# Centralised Kitchen Costing for UK Pub Groups (2026)

> Discover the real break-even maths for central production kitchens in UK pub groups. Jelly helps you cut costs and scale smarter.

**Published:** 2026-10-05 | **Updated:** 2026-10-07 | **Author:** AI SEO Agent
**URL:** https://blog.getjelly.co.uk/centralised-kitchen-costing-pub-groups/
**Type:** post

**Categories:** Uncategorized

![Centralised Kitchen Costing for UK Pub Groups (2026)](https://blog.getjelly.co.uk/wp-content/uploads/2026/10/1791268101637-13c4dd6a345e-1024x572.webp)

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## Content

*Written by: JJ Tan, Founder, Jelly*

## Key Takeaways

- A central production kitchen (CPU) becomes viable for many UK pub groups at 8–12 sites when annual savings per pub multiplied by site count exceed the fully-loaded CPU cost.
- The correct cost comparison is fully-loaded CPU cost per portion delivered versus avoidable labour, waste, and emergency supplier spend already present in each pub kitchen.
- Most successful models use a hybrid approach: centralise stocks, sauces, braises, desserts, and pre-portioned proteins while keeping frying, grilling, and final plating on-site.
- Hidden costs such as logistics dependency, shelf-life validation, HACCP documentation, and transfer pricing must be modelled explicitly or margins erode after launch.
- Jelly provides automated invoice scanning, real-time dish GP tracking, and transfer-cost visibility so CPU business cases become measurable and board-ready.

[See how Jelly makes CPU business cases board-ready](https://www.getjelly.co.uk/chat?utm_source=ai-growth-agent&utm_term=centralised-kitchen-costing-pub-groups)

## What Does A Central Production Kitchen Cost A UK Pub Group In 2026?

Many CPU business cases compare CPU food cost to pub food cost and stop there. A robust model compares fully-loaded CPU cost per portion delivered with the avoidable cost already sitting in each pub. That means labour hours on prep, waste percentage, inconsistent portioning, and emergency supplier premiums when a site runs short. The following 14-line cost stack is what a fully-loaded CPU analysis must include.

