Cable Assemblies
Electrical Wiring Harness
Scott Cables is a UK manufacturer of bespoke wiring harnesses (or wiring looms as they are also known) for a vast range of power, data and signal applications. We have a highly skilled and experienced team and have been supplying wiring harness products to our customers for thirty years. Our products support a wide variety of market sectors including critical applications in defence, aerospace and rail.
Further information

Loom Assemblies
We manufacture high-quality loom assemblies designed for durability, precision, and long-term performance. Built to exact specifications, our assemblies ensure seamless integration into your systems while maintaining consistent reliability under demanding operating conditions.
Further informationRF Cable Assemblies
Scott Cables has over 30 years of experience in providing RF Cable Assemblies for a wide range of applications up to 70GHz. Over and above our cable assembly capabilities we can provide Semi-Rigid and LMR Cable types from stock together with a wide range of RF Connectors
Further information

Electro-Mechanical Assemblies
Scott Cables can provide you with complete, ready-to-install electro-mechanical assembly units comprising of a combination of electrical wiring with a PCB or a range of electrical devices, including switches, relays and bulbs. Ordering a block of components as a single-part number assembly from us helps keep your project running more efficiently, by reducing your purchasing administration burden and assisting your supplier rationalisation initiative.
Further informationPower and Battery Cables
With 30 years in the business, Scott Cables understand the importance of good quality power leads and battery cables to ensure your electrical circuits work efficiently. We have cut, strip and termination equipment suitable for high-power assemblies built with large cross-sectional area cables. The automated processing equipment means that we can supply you with high volume runs with reduced build times at a low cost to you.
Further information




