobile-phone
Support
Download Brochures
EcoGate
preloader

August 19, 2026

Swivel Connector Solves Kinks at the Aircraft Connection Point

Efficient aircraft ground servicing depends on the safe and reliable transfer of fuel, air, and other utility services between ground support equipment (GSE) and aircraft.

One persistent operational challenge is hose twisting that develops when connecting the pre-conditioned air (PCA) hose at the aircraft. This issue can reduce hose life, increase maintenance costs, create safety hazards, and negatively impact operational efficiency of air flow.

Aircraft hoses

Daily handling of PCA hoses

Flexible hoses used in aircraft servicing applications are subjected to repeated movement, dragging, coiling, and connection cycles. Over time, these activities introduce twisting forces into the hose structure. When these forces are not relieved, they can result in kinking and flow restrictions.

Also, aircraft rarely stop in exactly the same location at a gate or stand. Small differences in positioning require hose repositioning and can introduce rotational stress into the hose assembly.

the itw gse swivel connector at an aircraft apron

Swivel assembly eliminates the kinking at the connection

By implementing a swivel assembly at the hose aircraft connection site, you allow for rotational movement while maintaining a sealed air flow path.  The swivel absorbs rotational forces, prevents torque transfer to the hose body, and maintains unrestricted air flow. By allowing free rotation around the hose axis, the swivel continuously relieves accumulated torsional stress.

When the operators move around the aircraft or reposition equipment, the swivel allows the hose to naturally rotate into a neutral position thus eliminating kinking at the connection.  Ground crews can now confidently connect and disconnect hoses without concern for rotational buildup, improving workflow efficiency.

When the operators move around the aircraft or reposition equipment, the swivel allows the hose to naturally rotate into a neutral position thus eliminating kinking at the connection.  Ground crews can now confidently connect and disconnect hoses without concern for rotational buildup, improving workflow efficiency.

the itw gse swivel assembly conector under an aircraft

Why a swivel assembly can alleviate kinks

Hose twisting remains a common but often overlooked challenge in aircraft ground servicing operations. The accumulation of torsional stress can lead to premature hose failure, increased maintenance costs, operational inefficiencies, and potential safety concerns.

As aircraft turnaround demands continue to increase, incremental improvements in connection technology—such as swivel integration—deliver measurable value across performance, maintenance, and lifecycle cost dimensions.

With the ITW GSE’s Swivel Connector you can alleviate kinks in your PCA hose weather heating or cooling. Its patent design is UV resistant and withstands harsh chemicals, fuels and solvents found in the ground support environment.

More news

Aug 04, 2026, posted in News

Supporting a New Milestone in Ultra-Long-Haul Aviation

A new benchmark for ultra-long-haul travel is taking shape as Qantas prepares to introduce its Airbus A350-1000 Ultra Long Range aircraft as part of...

Jul 23, 2026, posted in News

It’s All About Connections. Ready to Build Yours?

(Open job position)   Connections between airports and airlines. Between technology and performance. Between customers and trusted partners. And most importantly, between great people....

Jul 16, 2026, posted in News

Keep Turnarounds Moving with Reliable Cable Connections

On the ramp, a poor connection can quickly become an operational problem.   Aircraft ground power must be reliable, easy to handle, and ready...

Jul 02, 2026, posted in News

More Room for Growth at ITW GSE

ITW GSE continues to grow — and so do our facilities. Following the recent 2,300 m² expansion of our production site, we are now...