Concrete Cost Guides

Free project price guides for UK concrete work — estimate volume, ready-mix supply, labour, pump hire, waste allowance, VAT and total project cost for slabs, footings, driveways, bases and foundations in 2026.

Free UK Concrete Cost Guides — Which Resource Should You Use?

UK Concrete Cost Guidesis a guide for planning concrete work before you request quotes from ready-mix suppliers, mini-mix operators, volumetric lorries, builders or groundwork contractors. Concrete pricing is rarely one number because every job has different dimensions, grade requirements, access conditions, labour needs and waste risk. A 2m³ shed base poured beside a driveway is priced very differently from a 2m³ rear garden base that needs wheelbarrowing through a terraced house.

This page helps you choose the right free guide for the job. Start with the project type, work out the cubic metres, add waste allowance, then build a realistic price using concrete supply, delivery, pump hire, labour, formwork, reinforcement, sub-base, excavation and VAT. For structural work such as foundations, retaining walls, suspended slabs or extensions, use the estimate for budgeting only and confirm the design with Building Control, your designer or structural engineer.

2026 Estimating Rule

Do not budget from concrete volume alone. A good UK concrete cost estimate includes the mix grade, minimum load charge, delivery distance, access method, placing time, waste allowance, finishing method, reinforcement, sub-base preparation and any Building Control or engineering requirements.

Volume Guides

Best for working out cubic metres for slabs, footings, pads, driveways, steps, bases and trenches before ordering ready-mix concrete.

Cost Guides

Best for turning volume into a budget by adding concrete supply price, delivery, labour, pump hire, waste and VAT.

Specification Resources

Best for choosing suitable GEN, RC, PAV, FND or C-grade concrete under BS 8500 / BS EN 206 guidance.

• Guide / Guide: Ready-Mix Concrete Volume Guide; Best For: General slabs, bases, paths, floors and footings; Key figure: m³, waste allowance, order quantity; Internal Link: Open Guide
• Guide / Guide: Footings Guide UK; Best For: Strip foundations, trench fill, pad foundations; Key figure: Excavation volume, concrete volume, cost range; Internal Link: Open Guide
• Guide / Guide: Garage Base Cost Guide; Best For: Garages, workshops, outbuildings, reinforced bases; Key figure: Base build-up, concrete, reinforcement and labour; Internal Link: Open Guide
• Guide / Guide: Driveway Costs per m² UK; Best For: Concrete driveways and external hardstanding; Key figure: Per m² cost, PAV mix, preparation and finishing; Internal Link: Open Guide
• Guide / Guide: Labour Cost Guide UK; Best For: Groundworkers, builders, finishers and pump gangs; Key figure: Day rates, man-days, regional labour cost; Internal Link: Open Guide
• Guide / Guide: BS 8500 Mix Design Reference; Best For: Choosing concrete grade and specification route; Key figure: GEN, RC, PAV, FND, exposure class guidance; Internal Link: Open Guide

UK Concrete Cost Guide 2026 — What to Include in Every Estimate

Concrete price planning in 2026 needs a wider view than the headline ready-mix price per cubic metre. Ready-mix suppliers often price by concrete grade, cement content, aggregate size, admixtures, delivery distance, vehicle availability and minimum order rules. Your builder or groundworker may then add labour for excavation, shuttering, reinforcement, compaction, placing, tamping, power floating, curing and site clean-up. If you compare quotes without separating these items, one quote may look cheaper simply because it excludes the most expensive parts of the job.

For simple domestic projects, the concrete supply is only one part of the total budget. A shed base or small patio might need compacted MOT Type 1, formwork timber, DPM, mesh, skip hire and one or two workers. A driveway may need excavation, waste removal, edge restraints, drainage falls, sub-base, reinforcement, frost-resistant concrete and a textured finish. Footings may need Building Control inspection, deeper excavation, concrete to a specified grade and careful sequencing around drains, trees or poor ground.

