Bespoke Products

A line drawing of a puzzle with two pieces connected to each other on a white background.

 With over 75 years of expertise, Lyte specialises in designing and manufacturing bespoke access solutions tailored to the unique challenges of any industry. Whether you need a custom ladder, tower, or specialised platform, our team works with you to develop safe, innovative, and problem-solving solutions that meet your exact requirements.


From construction and manufacturing to transport and utilities, we’ve provided tailor-made access solutions that enhance efficiency and safety across a range of industries.



  • Precision-engineered for your specific needs
  • Designed and built in the UK
  • Expert innovation backed by decades of experience


Below, we’re showcasing just a few of the bespoke access solutions we’ve developed. If you need a custom-designed access product, get in touch with our expert design team to bring your vision to life.

Glassfibre Double Platform Step (Double Decker) using second platform
Glassfibre Platform
Glassfibre Cubicle Step in use in a toilet cubicle
A lyle tag that says do not use this equipment
Entrance Step
Aluminium Vehicle Accessing Platform

Case Studies

A man is standing on a ladder on top of a power pole.

BT

Bespoke Ladder for Utility Poles

We developed a custom aluminium ladder for BT, designed to securely stand against utility poles. The solution featured a unique 'butterfly' rung for superior balance, a lashing rope, and a double safety catch for enhanced security.

British Gas

Compact Ladders for Electric Vehicles

British Gas needed to reduce drag from ladders on electric vehicles. We designed compact roof and extension ladders that fit inside the vehicle, improving EV efficiency while maintaining safety and stability.

Portable Building Manufacturer

Glassfibre Cubicle Platform for Confined Spaces

For modular building engineers, we created a Glassfibre Cubicle Platform to fit within confined spaces like toilet cubicles. This bespoke solution allowed safe and efficient electrical work in tight spaces.