When it comes to racing and performance vehicles, every component matters. From rock crawlers tackling extreme terrain to drag cars chasing split-second gains, reliability and precision are non-negotiable. One often overlooked—but absolutely critical—component is the control cable connecting your shifter or throttle system.

At Industrial and Cable Group, we supply heavy-duty push pull cables designed to perform under pressure—built for racers, fabricators, and enthusiasts who demand consistency in the harshest environments.

Built for Performance, Designed for Reliability

Our push pull cables are engineered specifically for high-performance applications, delivering smooth and precise motion when it matters most. Whether you're lining up on the strip, navigating technical off-road tracks, or cruising in a custom street rod, these cables are made to keep you in control.

Compatible with popular aftermarket systems like Winters Shifters and Allstar Shifters, our cables integrate seamlessly into your setup—making them a reliable choice for both new builds and upgrades.

Engineered for Harsh Racing Environments

Racing conditions are unforgiving. Heat, vibration, dust, mud, and constant movement can quickly wear out inferior components. That’s why our cables are built tough:

• Heavy-duty outer sheath resists kinking and binding during operation
• Flexible inner core ensures smooth, responsive movement
• Threaded ends provide secure, reliable attachment to your shifter linkage
• Durable construction designed to withstand extreme conditions

The result? Consistent, precise gear selection you can trust—lap after lap, run after run.

Versatility Across Applications

While these cables are ideal for connecting shifters to automatic transmissions, their versatility doesn’t stop there. The same robust design makes them an excellent choice for throttle cable applications, offering smooth control and long-term durability across a wide range of builds.

From off-road rigs and dirt cars to drag racers and street machines, one cable solution can cover multiple needs.

Options to Suit Your Build

No two builds are the same, which is why we offer a range of length options to suit your setup. Whether you’re working with tight engine bays or custom chassis layouts, you’ll find a cable that fits—without compromise.

Performance Without the Premium Price Tag

At Industrial and Cable Group, we believe high-quality components shouldn’t break the budget. Our aftermarket cable solutions are competitively priced, giving you a reliable alternative that keeps your vehicle performing—without overspending.

Stay in Control with Industrial and Cable Group

Precision, durability, and value—our push pull cables deliver all three. Designed for compatibility with leading shifter brands and built to handle the demands of performance vehicles, they’re a smart choice for anyone serious about their build.

Explore the range today and keep your vehicle on track, on the trail, or ahead of the pack.

Control Cables Australia: The Complete Guide to Mechanical Control Cables

Mechanical control cables are used across countless industries to transfer motion, regulate machinery and provide precise equipment control. From agricultural machinery and heavy equipment to trucks and marine systems, these cables play a critical role in keeping machines operating safely and efficiently.

This guide explains what control cables are, how they work, where they are used and how to choose the right cable for your application.

What Are Mechanical Control Cables?

A mechanical control cable is a flexible cable system designed to transmit motion from one location to another. The cable allows operators to control machinery remotely by pushing or pulling a cable connected to a lever, knob or handle.

Mechanical control cables are widely used because they provide reliable and precise control without relying on electrical systems.

These cables typically consist of two main components:

Inner cable (core wire)
The inner cable moves back and forth to transfer motion.

Outer conduit (casing)
The conduit protects the inner cable and guides its movement.

When a control is operated, the inner cable slides inside the conduit to activate the connected component.

Types of Control Cables

Different applications require different types of mechanical control cables. Some of the most common cable types include the following.

Push-Pull Control Cables

Push-pull cables are designed to transmit motion in both directions. The cable can push and pull, allowing precise control of equipment functions.

These cables are commonly used for:

• Throttle controls

• Hydraulic valve actuation

• Engine controls

• Equipment positioning

Push-pull cables are one of the most widely used cable systems in industrial machinery.

Pull-Only Cables

Pull-only cables operate in one direction. The cable pulls to activate the mechanism, and a spring or external force returns it to its original position.

Typical uses include:

• Brake systems

• Safety shut-offs

• Release mechanisms

Pull-only cables are simpler but still provide reliable mechanical control.

Vernier Control Cables

Vernier control cables allow fine adjustments and precise control. They are often used where equipment requires incremental adjustment.

These cables are commonly found in:

• Engine speed control

• Industrial machinery

• Generator equipment

Twist Lock Control Cables

Twist lock cables allow the operator to lock the control in position. Once set, the control remains fixed until manually adjusted.

