Concrete Pump Hire:
The complete guide for domestic projects
Hiring a concrete pump has become one of the smartest decisions homeowners and builders can make when undertaking domestic construction projects. Whether you’re pouring a driveway, laying foundations for an extension, or installing a garden room base, a concrete pump can dramatically improve efficiency, reduce labour, and ensure a cleaner, more professional finish. This comprehensive guide explains everything you need to know about concrete pump hire — from the types of pumps available and when to use them, to costs, preparation, safety, and real‑world examples
What Is Concrete Pump Hire?
Concrete pump hire involves renting a specialised machine that transports freshly mixed concrete from the mixer truck to the exact point of placement. Instead of relying on wheelbarrows, ramps, and manual labour, a pump uses high‑pressure hydraulics to deliver concrete quickly and accurately through pipes or hoses.
Concrete pump hire typically includes:
- The pump (line pump or boom pump)
- A trained operator
- All necessary hoses and equipment
- Setup, pumping, and clean‑down
This ensures a safe, efficient, and professional service from start to finish.
Call us: 0207 538 2266
Why Hire a Concrete Pump?
Concrete pumps offer several advantages over traditional methods of moving concrete.
- Faster, More Efficient Pours
A pump can deliver concrete at a continuous rate, often completing pours in a fraction of the time required with wheelbarrows. This reduces:
- Labour costs
- Risk of cold joints
- Fatigue and manual handling injuries
- Access to Hard‑to‑Reach Areas
Many UK homes have limited access, especially terraced or semi‑detached properties. Pumps can deliver concrete:
- Over walls
- Through narrow alleys
- Across gardens
- Into basements
- Over houses (with boom pumps)
- Cleaner Worksites
Pumping eliminates:
- Wheelbarrow tracks
- Spillage
- Damage to lawns
- Mess on driveways
- Better Quality Finish
Because concrete arrives continuously and consistently, the final surface is smoother and more uniform.
- Reduced Labour Requirements
A pump replaces the need for multiple labourers transporting concrete manually.
Types of Concrete Pumps Available for Hire
There are two main types of pumps used in domestic construction: line pumps and boom pumps. The right choice depends on access, distance, height, and the size of the pour.
1: Line Pump
Line Pump (also called a Ground Line Pump)
A line pump uses steel pipes and flexible hoses laid along the ground.
Best For:
- Driveways
- Patios
- Garden slabs
- Footings
- Internal floors
- Long-distance pours
Advantages:
- Most affordable pump hire option
- Flexible hose routing
- Ideal for tight-access properties
- Minimal disruption
2: Boom Pump
A boom pump uses a hydraulic arm to lift concrete over obstacles or into elevated areas.
Best For:
- Rear gardens with no access
- First‑floor or second‑floor slabs
- Deep foundations
- Large pours
- Swimming pools
Advantages:
- Fastest pumping method
- Reaches over houses and walls
- Extremely precise placement
- Minimal ground disruption
How Much Does Concrete Pump Hire Cost?
Costs vary depending on:
- Pump type
- Duration of hire
- Distance to site
- Amount of concrete
- Complexity of setup
Typical UK Price Ranges:
- Line pump hire: £300–£450
- Boom pump hire: £550–£900
Additional hose length or extra time may incur small surcharges.
While pump hire is an added cost, it often saves money overall by reducing labour, speeding up the pour, and preventing costly mistakes.
What Concrete Mixes Can Be Pumped?
Most ready‑mix concretes can be pumped, including:
- C10
- C15
- C20
- C25
- C30
- C35
The mix must be pumpable, meaning:
- Adequate cement content
- Well‑graded aggregates
- Correct moisture levels
- Plasticisers if needed
Very dry mixes (e.g., kerb bedding) are not suitable for pumping
Customer Testimonials
“Hiring a concrete pump was the best decision we made for our extension. The team had the concrete in place in no time, and the finish was flawless. We’ll definitely use a pump again for future projects.”
Questions we are often asked about Concrete Pumps
Yes. It pumps very well and is often used on sites where access is limited or concrete needs to be placed at a distance.
Yes, concrete can be pumped in most weather conditions, including rain. However, in extremely cold temperatures, the pipeline must be insulated or pre-warmed to prevent the mix from freezing inside the hose. In very hot weather, the speed of delivery becomes even more critical to prevent the concrete from curing prematurely inside the pump.
Most standard concrete mixes can be pumped, but you must specify a “pump mix” when ordering from your concrete supplier. This mix contains a higher proportion of sand and smaller aggregates (typically 10mm or 20mm) to prevent blockages. Most specialized liquid floor screeds are also suitable for pumping.
You must provide a level, hard-standing area approximately 20 metres long (roughly the length of 4 cars) for both the pump and the mixer truck to park. It is recommended to lay tarpaulin under the pump’s hopper to simplify cleanup.
Concrete pump hire typically costs between £300 and £500 for a half-day hire of a line pump. For larger boom pumps, prices generally start around £450 to £600. Total costs are influenced by the volume of concrete, the duration on-site, and the amount of additional pipeline required.
A standard line pump can typically reach 150 metres horizontally and up to 1,000 metres with additional piping, making it highly versatile for long-distance pours. A boom pump generally offers a reach of 20 to 70 metres horizontally or vertically, depending on the size of the truck and the number of arm sections.
Line Pumps use flexible hoses laid along the ground and are ideal for residential projects like driveways, garden paths, or internal floors where access is tight.
Boom Pumps feature a hydraulic, robotic arm that can reach up and over obstacles like houses or walls. They are best for high-rise projects, deep foundations, or large commercial slabs where speed and height are critical.
You should hire a pump if the pour site is more than 20–30 metres from where a mixer truck can park, or if you have restricted access such as narrow alleyways, stairs, or indoor areas. Pumping is also essential for volumes over 5m³, as it delivers approximately 1m³ per minute, preventing “cold joints” by ensuring the concrete is placed before it begins to set.
Concrete pumping is the method of transporting freshly mixed concrete from the mixer truck to the placement area using mechanical pumps, hoses, or pipes. It enables fast, efficient, and accurate concrete placement.
The two main types are boom pumps—truck-mounted pumps with a hydraulic arm for high or distant pours—and line pumps, which use hoses laid on the ground for smaller or harder-to-access pours.
Pumping is used when access is restricted, when concrete must be delivered over long distances or height, when large volumes need rapid placement, or when a continuous pour is required.
Pumping requires cohesive concrete with good workability. Mixes may include plasticisers, superplasticisers, and well-graded aggregates to prevent blockages. Most mixes from C20 to C60 can be pumped when properly designed.
Boom pumps can reach approximately 50–70 metres vertically depending on the model, while line pumps can extend several hundred metres horizontally with additional hoses and proper pressure management.
Benefits include faster placement, reduced labour, improved accuracy, the ability to work in tight-access areas, and a cleaner, more controlled pour.
Yes. Risks include line blockages, hose whipping, pressure surges, and issues related to weather conditions. Proper training, setup, and supervision minimise risks.
Concrete pumps can typically place between 30 and 100 m³ per hour, depending on the equipment and mix. Setup generally takes 30–60 minutes.
The site must allow clear access for the pump truck, provide a safe hose route, ensure reinforcement and formwork are ready, and include suitable washout facilities.
Pump hire adds cost, but improved efficiency, reduced labour, and faster completion often make pumping more cost‑effective overall.