Important Cost Warning

The cheapest concrete quote is not always the cheapest project. A supplier with a lower per-m³ price may charge more for part loads, waiting time, Saturday delivery, distance, washout, cancellation or pump coordination. Always compare the delivered total and the full project scope.

• Cost Item: Ready-Mix Concrete; How It Is Usually Priced: Per cubic metre; Why It Changes: Grade, cement content, admixtures, region, load size; Guide Tip: Work out m³ first, then add 5–10% waste
• Cost Item: Delivery / Part Load; How It Is Usually Priced: Included, fixed charge or minimum-load uplift; Why It Changes: Distance from plant, order size, time slot, truck type; Guide Tip: Ask whether delivery and waiting time are included
• Cost Item: Concrete Pump; How It Is Usually Priced: Half-day / day rate; Why It Changes: Distance, boom size, setup time, washout area; Guide Tip: Often cheaper than large barrow gangs on rear access jobs
• Cost Item: Labour / Placing; How It Is Usually Priced: Day rate or fixed job price; Why It Changes: Access, finish standard, weather, number of workers; Guide Tip: Budget more for power-floated or exposed finishes
• Cost Item: Sub-Base Preparation; How It Is Usually Priced: Per m² or per tonne of aggregate; Why It Changes: Existing ground, excavation depth, compaction standard; Guide Tip: Weak preparation is the biggest cause of failed slabs
• Cost Item: Reinforcement; How It Is Usually Priced: Per sheet, per m² or included in slab package; Why It Changes: Mesh type, fibres, chairs, laps and cut waste; Guide Tip: Do not assume reinforcement is included unless quoted
• Cost Item: VAT; How It Is Usually Priced: Usually 20% where applicable; Why It Changes: Supplier status, project type, residential rules; Guide Tip: Confirm whether quotes are ex VAT or inc VAT

Typical Ready-Mix Price Ranges to Use for Early Budgeting

For early-stage budgeting, many domestic projects use a broad ready-mix allowance before obtaining live quotes. Lower-strength general mixes are usually cheaper than structural, driveway, sulphate-resistant or fibre-reinforced mixes. London and the South East generally cost more than many northern and Welsh regions because of haulage, labour, congestion, land costs and demand. Small volumes can also cost more per cubic metre because the supplier still needs to send a vehicle, driver and batching slot.

Use the figures on this page as planning ranges, not fixed supplier prices. The market can move quickly with cement, aggregate, fuel, haulage and labour costs. Before ordering, request at least two or three written quotes and ask each supplier to confirm the mix designation, slump, aggregate size, delivery charge, minimum load, waiting-time allowance, cancellation policy and whether VAT is included.

Concrete Project Price Guides — Example 2026 Budgets

Different concrete jobs need different guides because the geometry, labour and specification are different. A rectangular slab is simple to measure, but a stepped foundation may need several trench lengths at different widths and depths. A driveway cost guide should include excavation, sub-base, drainage and finishing. A garage base guide should include DPM, reinforcement, insulation if required, edge thickening and a higher tolerance for level.

Shed Base / Patio Base

Usually determined by length × width × depth. Add sub-base, formwork, DPM if required, waste and labour for placing and finishing.

Concrete Driveway

Needs thicker concrete, good sub-base, falls for drainage and often a PAV mix for freeze-thaw and de-icing salt exposure.

Strip Footings

Determined by trench length × width × concrete depth. Soil, trees, drains and Building Control inspection can change the real requirement.

