Professional Concrete Delivery Cost Estimator 2026
Ready mix concrete pricing in the UK reflects multiple factors including concrete grade, volume, delivery distance, site accessibility, and timing requirements. Base prices for standard structural concrete range £105-145 per cubic metre depending on strength specifications, with additional charges for exposure class requirements, delivery beyond standard radius, difficult access, pumping services, and weekend deliveries. Understanding pricing components enables accurate project budgeting, supplier comparison, and cost optimization through specification refinement and delivery coordination. Minimum charges typically apply for small loads below 3-4 cubic metres, making larger single deliveries more economical per cubic metre than multiple small orders.
The ready mix concrete industry operates on volume-based pricing with economies of scale benefiting larger orders. Full truck loads typically measure 6-8 cubic metres depending on vehicle capacity and road weight restrictions, with partial loads commanding premium per-cubic-metre rates due to fixed vehicle and labor costs distributed across smaller volumes. Projects requiring multiple loads benefit from coordinated deliveries maximizing truck utilization and minimizing demurrage charges from extended site time. Careful planning balances concrete workability time limits against delivery scheduling, preventing premature stiffening while avoiding rushed placement compromising quality.
Standard concrete grades command different base prices reflecting cement content, aggregate specifications, and strength requirements. C15/20 blinding concrete costs approximately £95-105 per cubic metre, providing economical sub-base for subsequent structural elements. C20/25 mass concrete suitable for foundations and kerbs prices at £105-115 per cubic metre, offering basic structural capability without premium specifications. These lower grades suit applications where strength demands remain modest and exposure conditions benign.
Structural grades including C25/30 for domestic construction cost £115-125 per cubic metre, while C30/37 for commercial frames reaches £125-135 per cubic metre. The increased pricing reflects higher cement contents, controlled water-cement ratios, and quality assurance procedures ensuring specification compliance. Premium grades C35/45 and C40/50 for prestressed or heavy-duty applications command £135-155 per cubic metre, justified by demanding mix designs, specialty materials, and rigorous testing protocols.
Durability requirements for different exposure environments add surcharges to base concrete prices. XC1 for internal dry conditions requires no additional cost, representing baseline specifications. XC2 and XC3 for moderate external exposure add £3-5 per cubic metre, reflecting increased cement content and controlled permeability. XC4 for cyclic wet-dry exposure adds approximately £8 per cubic metre, while freeze-thaw classes XF1-XF4 command £12-20 surcharges for air entrainment and enhanced cement specifications.
Marine exposure classes XS1-XS3 attract highest surcharges at £15-30 per cubic metre, requiring low water-cement ratios, high cement contents, and often supplementary materials like GGBS or PFA resisting chloride ingress. Chemical attack classes XA1-XA3 similarly command premiums for sulfate-resisting cement and protective mix designs. While these surcharges increase immediate material costs, they prevent premature deterioration and expensive repairs, providing excellent value for structures facing aggressive exposure conditions.
Most suppliers include delivery within 5-10 mile radius in base pricing, with distance surcharges for remote sites. Typical charges add £2-4 per cubic metre for 10-15 miles, £6-8 for 15-20 miles, and £10-15 for distances exceeding 20 miles. These charges reflect increased vehicle operating time, fuel consumption, and reduced vehicle utilization from extended delivery cycles. For rural or remote sites, delivery charges can add 10-25% to concrete costs, making local supplier selection important for cost control.
Delivery timing affects pricing, with suppliers scheduling multiple deliveries along efficient routes maximizing productivity. Sites accepting flexible delivery windows may negotiate reduced charges, while guaranteed-time deliveries command premiums for dedicated vehicle allocation. Projects requiring continuous supply for large pours arrange multiple vehicle rotations maintaining concrete placement without cold joints, with scheduling precision minimizing demurrage while ensuring adequate concrete supply throughout extended operations.
Standard truck access requires hard-standing areas supporting 30-tonne vehicles within chute reach, typically 3-4 metres from pour location. Sites lacking direct access require concrete pumps, adding £250-400 for small pours or £500-800 for large continuous operations. Boom pumps providing 15-30 metre reach suit most domestic applications, while line pumps for extended distances or high-rise construction command higher rates. Pump hire includes operator, fuel, and setup, making it economical for inaccessible locations despite significant flat-rate charges.