1. **Property acquisition or lease.** Industrial units of 5,000–15,000 sq ft sit in the typical range for a pub-group CPU. Location relative to the estate’s geographic centre of gravity is the primary site-selection variable.
2. **Business rates and insurance.** [The 2026 VOA revaluation moved General Industrial assessments (SCat code 12) to a median rateable value of £13,250, a typical increase of +19.6% versus the 2023 list.](https://businessratechecker.com/intelligence/data) Storage & Distribution assessments (SCat code 11) reached a median rateable value of £4,400, up +17.4%. CPU site selection must account for this higher rates exposure versus prior planning cycles.
3. **Equipment finance or CapEx.** Combi ovens, blast chillers, vacuum sealers, racking, and cold storage infrastructure sit in this line. These are typically financed over 3–7 years. The annual finance charge belongs in the cost stack as well as the upfront figure.
4. **Production labour.** Head chef, production chefs, and porters sit on the CPU payroll. [Fully loaded hourly labour cost must include employer payroll costs, benefits, and recurring employment costs divided by productive paid hours, not theoretical scheduled hours.](https://teemyeah.com/industry-news/centralized-food-preparation-roi-restaurant-chain)
5. **Quality assurance and food safety management.** A dedicated QA function becomes essential at CPU scale. [UK food businesses must implement and maintain a food safety management system based on HACCP principles, covering hazard identification, critical control points, monitoring, corrective action, verification, and record-keeping.](https://gov.uk/government/publications/managing-food-safety/managing-food-safety)
6. **Utilities.** Gas, electricity, and water at industrial tariffs form a material line. Blast chilling and refrigerated storage are usually the dominant energy draws in a CPU environment.
7. **Packaging and labelling.** Every component dispatched to pubs needs tamper-evident, date-coded, and allergen-labelled packaging. [UK traceability rules require records of all suppliers and all businesses supplied, including type and quantity of products and dates of transaction and delivery, available for inspection at all times.](https://gov.uk/government/publications/managing-food-safety/managing-food-safety)
8. **Waste disposal and recycling.** Industrial volumes of trim, packaging, and food waste require contracted disposal. Groups often underestimate this cost at the planning stage.
9. **Refrigerated delivery fleet or third-party logistics.** [Distribution frequency depends on product shelf life, site storage capacity, menu demand, and transport logistics, with some businesses delivering daily and others on scheduled drops.](https://dephna.com/insights/cpu-vs-restaurant-kitchen-why-chains-are-centralising-prep-and-how-it-works) Fleet ownership versus third-party logistics is a capital-versus-operating cost trade-off that needs explicit modelling.
10. **Drivers and delivery labour.** This line sits separate from production labour. If delivery fails, pubs cannot serve. That makes this one of the CPU’s most operationally critical cost lines.
11. **Equipment maintenance and servicing contracts.** [One large automated line creates a single point of failure that did not exist when individual kitchens prepared independently.](https://teemyeah.com/industry-news/centralized-ingredient-preparation-restaurant-chains) A breakdown before the morning dispatch window can affect every pub simultaneously.
12. **HACCP compliance, shelf-life testing, and accreditation.** [HACCP verification checks must be carried out at least once a year as a minimum, with frequency depending on the nature of hazards, throughput, monitoring frequency, and the number of times critical or legal limits have been breached.](https://gov.uk/government/publications/cell-cultivated-products-guidance-on-classification-and-haccp-principles/cell-cultivated-products-guidance-on-classification-and-haccp-principles) For ready-to-eat (RTE) components, shelf-life validation becomes a recurring cost.
13. **Software for invoice automation, recipe costing, and transfer cost tracking.** Without a system that tracks ingredient costs in real time and maps them to transfer prices, the group cannot see true margin per dish across the estate. That visibility gap is itself a cost line. The software that closes it, such as Jelly at a flat rate of £129/month per location, belongs in the CPU business case alongside property and labour.
14. **Ingredients.** Bulk purchasing at CPU scale often reduces unit cost. The saving must be calculated net of increased packaging, handling, and any yield loss from centralised processing. Transfer pricing implications must be modelled separately.
15. **Transfer cost.** This is the internal charge from the CPU to each pub for components received. Many CPU business cases omit this line entirely. Without a defined transfer price per portion, pub-level GP figures mislead because CPU overhead sits unallocated at group level.

With those 14 cost lines defined, the next step is to test whether the total can be beaten by the savings a CPU unlocks across the estate.

## The Break-Even Method For UK Pub Groups

The break-even framework for a CPU stays simple in structure. Annual pound saving per pub multiplied by the number of pubs must exceed the CPU’s total annual cost. [The break-even store count is calculated by dividing the modelled central operating cost by per-store gross benefit while holding the selected central configuration constant.](https://teemyeah.com/industry-news/centralized-food-preparation-roi-restaurant-chain)

For UK pub groups, the practical thresholds look consistent. Below 8 pubs, the CPU overhead per pub is usually too high to justify the fixed cost of property, equipment, and dedicated production labour. The 8–12 pub range is the minimum viable scale, sufficient to spread fixed costs but tight enough that logistics must run highly efficiently. Some operators begin evaluating the decision earlier, around the third or fourth site, but the break-even case only becomes robust once the estate reaches the 8–12 range.

Not every large estate chooses centralisation. Greene King, for example, operates a distributed model with food preparation roles across individual sites. That alternative shows the break-even calculation depends on the group’s operating model as well as scale.