• Project: Garden Shed Base; Typical Thickness / Depth: 75–100mm concrete; Common Mix: GEN3 / C20/25; Cost Items to Add: Sub-base, formwork, DPM, small-load delivery, labour
• Project: Patio / Path Slab; Typical Thickness / Depth: 100–125mm concrete; Common Mix: GEN3 / C20/25; Cost Items to Add: Excavation, MOT Type 1, edge shuttering, finishing
• Project: Garage Base; Typical Thickness / Depth: 150–200mm concrete; Common Mix: C25/30 or C30/37; Cost Items to Add: DPM, reinforcement, insulation edge detail, power float
• Project: Concrete Driveway; Typical Thickness / Depth: 150mm+ depending on use; Common Mix: PAV1 / PAV2 or C30/37; Cost Items to Add: Excavation, sub-base, reinforcement, drainage, finish
• Project: Single-Storey Extension Footings; Typical Thickness / Depth: Usually 450mm+ depth below trench base subject to design; Common Mix: C25/30 or FND mix where required; Cost Items to Add: Excavation, muck-away, inspection delay, pump if needed
• Project: Pad Foundations; Typical Thickness / Depth: Engineer specified; Common Mix: C25/30 or designed mix; Cost Items to Add: Rebar cage, shuttering, excavation, engineering check

Best Practice

Use one guide for volume and another for total project price. For example, work out a garage base volume first, then use the labour guide and ready-mix supplier guide to check whether the quote includes concrete, delivery, pump, reinforcement, finishing and VAT.

What Affects UK Concrete Costs in 2026?

Concrete costs are influenced by national construction conditions and local site realities. Official construction price indices track broader movements in figure prices, but your final quote still depends heavily on the nearest batching plant, job size, access, mix design and the builder’s programme. A project in central London may need traffic management and pumping, while a rural site may pay more for haulage because the plant is further away.

In 2026, cost guides should also pay attention to specification. The updated BS 8500 framework gives specifiers more lower-carbon concrete options, but the best choice depends on exposure class, strength class, curing time, early strength needs and supplier availability. Lower-carbon concrete may be ideal for many projects, but not every local plant will stock every cement combination or admixture package on short notice.

• Volume and minimum load:Small jobs may have a high effective price per m³ due to minimum delivery charges.
• Concrete grade:C30/37, PAV2, FND and fibre mixes usually cost more than simple GEN mixes.
• Access:Rear gardens, narrow roads, steps and long wheelbarrow runs increase labour and pump costs.
• Preparation:Excavation, muck-away, sub-base and compaction can cost more than the concrete itself.
• Finish:Basic tamp finish is cheaper than power float, brushed driveway finish, decorative finish or polished concrete.
• Time on site:Ready-mix lorries usually allow limited discharge time before waiting-time charges apply.
• Weather:Cold, hot, wet or windy conditions may require curing protection, accelerators, retarders or rescheduling.
• Building Control:Foundations and structural work may require inspections and design confirmation before concrete is poured.
• VAT and contractor status:Always compare quotes on the same ex VAT or inc VAT basis.

Never Pour Structural Concrete Without Approval

For foundations, extensions, retaining walls, suspended slabs and structural bases, confirm the design and inspection requirements before ordering concrete. Concrete poured before Building Control inspection may need to be broken out if the excavation, bearing ground or reinforcement cannot be checked.

Concrete Cost Estimating and UK Building Regulations

Cost guides are useful for budgeting, but they do not replace the legal and technical checks needed for building work. Approved Documents give practical guidance on ways to meet Building Regulations. Approved Document A is relevant where concrete supports structural loads, including foundations, walls, floors and roofs. Approved Document C is relevant where ground moisture, contaminants, sub-soil drainage or damp resistance affect the project.

For concrete specification, BS 8500 and BS EN 206 provide the normal UK framework for ready-mixed concrete. This is why a quote should not simply say “concrete” or “strong mix”. A better quote states the mix designation or strength class, exposure class where relevant, slump/consistence, aggregate size, admixtures, fibres if used and any special requirements such as sulphate resistance or lower-carbon cement combinations.

Approved Document A

Use when estimating foundations, structural slabs, pad foundations, walls, floors and load-bearing concrete work.

Approved Document C

Use when estimating DPC, DPM, sub-floor moisture, contaminants, drainage and ground preparation details.

BS 8500 / BS EN 206

Use when specifying concrete grade, exposure class, chloride class, consistence and durability requirements.

