27/07/2026
How can I stop my festoon cables from tangling?
This is a question we get asked frequently. If you manage overhead cranes, heavy gantries, or port equipment, you’ve likely either been asked this questions or have wondered this yourself.
Hanging festoon systems are notoriously prone to twisting, snagging on structural steel, and wearing out prematurely due to wind loads or rapid acceleration.
When a loop tangles, the physical stress doesn't just damage the jacket—it causes internal copper fatigue, leading to intermittent signal loss and unscheduled downtime.
To stop the tangling permanently, the solution isn't adding more tension cables or replacing trolleys. It requires changing the physics of how the cables travel.
The engineering alternative: Koduct Cable Tracks 🏗️
Instead of letting cables hang in free-hanging loops, a Cable Track system would enclose and guide the cables along a fixed, linear path.
Here is exactly how they solve the mechanical failures of traditional festoons:
✅ Defined Bend Radius Control: Unlike festoons that bend sharply and unpredictably under tension, Koduct tracks enforce a continuous, pre-calculated bend radius. This eliminates mechanical strain and prevents the cables from corkscrewing or twisting.
✅ Zero Hanging Loops: By keeping the cables entirely supported within a horizontal track, there is nothing to snag on nearby structural columns, machinery, or loads.
✅ Wind and Environmental Resistance: For outdoor gantries or defence operations, wind cannot catch or sway a cable track. The enclosed design also protects sensitive power and fiber-optic cables from UV exposure, debris, and weld spatter.
✅ Predictable Maintenance: While festoons require frequent lubrication of individual trolley wheels and manual alignment checks, our cable track system relies on a self-supporting design with minimal moving parts. Maintenance shifts from "reactive firefighting" to basic, scheduled visual inspections.
Making the Switch ✨
Moving from a hanging festoon to a guided cable track reduces the physical footprint of your crane's runway and significantly extends the service life of your cables.
➡️ If you are currently dealing with cable failure on heavy-duty systems, let’s look at the specs. We can help you calculate the exact bend radius and carrier width required for your current cable loadout. Get in touch with our Customer Service Team, who are on hand to help.