To calculate avoidable cost per pub, a group needs four inputs. These are current food cost percentage, labour hours spent on prep per week, waste percentage as a proportion of food purchased, and emergency supplier spend per period. The sum of these, expressed as pounds per pub per year, is the saving the CPU must beat on a fully-loaded basis. [Only incremental differences belong in the model. If current pub rent continues unchanged, the released preparation area is not a cash saving unless it enables additional covers or a new revenue station under an approved operating plan.](https://teemyeah.com/industry-news/centralized-food-preparation-roi-restaurant-chain)

For a group with 15 pubs, the total annual benefit pool is the sum of the avoidable prep labour, waste, and emergency supplier premiums across those sites. If the fully-loaded CPU costs less than that pool per year, the model is positive. If it costs more, the model fails. The arithmetic holds regardless of industry fashion.

[Model your break-even with Jelly](https://www.getjelly.co.uk/chat?utm_source=ai-growth-agent&utm_term=centralised-kitchen-costing-pub-groups)

## Designing The Hybrid CPU And Pub Kitchen Split

The hybrid model now acts as the standard operating structure for many UK pub groups with a CPU. [Most multi-site groups centralise the components that carry the most consistency risk while leaving finishing and plating to individual site teams, who are better placed to handle real-time service.](https://dephna.com/insights/consistency-at-scale-central-prep)

Items suited to centralisation:

- Stocks, sauces, and gravies
- Marinades and dressings
- Braises and slow-cooked proteins
- Pies and pastry cases
- Desserts and bakery items
- Dough (pizza, bread, pastry)
- Pre-portioned proteins
- Prepped and washed vegetables

Items to retain on-site:

- Frying and grilling to order
- Steaks and burgers
- Eggs and breakfast items
- Chips and fried sides
- Final plating and garnishing
- Any dish where theatre or freshness is central to the pub’s proposition

The menu implication is direct. Centralising too much risks eroding the “local pub” feel that drives repeat visits and community loyalty. Centralising too little fails to capture the labour and waste savings that justify the CPU investment. The hybrid split should reflect the pub group’s specific brand positioning rather than copying a casual dining chain.

Mitchells & Butlers’ Pesto brand operates a ten-strong estate of Italian tapas restaurants, as stated in the company’s Annual Report and Accounts 2024. This provides a mid-scale example of the hybrid model in a multi-brand managed estate. Loungers, by contrast, operates 300-plus sites under a distributed, venue-led model rather than a centralised production model, a deliberate choice rooted in its hyperlocal brand architecture where every site has a unique identity. Loungers shows that centralisation depends on menu complexity, site density, and brand positioning.

## Hidden Costs And CPU Failure Modes

Several cost categories are routinely omitted from CPU business cases and then erode margin after launch.

**Logistics dependency.** If a delivery vehicle breaks down or a route is disrupted, pubs cannot serve the affected menu items. There is no fallback equivalent to a site chef improvising with available stock. The CPU creates a supply-chain dependency that individual pub kitchens do not face.

**Shelf-life constraints for RTE products.** [EU Commission Regulation (EU) 2024/2895, effective from 1 July 2026 in Northern Ireland, amends the Listeria monocytogenes standard for ready-to-eat products so that the pathogen must not be detected in 25g during the shelf-life of RTE product placed on the market.](https://gov.uk/government/publications/managing-food-safety/managing-food-safety) For pub groups producing chilled RTE components centrally, shelf-life validation becomes a recurring compliance cost. If shelf-life is set too short, waste increases. If it is set too long without adequate validation, the group faces regulatory and reputational risk.

**Menu standardisation risk.** [Groups that skip central prep and try to scale on training alone repeatedly hit the same wall. A new site performs well for a few months while the founding team is heavily involved, then drifts.](https://dephna.com/insights/consistency-at-scale-central-prep) The reverse failure mode also exists. Over-standardising the menu to fit CPU production removes the local variation that pub regulars notice and value. The CPU menu should be designed with the hybrid split in mind from the outset.