Concrete Quote Checklist — What to Ask Before You Order

Before ordering ready-mix concrete, prepare the same information for every supplier. This makes quotes easier to compare and reduces the risk of under-ordering, overpaying or receiving the wrong mix. Suppliers can usually advise on availability, but they are not responsible for your structural design unless you have formally engaged them for that service.

• Exact location:postcode, access route, parking restrictions and whether a large lorry can reach the discharge point.
• Project type:slab, footing, driveway, garage base, shed base, extension foundation, path or pad foundation.
• Dimensions:length, width, depth and any irregular areas or depth changes.
• Order volume:determined m³ plus waste allowance, rounded to supplier ordering increments.
• Concrete grade:GEN, RC, C-grade, PAV, FND or designed mix as required.
• Access method:chute, wheelbarrow, dumper, line pump, boom pump or volumetric lorry.
• Discharge time:confirm included time and waiting-time charges.
• VAT status:ask whether the quote is ex VAT or inc VAT.
• Cancellation policy:understand cut-off times if weather or inspection delays stop the pour.
• Washout plan:agree where leftover concrete and washout water will go safely.

Use the Guide Before You Call Suppliers

Having your cubic metres, project type, access method and mix grade ready will make supplier quotes faster and more accurate. For structural projects, confirm specification and inspection requirements before booking a delivery slot.

How to Use Concrete Cost Guides Properly

A concrete cost guide should be used in stages, not as a single magic number. The first stage is geometry: measure the concrete area accurately and convert the depth into metres. The second stage is specification: choose the correct concrete grade or mix designation for the job. The third stage is delivery: decide whether the lorry can chute directly, whether the concrete must be barrowed, or whether a pump is needed. The fourth stage is project completion: include sub-base, formwork, reinforcement, labour, curing, drainage, inspection and VAT.

Many homeowners under-budget concrete work because they only work out the wet concrete volume. For example, a 20m² slab at 100mm thick is only 2.0m³ of concrete, but the final job may also need excavation, hardcore, compacting equipment, membrane, timber shuttering, mesh, two labourers, delivery, waste allowance and disposal of spoil. If the concrete is delivered to the front of the property but placed in a rear garden, barrow time or line-pump cost can quickly become one of the largest items in the budget.

Use this page to create a baseline estimate before phoning suppliers. Then ask suppliers and contractors to quote from the same dimensions and assumptions. This reduces confusion and helps you spot missing items. One quote may include concrete supply only, while another includes excavation, formwork and finishing. Comparing those two numbers directly is misleading unless the scope is the same.

Measure First

Record length, width and depth in metres. For irregular jobs, split the area into smaller rectangles, triangles or strips and add them together.

Choose the Mix

Do not guess the grade. Domestic slabs, driveways, footings and sulphate ground may need different concrete specifications.

Add Real-World Extras

Include delivery, pump hire, waste, labour, reinforcement, sub-base, formwork, finishing, curing and VAT before setting your budget.

Regional Concrete Cost Guides — London, Midlands, North, Scotland & Wales

Regional pricing matters because concrete is heavy, time-sensitive and locally batched. A ready-mix lorry cannot travel unlimited distances without affecting programme and concrete workability. This is why the same 4m³ job can price differently in London, Manchester, Liverpool, Birmingham, Bristol, Cardiff, Glasgow or a rural village. Urban projects may face congestion, parking restrictions and waiting charges; rural projects may face longer haulage and fewer supplier options.

London and the South East usually sit at the upper end of domestic concrete pricing because of traffic, operating costs, labour rates and access restrictions. The Midlands often gives a useful national baseline for budgeting. Northern England and Wales can be more competitive, although remote delivery can still increase the total. Scotland varies widely: central belt projects may have strong supplier coverage, while remote or island work requires special planning.

Do not rely only on a national average. A local quote from a plant close to your postcode is more reliable than a generic online price. The role of a guide is to prepare your dimensions and expected scope so the quote conversation is accurate. If you already know the nearest ready-mix plant, ask how distance affects delivery charges, whether a small-load fee applies and what discharge time is included.

