How M&S Uses AI to Enhance Smart Food Distribution

Marks & Spencer (M&S) is revolutionising its food supply chain with a £340m (US$456m) investment, integrating AI and advanced automation to enhance product distribution from suppliers to shelves.

The integration of artificial intelligence and robotics in their food distribution network will allow M&S to optimise stock management and enhance logistics efficiency.

This strategy aims to reduce waste and assure that fresher food products reach consumers more promptly.

AI-driven systems will play a crucial role by enabling real-time quality monitoring, optimising delivery routes and aligning with sustainability targets.

This tech-infused transformation reinforces M&S's resilience and innovation in the dynamically changing retail environment.

Reshaping for growth

The £340m (US$456m) investment programme, regarded as the largest in the retailer's history, will support the creation of an automated National Distribution Centre (NDC) in Northamptonshire.

This initiative is fundamental to M&S' goal of doubling the size of its food business.

Alex Freudmann, MD at M&S Food, explains: “We’re transforming M&S into a destination for the weekly shop and modernising our supply chain is central to that ambition.

“This investment will boost capacity for future growth, lower our cost to serve over the long-term, and improve product availability – ensuring customers find the right products in the right place at the right time.

“Our new site will strengthen our network and help us get ahead of the volume curve as we build a bigger, better Food business. By using the latest, proven automation, we are future-proofing both our business and UK retail logistics, as well as creating 1000 jobs permanently on site and 2000 during the construction phase.”

What will the new facility look like?

The cutting-edge facility, spanning more than 1.3 million square feet, will incorporate AI and high-end automation technologies aimed at elevating operational efficiency and product accessibility.

This development will also support the expansion of M&S' customer base for weekly shops.

Situated at Daventry International Rail Freight Terminal, the centre is slated to commence operations by 2029 and will generate more than 2,000 jobs during its construction phase, with 1,000 permanent positions once it becomes fully operational.

Automations to be used in the facility include:

• An automated pallet crane for handling long-life ambient products 
• A high-speed shuttle system for sorting and storing stock
• A hands-free picking solution that loads items directly onto store-ready delivery cages

These technological advancements will enable M&S to streamline its logistics from the distribution centre to retail outlets, enhancing the efficiency and speed of restocking processes. Collaborators in this project include firms such as Prologis and TGW.

Paul Weston, Regional Head at Prologis UK, adds: “This development goes beyond real estate – it’s a long-term infrastructure platform tailored to M&S’ future supply chain. Together, we’re combining automation sustainability and smart energy systems to deliver a site that supports growth, resilience and net zero ambitions.”

Craig Mitchell, Sales Project Manager TGW Limited at TGW, adds: “TGW is extremely proud to be partnering with M&S on this transformation journey.

"Our collaboration is built on mutual trust, shared ambition and a commitment to delivering state of the art automation to support M&S’s long-term growth.

"Together, we are creating a logistics warehouse fit for future retail demands, one that sets a new benchmark for innovation and efficiency in the UK grocery sector.”

Sustainable distribution

Focusing on sustainability, the new NDC aims to achieve a BREEAM outstanding rating, marking it among the top 1% of sustainable buildings worldwide and serving as M&S’s prime Plan A warehouse.

Sustainability features of the site will include:

• Responsibly sourced and recycled building materials
• EPC A+ rating with a large-scale rooftop solar panel array
• An advanced rainwater harvesting system
• EV vehicle charging and energy-saving technologies
• A vehicle maintenance unit