Pallet
Racking

MPS Systems offers reliable, easy-to-install, and cost-effective adjustable beam racking. This versatile system provides direct access to every pallet and can be tailored to meet specific load, space, and handling needs using a wide range of uprights and beams.

Standard pallet racking offers safe and efficient storage for various goods, and our range of accessories (see pages 14–15) enhances flexibility and ease of use.

Download Our Brochure

Discover how our solutions can work for you. Download our latest brochure now.

Wide Aisle Standard

Easily installed, cost-effective and versatile, wide aisle racking is the most widely used of pallet storage systems and allows direct access to each pallet stored.
With adjustable beams, racking can be re-configured to accommodate changes in the type of goods stored and wide aisles allow access by all types of truck, making specialised handling equipment unnecessary.

MPCSystems-racking-01
Narrow-Aisle

Narrow Aisle Solutions

Narrow Aisle maximizes floor space and stacking height by allowing forklifts to operate in narrower aisles. Using specialized ‘man-down’ or ‘man-up’ lift trucks, it ensures safe, efficient load handling. Floor-level guidance rails or wires enhance safety, reduce damage, and improve handling speed and accuracy.

Double Deep

A variant on standard adjustable beam racking, 
Double-deep racking, as the name implies, allows pallets to be stored two deep but still accessible from the same aisle.
By reducing the number of access aisles and using the space saved to accommodate additional racking, a Double-deep configuration provides a highly space-efficient storage system.

This first-in, last-out system, used with an efficient stock management system can offer the advantage of the increased storage density.

MPCSystems-racking-03
MPCSystems-racking-04

Drive In 

Drive-in racking maximizes space efficiency for palletized goods by eliminating access aisles, increasing storage capacity by 60-80% over conventional racking. Pallets are stored on guide rails, with forklifts entering storage lanes to load or retrieve goods. Access can be from one end (drive-in) or both ends (drive-through) for better stock rotation. With heights up to 11 meters, it fully utilizes building space for maximum storage. An ideal solution for high-density storage without specialized handling equipment.

Carton Flow

Carton live storage or ‘flow racking’ operates on the same principle as pallet live storage, but is used for stock which needs to be hand-loaded and picked.
Live storage systems reduce order picking times and help minimise errors, as not only are items presented precisely at the picking face, but effective management of the throughput and stock levels of goods can also be easily maintained.protected, silver-based.

MPCSystems-racking-05
MPCSystems-racking-06

Push Back

Dynamic Push-back racking maximizes floor and cubic space, offering an efficient pallet storage solution. Pallets are loaded onto wheeled carts or rollers and pushed back along inclined beds, storing up to 4 deep on carts or 10 deep on rollers. As pallets are retrieved, the remaining ones move forward. Operating on a ‘first-in, last-out’ basis, it’s ideal for marshalling areas and bulk storage.

Pallet Live 

Working on a first-in, first-out basis, dynamic Live racking provides extremely high levels of storage density in a given area. Pallets are loaded onto dedicated lanes of inclined gravity rollers which are set at a fixed gradient. When a load is taken from the picking face, the next pallet rolls into position, with replenishment stock loaded at the opposite (upper) end of the lane.

Stock rotation is therefore automatic with the minimum
of fork lift truck movements required to handle the flow
of goods.


MPCSystems-racking-07
MPCSystems-racking-09

Specialised

Whilst providing the ideal means of storing palletised loads, the versatility of the system means large, bulky or simply awkward to store items can be accommodated using the most accessible and space-efficient methods.
Combinations of standard components and accessories with specialised ‘bespoke’ items create successful solutions to what may initially appear to be the most difficult of storage problems.

Raised platforms and ‘tiered’ systems also provide a cost-effective means of utilising the height of a building thereby maximising the storage capacity for a given floor area.

Storage Platforms 

Maximize storage without expanding your footprint—build upwards! Raised platforms and tiered shelving double capacity by utilizing vertical space. Featuring walkways, stairs, and safety rails, they’re ideal for storage or order picking, with conveyor integration for efficient dispatch. Built with Palletstor and Longspan shelving, they offer strength, versatility, and adaptable configurations.

MPCSystems-racking-10
MPCSystems-racking-11

Barrier

Barrier Rails have been developed to allow organisations throughout industry to protect equipment and facilities which are vulnerable to accidental fork truck damage. As well as protecting racking and shelving in busy warehouse or factory environments, Barrier Rails 
segregate and protect fork lift truck battery chargers, vending machines, conveyors, factory or warehouse 
offices. They also serve as safety barriers in loading bays and to demarcate doorways and pedestrian areas. 

Barrier Rails help companies comply with the requirements of current Health & Safety regulations - to make the working environment safer.

Racking Case Studies

These examples represent a cross section of projects we have completed for our clients. Each project showcases our expertise in the manufacture and installation of our high quality systems.

Case-Study-Racking-01-01

CASE STUDY

Case-Study-Racking-02-01

CASE STUDY

Case-Study-Industrial-Partitons-03-01

CASE STUDY

MPC Systems (North) Ltd
Unit 11, Network Centre
Midland Way
Barlborough
Chesterfield
S43 4WW

Telephone: 01246 819 970

QUICK LINKS

OUR POLICIES

Logos-2

Copyright © 2026 MPC Systems.

Website design & build by NU Logo

All rights reserved.

document.querySelector('.smp-nav-lottie').addEventListener('click', function() { window.location.href = 'https://yourlink.com'; }); document.querySelector('.smp-nav-lottie').addEventListener('click', () => { console.log('Lottie clicked'); }); document.addEventListener('DOMContentLoaded', function() { setTimeout(function() { var container = document.getElementById('lottie-container'); var animation = lottie.loadAnimation({ container: container, renderer: 'svg', loop: false, autoplay: true, path: 'https://www.mpcsystems.co.uk/wp-content/uploads/2025/02/MPC-Animated-Logo-1.json' }); }, 100); // Delay for Safari }); window.addEventListener('orientationchange', function() { document.body.style.paddingTop = document.querySelector('.navbar').offsetHeight + 'px'; }); document.addEventListener('DOMContentLoaded', function() { const images = document.querySelectorAll('.image-hover-zoom'); document.addEventListener('DOMContentLoaded', function() { const images = document.querySelectorAll('.image-hover-zoom'); document.addEventListener('DOMContentLoaded', function() { const images = document.querySelectorAll('.image-hover-zoom'); document.addEventListener('DOMContentLoaded', () => { // Ensure that the images are loaded before starting the observer const images = document.querySelectorAll('.image-hover-zoom'); // Select all image containers // IntersectionObserver to detect when the image enters the viewport const options = { root: null, rootMargin: '0px 0px -50% 0px', // Trigger when 50% of the image is in the viewport threshold: 0 }; const observer = new IntersectionObserver((entries, observer) => { entries.forEach(entry => { if (entry.isIntersecting) { entry.target.classList.add('is-visible'); observer.unobserve(entry.target); // Stop observing after it's visible } }); }, options); // Observe each image for visibility images.forEach(image => { observer.observe(image); }); // Fallback for mobile: Detect scrolling and trigger class based on position if (window.innerWidth <= 768) { window.addEventListener('scroll', function() { images.forEach(image => { const rect = image.getBoundingClientRect(); if (rect.top < window.innerHeight * 0.5 && rect.bottom > 0) { image.classList.add('is-visible'); } else { image.classList.remove('is-visible'); } }); }); } });