These cables are often used in applications where a constant setting is required.

In many mechanical systems, reliable movement and precise control depend on strong and flexible connection points. One small but essential component that plays a major role in these systems is the rod end. Also commonly known as a heim joint or rose joint, rod ends provide a durable pivoting connection that allows motion to be transferred smoothly between components.

At Industrial and Cable Group, rod ends are commonly used with push-pull cable systems to help transmit linear motion efficiently and reliably.

What Is a Rod End?

A rod end is a mechanical joint that connects a threaded rod or cable terminal to another component while allowing movement and slight angular misalignment. It consists of a spherical bearing mounted inside a housing, which enables the joint to pivot as the connected components move.

This pivoting capability is critical in applications where parts must move while remaining securely connected. Rod ends allow motion to be transferred without placing unnecessary stress on the cable or linkage system.

How Rod Ends Work in Push-Pull Cable Systems

In push-pull cable assemblies, rod ends act as the connection point between the cable’s threaded terminal rod and the machinery or mechanism being controlled.

They help ensure:

• Smooth transmission of linear motion
• Reliable operation under load
• Flexibility to accommodate slight misalignment
• Reduced stress on the cable system

Because of their strength and versatility, rod ends are widely used in systems that require precise control and consistent performance.

Common Applications

Rod ends are used across many industries where motion control and mechanical linkages are required. Typical applications include:

• Steering systems
• Throttle controls
• Mechanical linkage systems
• Hand- or foot-actuated push-pull linkages
• Suspension and control systems

In heavy-duty applications, larger rod ends are often used in systems such as sway bar end links, control arms, panhard bars, three-link and four-link suspensions, and strut tower braces.

Types of Rod Ends Available

Industrial and Cable Group offers several types of rod ends to suit different environments and performance requirements.

Chrome Moly Rod Ends

Chrome molybdenum rod ends are known for their high strength and durability, making them ideal for applications that require the joint to withstand heavy loads and demanding conditions.

These are commonly used in structural or high-performance linkage systems.

Stainless Steel Rod Ends

Stainless steel rod ends offer excellent corrosion resistance, making them a good choice for environments where exposure to moisture or harsh conditions may occur.

They are often used in push-pull cable systems that require reliable performance with minimal maintenance.

Steel Housing with Nylon Race Rod Ends

Rod ends with a steel housing and nylon race provide smooth operation and reduced wear. The nylon race helps minimise friction and can reduce the need for frequent maintenance.

These rod ends are widely used in hand- or foot-actuated push-pull linkages.

Choosing the Right Rod End

Selecting the correct rod end depends on several factors, including:

• Load requirements
• Environmental conditions
• Required level of movement or misalignment
• Maintenance considerations
• Whether metric or imperial sizing is required

Industrial and Cable Group supplies rod ends in both metric and imperial sizes to suit a wide range of mechanical and motion control applications.

Quality Motion Control Components

Rod ends may be small components, but they play a critical role in ensuring that motion control systems operate smoothly, safely, and reliably. Choosing high-quality rod ends designed for your application can help improve performance, reduce downtime, and extend the lifespan of your machinery.

Industrial and Cable Group supplies a wide range of rod ends, push-pull cables, and cable accessories to support motion control systems across many industries.

Explore the range and order online anytime at:
www.industrialandcable.com.au

Free shipping on orders over $150

Engineered tough. Delivered fast.

Why You Should Replace Industrial Mechanical Control Cable Accessories

In industrial environments, mechanical control cables work hard every day—managing throttle control, hydraulic actuation, PTO engagement, and countless other critical functions.

When it’s time to replace a worn or damaged control cable, there’s one important question to ask:

Are you replacing the accessories as well?

At Industrial and Cable Group, we strongly recommend replacing your control cable accessories at the same time as the cable itself to ensure the entire assembly is refreshed, reliable, and mechanically sound.

What Do We Mean by “Cable Accessories”?

Your control cable system relies on multiple precision components to operate smoothly and safely. These include:

Ball Joints

• Plated steel and stainless steel

• Available in imperial and metric sizes

• Designed for smooth articulation and load handling

Cable Clamps

• Suitable for a variety of cable types

• Light to heavy-duty options

• Secure mounting to prevent movement and wear

Clevises

• Forged steel construction

• Imperial and metric configurations

• Strong, secure pivot connection

Spherical Rod Ends (Heim Joints / Rose Joints)

• Chrome moly

• Stainless steel

• Steel housing with nylon race

• Male and female threads

• Also known as heim joints or rose joints

Fasteners & Jam Nuts

• Stainless steel construction

• Secure locking and adjustment

• Essential for maintaining correct alignment

Pivots & Swivels

• Plated steel

• Allow smooth directional movement

• Reduce binding and stress

Wire Stops

• Barrel or pivot style

• Plated steel

• Secure cable positioning and termination

Why Replace Accessories When You Replace the Cable?