Difficult access including narrow lanes, weight-restricted bridges, or congested urban sites may require smaller vehicles, adding £5-10 per cubic metre for reduced load capacity and multiple trips. Some sites necessitate shuttle buggies or wheelbarrows, dramatically increasing labor costs and concrete workability requirements. Early access assessment during project planning identifies requirements for pumping or alternative placement methods, enabling accurate budgeting and avoiding last-minute complications during pour operations.
Weekday deliveries receive standard pricing, while Saturday service typically adds 15-20% surcharges compensating overtime labor. Sunday and bank holiday deliveries, offered by some suppliers for premium work, command 50-100% surcharges due to exceptional staffing requirements. These premiums apply to all order components including base concrete, delivery, and ancillary services. Projects with flexibility avoid weekend premiums through weekday scheduling, reserving premium timing for unavoidable circumstances where disruption costs exceed concrete price surcharges.
Minimum charges typically apply for orders below 3-4 cubic metres, with flat fees of £200-300 covering vehicle dispatch and operating costs regardless of actual volume. This makes small loads disproportionately expensive per cubic metre—1 cubic metre may cost £250 total or £250 per cubic metre, while 6 cubic metres at £125 per cubic metre costs £750 total or similar per-unit pricing. Combining requirements into single deliveries improves economy, though concrete workability time limits restrict coordination options for separated pour locations.
Self-compacting concrete (SCC) commanding £15-25 per cubic metre premium provides superior flow characteristics eliminating vibration requirements for congested reinforcement or complex formwork. Fibre-reinforced concrete adds £8-15 per cubic metre depending on fibre type and dosage, enhancing crack control and impact resistance. Colored concrete surcharges range £20-40 per cubic metre for integral pigments achieving architectural finishes. These specialty products address specific performance requirements, with premium costs justified by enhanced properties or construction efficiency benefits.
Rapid-hardening concrete enabling early loading or formwork removal adds £12-20 per cubic metre, valuable where construction program benefits offset material premiums. Flowing concrete with extended workability for complex placement scenarios commands £8-12 surcharges. Lightweight aggregate concrete for structural mass reduction or thermal performance costs £30-50 per cubic metre above standard specifications. Each specialty product targets specific applications where conventional concrete proves inadequate or where enhanced properties provide overall project benefits.
Major national suppliers including Hanson, CEMEX, and Tarmac offer consistent quality, comprehensive specifications, and reliable delivery networks. Regional independent suppliers often provide competitive pricing, flexible service, and local knowledge. Obtaining multiple quotes enables price comparison, though cheapest options may compromise quality, specification compliance, or service reliability. Evaluating suppliers considers price, delivery reliability, technical support, testing procedures, and complaint responsiveness beyond simple cost comparison.
Long-term relationships with suppliers benefit ongoing projects through preferential pricing, scheduling flexibility, and technical assistance for specification optimization. Volume commitments across multiple projects or extended programs negotiate better rates than spot market purchases. Supplier technical representatives assist with mix design selection, placement planning, and troubleshooting, providing value beyond delivered concrete. Quality suppliers maintain certified production, regular testing, and traceability documentation ensuring Building Regulations compliance and reducing project risks.
Accurate volume calculations prevent expensive over-ordering or disruptive under-supply. Allowing 5-10% wastage for typical projects covers minor calculation errors and placement losses without excessive surplus disposal costs. Consolidating pours maximizes truck utilization and minimizes multiple minimum charges. Flexible scheduling avoids weekend premiums and enables supplier route optimization. Reviewing exposure class requirements prevents over-specification adding unnecessary cost without durability benefits.
Considering all-in project costs balances concrete savings against placement expenses—cheaper concrete requiring pumping may cost more overall than premium-priced direct discharge. Timing pours for optimal weather conditions prevents cold-weather admixtures or hot-weather precautions adding surcharges. Maintaining good supplier relationships and payment reliability encourages competitive pricing and preferential scheduling. These strategies reduce concrete costs while maintaining quality and project outcomes.