**HACCP documentation overhead.** [HACCP documentation must include a HACCP team list, plan scope, production flow diagram, hazard analysis, control measures, monitoring procedures and corrective actions, validation and verification procedures and records, and records of review, all signed off by a responsible company official and held under an appropriate version control system.](https://gov.uk/government/publications/cell-cultivated-products-guidance-on-classification-and-haccp-principles/cell-cultivated-products-guidance-on-classification-and-haccp-principles) This requirement creates a staffing cost as well as a compliance obligation.

Once those hidden costs are modelled, the next question is how a CPU changes the way the group should engineer its menu.

[Track hidden CPU costs in real time](https://www.getjelly.co.uk/chat?utm_source=ai-growth-agent&utm_term=centralised-kitchen-costing-pub-groups)

## How Centralised Costing Changes Menu Engineering

A CPU reshapes the economics of every dish on the menu when the group can see the numbers clearly. Without a system that tracks transfer cost per portion and maps it to each pub’s sales mix, the group operates blind. The pub appears to have a lower food cost because it receives CPU components at an internal transfer price. If that transfer price does not reflect the fully-loaded CPU cost per portion, the group-level margin figure is wrong.

This costing problem is what Jelly solves for multi-site pub groups. Jelly automates invoice scanning across the estate, updates ingredient costs in real time with every new supplier invoice, and calculates live dish GP margins. When a CPU component changes in cost because a bulk ingredient price moves or a packaging specification changes, every dish that uses that component updates automatically. With POS integration across our integration partners, Jelly’s Sales Mix report shows which dishes are most popular and most profitable across the estate at the same time. That visibility enables the group to decide which CPU-produced items to promote, reprice, or retire.

Jelly onboards in the first week. Users cut food costs by 3% on average in the first 3 months. The platform runs at a flat rate of £129/month per location with no variable charges per user or feature. For a pub group running a CPU, Jelly provides the transfer-cost tracking and dish-level GP visibility that makes the business case measurable and defensible at board level.

For further context on multi-site menu costing infrastructure, see [Centralised Menu Costing For UK Pub Groups Explained](https://blog.getjelly.co.uk/food-cost-monitoring-pub-groups/?utm_source=ai-growth-agent&utm_term=centralised-kitchen-costing-pub-groups), [Centralised Menu Costing System For Multi-Site Pub Groups](https://blog.getjelly.co.uk/centralised-menu-cost-calculator-pub-groups/?utm_source=ai-growth-agent&utm_term=centralised-kitchen-costing-pub-groups), and [Food Cost Reduction Strategies For Multi-Site UK Pub Groups](https://blog.getjelly.co.uk/food-cost-reduction-pub-groups/?utm_source=ai-growth-agent&utm_term=centralised-kitchen-costing-pub-groups).

## Frequently Asked Questions

### How Many Pubs Do You Need To Justify A Central Kitchen?

For a UK pub group, a central production unit (commissary) generally becomes viable at 8–10 units, with the CapEx rarely amortised below that scale. Recipe complexity can lower that threshold. As outlined above, the break-even case typically becomes achievable at 8–12 pubs, though some operators begin evaluating earlier. The correct test remains whether the annual pound saving per pub, multiplied by the number of pubs, exceeds the CPU’s fully-loaded annual cost.

### What Is The Difference Between A Central Production Kitchen And A Commissary Kitchen?

In UK pub and hospitality usage, the terms are largely interchangeable. Both describe a dedicated off-site facility that produces food components at scale for distribution to multiple serving locations. The commissary model is defined by a central production kitchen handling heavy prep work and transporting finished or partially finished items in temperature-controlled vehicles to satellite locations, which perform only light finishing work. In practice, UK pub groups tend to use “central production kitchen” or “CPU” when the facility is owned or leased by the group itself, and “commissary” when referencing the broader foodservice model. The operational and financial logic stays identical. The CPU removes production-intensive, consistency-critical work from individual pub kitchens and concentrates it in one facility where teams can complete it more efficiently and consistently.