• Region: London; Budgeting Pattern: Highest regional allowance; Common Extra Cost Risk: Congestion, parking, restricted access, pump coordination; Guide Advice: Check delivery window, waiting time and road restrictions early
• Region: South East; Budgeting Pattern: Above national baseline; Common Extra Cost Risk: High demand, travel time, premium labour rates; Guide Advice: Compare at least three supplier quotes if the job is above 3m³
• Region: Midlands; Budgeting Pattern: Useful baseline region; Common Extra Cost Risk: Small-load fees and access labour; Guide Advice: Use as a central estimate, then adjust for local plant distance
• Region: North West / Yorkshire; Budgeting Pattern: Often competitive; Common Extra Cost Risk: Weather delays, rural travel, narrow streets; Guide Advice: Confirm whether mini-mix or volumetric supply is better for small jobs
• Region: Wales; Budgeting Pattern: Often lower in urban areas, variable rurally; Common Extra Cost Risk: Plant distance, hills, access and delivery route; Guide Advice: Use postcode-based quotes rather than national averages
• Region: Scotland; Budgeting Pattern: Wide regional variation; Common Extra Cost Risk: Remote delivery, weather, lead times; Guide Advice: Book earlier and check cold-weather placement requirements

Worked Concrete Cost Examples for UK Projects

Worked examples make concrete estimating easier because they show the difference between volume cost and finished project cost. The examples below are simplified planning scenarios. They are not supplier quotes and they do not include every possible site condition, but they show how quickly a small concrete order can grow once preparation, access and labour are added.

Example 1: Small Shed Base

A 3m × 2.4m shed base at 100mm thick has a concrete volume of 0.72m³. With 10% waste, the order target is around 0.8m³. Many suppliers apply minimum load or small-load charges at this size, so bagged concrete, mini-mix or volumetric supply may be worth comparing. The final price should also include excavation, compacted sub-base, formwork and finishing. This is why a very small volume can still produce a project cost that feels high compared with the raw concrete quantity.

Example 2: Garage Base

A 6m × 3m garage base at 150mm thick requires 2.7m³ before waste. With 10% waste, order around 3.0m³. A garage base may also need a DPM, reinforcement mesh, thickened edge or insulation detail depending on the design. The concrete itself is only one part of the job. Allow for compacted sub-base, accurate shuttering, level control and a finish suitable for vehicle or workshop use.

Example 3: Single-Storey Extension Footings

A strip footing with 24 linear metres of trench, 600mm width and 300mm concrete depth requires 4.32m³ before waste. With 15% waste, order roughly 5.0m³. The real cost may include excavation, spoil disposal, deeper trenching due to soil or trees, concrete pump hire if access is restricted, and Building Control inspection time. Never pour extension foundations before the trench has been inspected where inspection is required.

Example 4: Concrete Driveway

A 40m² concrete driveway at 150mm thick requires 6.0m³ before waste. With 10% waste, order around 6.6m³. However, the driveway budget should include excavation, waste removal, geotextile if needed, compacted sub-base, edge restraints, drainage falls, reinforcement or fibres, frost-resistant external concrete and a suitable textured finish. For driveways, preparation and finishing often cost more than the concrete supply.

Estimating Shortcut

Use volume guides for the concrete quantity, then add a separate allowance for preparation and labour. For many domestic projects, the finished installed cost is far higher than the delivered concrete invoice because groundwork and access dominate the job.

A Simple Budgeting System for Concrete Projects

The easiest way to build a reliable concrete budget is to split the estimate into five blocks: measurement, specification, access, preparation and finishing. Measurement gives the theoretical volume. Specification decides the mix price. Access decides whether you need a chute, barrows, dumper, line pump or boom pump. Preparation covers excavation, sub-base, DPM, drainage, formwork and reinforcement. Finishing covers levelling, tamping, floating, curing, saw cuts and clean-up.

