Engineered Motion Control

Control cables built around your application.

From standard push-pull and pull-only assemblies to high-efficiency ball bearing systems, Cablecraft engineers mechanical control cables to match your load, travel, routing and interface requirements.

Standard product families. Application-specific lengths, construction and fittings.
Cablecraft mechanical control cable assemblies with different end fittings and operator interfaces
Push-PullPull-OnlyBall Bearing
Engineering Basics

What is a control cable?

A control cable transfers mechanical motion or force between points using a flexible inner member and, where required, an outer conduit. Cablecraft offers push-pull cables for bidirectional operation, pull-only assemblies for tension-based functions, and ball bearing cables for applications where high efficiency and low lost motion are priorities. The correct system depends on the motion, load, travel, routing and operating environment.

Product Families

Find the right control cable architecture

Start with the type of movement the system needs. Then explore the cable construction and product options for your application.

Cablecraft sliding push-pull control cable assemblies
Bidirectional and Tension Control

Sliding Control Cables

Versatile mechanical cable systems for push-pull and pull-only functions across equipment and vehicle applications.

Push-PullPull-OnlyCustom Fittings
Explore sliding cables
Cablecraft ball bearing push-pull control cables and terminals
High-Efficiency Motion Transfer

Ball Bearing Control Cables

Engineered for precise push-pull movement, low lost motion, higher loads and long or complex routed paths.

KRF3000KRF1600Low Lost Motion
Explore ball bearing cables
Engineering Selection

Four questions to help specify the right cable

These inputs shape cable construction and performance. A complete specification also considers how the cable is installed and operated.

01

Motion & Load

Does the system push, pull or both? What force and duty cycle are required?

02

Travel & Routing

How far does it move? Consider length, bends, available space and radius.

03

Precision & Feel

How important are efficiency, backlash, lost motion and responsiveness?

04

Interfaces & Environment

Specify end fittings, mounting, temperature, contamination and exposure.

Need more technical detail? Visit Cablecraft Engineering Resources
Application-Led Solutions

Control cables across demanding industries

Explore application examples and cable requirements in the markets Cablecraft supports.

Frequently Asked Questions

Control cable questions, answered

What is the difference between push-pull and pull-only control cables?

Push-pull cables transmit motion in compression and tension. Pull-only cables transmit force in tension and generally depend on a second cable, spring or return mechanism for the opposite motion. The correct arrangement depends on the load and system design.

When should an engineer consider a ball bearing control cable?

Ball bearing controls are worth evaluating when high efficiency, low lost motion, long routed paths or precise push-pull movement are critical. Cablecraft's KRF3000 and KRF1600 series offer different load and bend-radius capabilities.

Can Cablecraft customize cable length, travel and end fittings?

Yes. Cablecraft can evaluate custom cable lengths, operating travel, conduit/inner-member construction, end fittings and mounting interfaces. Submit your drawing, required motion, loads and routing information through the request-a-quote form.

Engineering and OEM Support

Have an application in mind? Let's define the right cable.

Share your requirements with Cablecraft. Our team can help evaluate an existing series or a custom assembly for your installation.

Helpful details for an RFQ
  • Application or drawing
  • Motion and load
  • Travel and routing
  • Fittings and quantity
Request a Control Cable Quote Explore technical design resources