### What Should A Pub Group Centralise First?

The strongest candidates for first-phase centralisation are the components that combine high labour intensity, high consistency risk, and adequate shelf life for distribution. For most UK pub groups, this means stocks, sauces, and gravies. These items take significant skilled time to produce correctly, vary noticeably between sites when made independently, and hold well under chilled distribution. Marinades, braises, and batch-cooked protein bases form the natural second phase. Desserts and pastry items follow, provided the group has adequate blast-chilling and cold-chain capacity. The items to leave on-site in the first phase are anything time-sensitive, order-specific, or central to the pub’s theatre: steaks, burgers, eggs, chips, and final plating. Phasing centralisation by component family rather than attempting a full menu transition at once reduces operational risk and allows the group to validate shelf life, logistics, and site team capability before committing to the full CPU model.

### How Do You Track Transfer Cost From A Central Kitchen To Each Pub?

Transfer cost tracking requires a system that can assign a fully-loaded cost per portion to every CPU-produced component and carry that cost through to dish-level GP at each pub. The transfer price must reflect ingredient cost plus a fair share of CPU labour, packaging, delivery, and overhead. Otherwise pub-level GP figures mislead and group-level margin reporting becomes inaccurate. In practice, many pub groups without dedicated costing software either omit transfer costs entirely or use a simplified flat markup that does not reflect actual cost variation by component or by delivery route. As described in the menu engineering section, Jelly’s transfer-cost tracking carries CPU component costs through to dish-level GP at each pub and maps those margins to actual sales volume at each site.

## Conclusion

The CPU decision is a break-even calculation. The key comparison is fully-loaded CPU cost per portion delivered versus the avoidable cost already sitting in each pub. When the CPU wins that comparison, a hybrid model of centralised components and on-site finishing suits most UK pub groups.

The operator examples above, from Greene King’s distributed estate to Pesto’s hybrid model, show that the decision always depends on brand and operating model. The board-level challenge lies in proving the numbers. That requires costing infrastructure that tracks transfer costs, updates dish-level GP in real time, and shows which items are profitable across the estate. Jelly provides that infrastructure through automated invoice scanning, live dish costing, and POS-integrated sales mix reporting at the flat per-location rate mentioned above.

[Start your CPU costing review](https://www.getjelly.co.uk/chat?utm_source=ai-growth-agent&utm_term=centralised-kitchen-costing-pub-groups)

## Read Next

- [Centralised Menu Costing for UK Pub Groups Explained](https://blog.getjelly.co.uk/food-cost-monitoring-pub-groups/)
- [Centralised Menu Costing Software for UK Pub Groups](https://blog.getjelly.co.uk/menu-analytics-tools-pub-groups/)
- [Centralised Menu Costing System for Multi-Site Pub Groups](https://blog.getjelly.co.uk/centralised-menu-cost-calculator-pub-groups/)
- [Pub Menu Costing vs Restaurant Costing: 2026 UK Guide](https://blog.getjelly.co.uk/pub-vs-restaurant-menu-costing/)
- [Food Cost Reduction Strategies for Multi-Site UK Pub Groups](https://blog.getjelly.co.uk/food-cost-reduction-pub-groups/)

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## Citations

- [Stock Control for Busy Bars: A Shift-by-Shift Playbook](https://blog.getjelly.co.uk/best-stock-control-busy-bars/)
- [How To Improve Food Cost Control With Suppliers: 7 Steps](https://blog.getjelly.co.uk/improve-food-cost-control-suppliers/)
- [Kitchen Cut Costs In 2026: What UK Operators Actually Pay](https://blog.getjelly.co.uk/kitchen-cut-costs-uk-pricing/)
- [Nory Software Reviews For Restaurants: An Honest UK Verdict](https://blog.getjelly.co.uk/nory-software-reviews-restaurants/)
- [Menu Profitability Spreadsheet: Excel Food Cost Guide](https://blog.getjelly.co.uk/excel-menu-profitability-spreadsheet/)

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