| Concrete Grade | Base Price/m³ | Typical Application |
|---|---|---|
| C15/20 | £95-105 | Blinding, sub-base |
| C20/25 | £105-115 | Mass concrete, kerbs |
| C25/30 | £115-125 | Domestic foundations |
| C30/37 | £125-135 | Structural frames |
| C35/45 | £135-145 | Commercial structures |
| C40/50 | £145-155 | Heavy-duty industrial |
| Additional Charge | Cost | Notes |
|---|---|---|
| Minimum Order | £200-300 | Below 3-4m³ |
| Delivery 10-15 miles | +£4/m³ | Beyond standard radius |
| Delivery 20+ miles | +£10-15/m³ | Remote locations |
| Saturday Delivery | +15% | Overtime premium |
| Pump Hire (Small) | £250-400 | Up to 4 hours |
| Pump Hire (Large) | £500-800 | Extended pours |
| Exposure Class XC4 | +£8/m³ | Enhanced durability |
| Self-Compacting | +£20/m³ | Specialty concrete |
Most domestic structural concrete costs £115-135 per cubic metre including C25/30 to C30/37 grades with standard exposure classes.
Orders below 3-4m³ face £200-300 minimum charges making small loads expensive per cubic metre compared to larger deliveries.
Weekend deliveries add 15-20% surcharges for overtime labor. Weekday scheduling reduces costs where project timing permits.
Inaccessible sites require concrete pumps adding £250-800 depending on pour size and duration, though enabling difficult placements.
Beyond 5-10 mile standard radius, delivery charges add £2-15 per cubic metre depending on distance affecting rural project costs.
Enhanced durability specifications add £3-30 per cubic metre depending on exposure severity, essential for long service life.
Ready mix concrete costs £95-155 per cubic metre in 2026 depending on grade. C20/25 foundations cost £105-115/m³, C25/30 domestic structural £115-125/m³, C30/37 commercial frames £125-135/m³. Additional charges include exposure class surcharges (£3-30/m³), delivery distance (£2-15/m³ beyond standard radius), pump hire (£250-800 flat rate), and Saturday delivery (+15%). Minimum charges £200-300 apply to small orders below 3-4m³. Total project costs including VAT typically range £140-200/m³ for standard applications.
Most suppliers impose minimum charges of £200-300 for orders below 3-4 cubic metres covering vehicle dispatch and operating costs. This makes small loads expensive—1m³ may cost £250 total (£250/m³), while 6m³ at £125/m³ costs £750 total. Some suppliers refuse orders below 1-2m³ due to uneconomical vehicle utilization. Combining multiple pour requirements into single deliveries improves economy, though concrete workability time limits restrict coordination options. For very small volumes, bagged concrete or volumetric mixing trucks offering on-site batching provide alternatives.
Standard ready mix trucks carry 6-8 cubic metres depending on vehicle specification and road weight restrictions. Some urban areas restrict truck weights limiting loads to 4-6m³. Mini-mix trucks serving restricted access sites carry 1-4m³. Full-size trucks maximize delivery economy with lowest per-cubic-metre costs, while smaller vehicles command premiums for reduced capacity. Projects requiring multiple trucks arrange sequential deliveries maintaining concrete supply without excessive site holding time causing workability issues.
Pumps are required when pour location exceeds truck chute reach (3-4 metres) or lacks direct vehicle access. Typical applications include rear gardens without side access, upper floors, or areas beyond hard-standing approach. Boom pumps cost £250-400 for small residential pours, £500-800 for larger projects. Line pumps suit extended distances or multi-story construction. Pumping enables otherwise impossible placements, with costs justified by avoiding hand-hauling labor or alternative access construction. Early assessment during planning identifies pumping requirements for accurate budgeting.
Most suppliers offer Saturday delivery at 15-20% premium compensating overtime labor costs. Sunday and bank holiday service, where available, commands 50-100% surcharges. Not all suppliers provide weekend service, requiring advance booking and potentially limited delivery windows. Projects with flexibility avoid premiums through weekday scheduling, reserving weekend delivery for unavoidable circumstances. Weekend surcharges apply to all cost components including base concrete, delivery charges, and pump hire, significantly increasing total project costs.
Compare multiple quotes considering price, delivery reliability, technical support, and specification compliance beyond simple cost. Major national suppliers offer consistent quality and comprehensive testing, while local independents may provide competitive pricing and flexible service. Verify certification, insurance, and testing procedures. Consider delivery distance affecting charges and response times. Evaluate technical representative availability for mix design assistance and troubleshooting. Long-term relationships benefit repeat projects through preferential pricing and scheduling flexibility. Quality suppliers reduce project risks through reliable service and specification assurance.
For concrete suppliers, visit Hanson Concrete | CEMEX UK | Tarmac