It can be tempting to reuse existing rod ends, ball joints, or fasteners to reduce upfront cost. However, worn cables often indicate that the surrounding moving components have also experienced wear.

Replacing only the cable can leave weak points in the system.

Here’s why replacing the full assembly makes sense:

1. Safety & Reliability

Worn joints or fittings can compromise machine control. A refreshed system reduces the risk of unexpected failure.

2. Corrosion Prevention

Older accessories may already show signs of corrosion. Installing new plated or stainless components extends service life.

3. Smooth Operation

New spherical rod ends, pivots, and joints eliminate play and stiffness—restoring precise control.

4. Preventative Maintenance

Replacing everything at once prevents future downtime and repeat labour costs.

5. Correct Performance

Properly matched and tightened accessories ensure your control cable performs exactly as designed.

6. Real Cost Savings – Avoid Expensive Downtime

This is where many operators underestimate the true cost.

A fitting failure doesn’t just mean replacing a small component — it often means:

• Machine downtime

• Lost productivity

• Delayed projects

• Emergency call-out fees

• Staff standing idle

• Potential safety risks

The cost of downtime can far exceed the small saving made by reusing old fittings.

In many cases, the money “saved” by not replacing accessories during a cable change is quickly lost if a worn rod end or ball joint fails shortly after installation.

Replacing accessories at the time of cable replacement is a smart, preventative investment that protects your equipment, your schedule, and your bottom line.

Do It Once. Do It Right.

At Industrial and Cable Group, we believe in doing the job once—and doing it properly.

Replacing rod ends, ball joints, and hardware may slightly increase the initial outlay, but it delivers:

• Longer service life

• Greater reliability

• Reduced downtime

• Improved machine performance

• Measurable cost savings over time

Our extensive range of industrial mechanical control cable accessories is designed to add value to your repairs and help prevent system failure.

Need Technical Assistance?

Our website provides a wide range of options, but if you can’t find exactly what you’re looking for, our experienced team is here to help.

With over 30 years of industry experience, we’ve encountered almost every scenario and can provide practical, technical advice tailored to your application.

Contact Industrial and Cable Group today to discuss your requirements and ensure your next repair is reliable, cost-effective, and built to last.

At Industrial and Cable Group, we design, assemble, and supply high-quality push-pull cables for a wide range of industrial applications.

For over 40 years, Morse Controls and Teleflex Morse have been trusted names across Australia and New Zealand for their durable, reliable control cables.  Today, Industrial and Cable Group continues that legacy, providing compatible, high-performance replacement cables you can rely on.

Proudly Assembled in Australia

Our cables are assembled locally, drawing on more than 30 years of hands-on experience with Morse and Teleflex products.  This expertise ensures that every cable we supply offers durability, precision, and performance that meets or exceeds the original manufacturer specifications.

Push-Pull Cable Series

Our Push-Pull Morse Cable Series are classified by the rod size they use:

• 30 Series – 3/16” Rod
• 40 Series – 1/4” Rod
• 60 Series – 5/16” Rod

Each series is available with multiple cable end combinations to suit your setup:

• Clamp / Clamp
• Bulkhead / Bulkhead
• Bulkhead / Clamp

Alternate Names for Morse Cables

Some cables may also be referred to by alternate codes:

30 Series: 31C, 32C, 33C, 34C, 35C, 31B–35B, 31BC–35BC
40 Series: 41C, 42C, 43C, 44C, 45C, 41B–45B, 41BC–45BC
60 Series: 61C, 62C, 63C, 64C, 65C, 61B–65B, 61BC–65BC

Find Your Cable Easily

Our full range of push-pull control cables is available through our Build a Cable Tool on the website. Simply select the specifications you need, and order online for fast shipping.

Looking for a hard-to-find Morse or Teleflex replacement? Contact our expert team, and we’ll help you source the exact cable to keep your equipment running smoothly.

From control cables to end fittings and complete custom solutions, Industrial and Cable Group is your trusted partner for reliable, Australian-made control cables.