This system works for both small domestic users and trade users because it stops important costs from being hidden. For example, a homeowner may ask “how much is 3m³ of concrete?” but a contractor needs to know where the 3m³ is going, how it will be placed, what finish is required, whether the sub-base is ready, whether there is a washout area and whether the pour must be completed before a Building Control inspection window closes.

For SEO landing pages and user-friendly articles, this structure also matches how people actually search. Some users search for “concrete cost per m3 UK”, others search for “garage base cost”, “driveway concrete price”, “footings concrete guide” or “ready mix concrete guide”. A strong cost-guide guide should connect those searches together and guide the user to the right specialist guide rather than forcing every project into one generic resource.

• Measurement block:dimensions, depth, shape, falls and waste allowance.
• Specification block:mix grade, exposure class, slump, aggregate size, fibres and admixtures.
• Access block:delivery route, chute distance, barrow route, pump need and discharge time.
• Preparation block:excavation, hardcore, compaction, DPM, reinforcement and shuttering.
• Finishing block:tamp, brush, float, power float, curing, protection and saw cuts.

UK Concrete Cost Guides — Frequently Asked Questions

Common questions about concrete price guides, ready-mix costs, waste allowance, VAT, labour and project budgeting in 2026.

First work out concrete volume in cubic metres. For a rectangular slab, multiply length × width × depth in metres. Add a waste allowance, usually 5–10% for simple slabs and 10–20% for footings or uneven excavation. Then multiply the order quantity by the estimated ready-mix price per m³. Finally add delivery, minimum-load charges, pump hire, labour, sub-base, reinforcement, formwork, finishing and VAT where applicable.

The most accurate guide is the one matched to your job. A general concrete volume guide is enough for a simple slab, but a driveway guide should include excavation, sub-base, drainage, finish and PAV concrete. A footings guide should include trench length, width, depth, soil risk and Building Control inspection. For a full project budget, use a volume guide, labour cost guide and ready-mix supplier comparison together.

Supplier quotes can be higher because of delivery distance, part-load charges, regional demand, higher grade concrete, fibres, admixtures, pump coordination, restricted access, Saturday delivery or waiting-time risk. Guide prices are planning guides only. Always ask suppliers to itemise concrete, delivery, minimum load, waiting time, pump hire and VAT so you can compare quotes properly.

For small repairs or very small bases, bagged concrete can be convenient. For anything above roughly 1m³, ready-mix is usually more practical and often better value once labour, mixing time, consistency and wastage are considered. Bagged concrete also requires storage, water control and significant manual labour. Ready-mix gives a consistent batch, faster placement and better control for larger slabs, bases and footings.

Yes, if you want a realistic project price. Concrete supply might be only part of the total cost. Labour is needed for excavation, shuttering, sub-base compaction, placing, levelling, tamping, floating, curing and cleanup. Rear access, pump setup and decorative finishes all increase labour cost. For structural or regulated work, also allow for design, inspection and possible delays.

Use around 5% for accurately measured simple slabs on prepared ground, 10% for most domestic projects, 15% for uneven excavations or footings, and up to 20% for complex shapes, hand-dug trenches or unknown depths. Running short during a pour can create cold joints and expensive delays, so a small allowance is usually safer than ordering the exact theoretical volume.

Simple garden bases or patios may not need Building Regulations approval, but structural work usually does. Foundations for extensions, garages connected to a dwelling, retaining walls, structural slabs and major alterations may require Building Control inspection and design compliance. Always check before pouring because inspection often needs to happen before concrete covers the excavation or reinforcement.

Yes, but lower-carbon concrete pricing depends on local supplier availability, cement combination, strength development, exposure class and programme requirements. BS 8500:2023 expanded options for specifying lower-carbon concretes, but the right mix still needs to satisfy strength, durability and curing requirements. Ask suppliers for suitable lower-carbon alternatives for your specification rather than choosing only by price.

Related UK Concrete Guides & Guides

Use these resources alongside the concrete cost guide to build a complete project budget and specification.