Concrete Boom Pump

A concrete boom pump places concrete through a truck-mounted boom, reducing pipeline handling and improving placement efficiency for urban construction, large foundations, slabs, bridges, and jobsites that need longer reach and faster pouring coverage.

Get Boom Pump Recommendation Compare Boom Lengths

Quick Positioning

Select a Boom Pump by Reach, Output and Jobsite Access

Choose the boom pump according to boom length, folding type, pumping output, placement radius, building height, jobsite access, outrigger space, concrete mix, and truck chassis requirements.

28m - 33m Compact Concrete Boom Pump

Boom Length28m - 33m

Recommended ForSuitable for sites with limited road access, shorter placement distance, lower unfolding height requirements, and compact chassis movement. Final use should be reviewed according to overhead clearance, ground bearing condition, and outrigger space.

Compact chassis planning for restricted entrances and shorter site movement.
Lower boom reach range for small foundations, slabs, and local infrastructure work.
Outrigger layout should be checked against roadside space and ground condition.
Use inside covered areas only after reviewing unfolding height, ventilation, obstacles, and local safety rules.

View Short Boom Specs

Short Boom Pump Specifications

Compact 2-axle and 3-axle configurations optimized for tight clearance urban jobsite mobility.

Category	Item	Specification
Machine Specs	Overall Length × Width × Height	8800×2500×3360 mm
	Total Weight	17,000 kg
	Chassis Model	4×2
	Engine Model	Yuchai, 172 kW / 2,200 RPM
	Emission Standard	Euro VI
	Wheelbase	4,600 mm
Pumping System	Theoretical Output	120 m3/h
	Valve Type	S Valve
	Cylinder Diameter × Stroke	Φ230×1600 mm
	Main Pump Displacement	190 mL/r
	Delivery Pipe Inner Diameter	125 mm
	System Oil Pressure	31.5 MPa
	Hydraulic Tank Capacity	500 L
Boom Specs	Vertical Height	28 m
	Horizontal Reach	21.6 m
	Vertical Depth	10.5 m
	Fold Type	4R (4 Sections)
	Section Lengths	6,700 / 4,800 / 5,100 / 5,000 mm

37m - 43m Versatile Concrete Boom Pump

Boom Length37m - 43m

Recommended ForSuitable for general building work, residential foundations, municipal construction, and jobsites that need balanced boom reach and chassis mobility.

Balanced reach range for common building, road, and municipal projects.
Chassis and outrigger space should be matched with site entrance and working zone.
Helpful when concrete needs to be placed across several nearby points from one parking location.
Working radius should be checked together with overhead wires, structures, and traffic flow.

View Medium Boom Specs

Medium Boom Pump Specifications

Highly versatile configurations balancing extensive placement area with predictable site costs.

Category	Item	Specification
Machine Specs	Chassis Model	Sitrak, Single Axle
	Feature	Short Wheelbase, Light Weight
	Control System	Intelligent Bus Control
	Key Components	Rexroth / Hawe / Northman
Pumping System	Theoretical Output	120 m3/h
	Valve Type	S Valve
	Cylinder Diameter × Stroke	Φ230×1600 mm
	Delivery Pipe Inner Diameter	125 mm
	System Oil Pressure	31.5 MPa
	Max. Aggregate Size	40 mm
	High/Low Pressure Switch	Auto Switching
Boom Specs	Vertical Height	38 m
	Fold Type	RZ / Multi-section
	Suitable For	Narrow / Confined Spaces

47m - 52m Long-Reach Concrete Boom Pump

Boom Length47m - 52m

Recommended ForSuitable for bridge decks, large slabs, industrial foundations, and jobsites where longer horizontal reach is needed across pits, barriers, or wide working areas.

Wider horizontal coverage for large foundations and bridge construction.
Boom swing area should be reviewed before the truck enters the pouring zone.
Multi-axle chassis planning may be needed for road access and transport limits.
Concrete truck feeding route should be arranged to avoid blocking boom operation.

View Long Boom Specs

Long Boom Pump Specifications

Heavy-duty configurations designed to bypass deep obstacles and feed high-rise structures.

Category	Item	Specification
Machine Specs	Chassis Model	Sitrak
	Drive Type	8×4
	Engine	Weichai / Sinotruk
Pumping System	Theoretical Output	140–170 m3/h
	Valve Type	S Valve
	Cylinder Diameter × Stroke	Φ260×2100 mm
	Main Pump Displacement	260 mL/r
	Delivery Pipe Inner Diameter	125 mm
	System Oil Pressure	31.5 MPa
	Hydraulic Tank Capacity	600 L
Boom Specs	Vertical Height	47 m
	Horizontal Reach	~42 m
	Fold Type	5RZ / 5 Sections
	Rotation Angle	±360°

56m - 63m Heavy Infrastructure Boom Pump

Boom Length56m - 63m

Recommended ForSuitable for large foundations, elevated structures, bridge work, and infrastructure sites that require extended boom reach, larger outrigger space, and multi-axle chassis planning.

Extended reach for wide or elevated concrete placement areas.
Larger outrigger span requires ground support and setup space review.
Chassis size, axle load, and road access should be checked before purchase.
Project planning should include mixer truck access, washout area, and end-hose working zone.

View Extra Long Specs

Extra Long Boom Pump Specifications

High-capacity multi-axle machinery tailored for national infrastructure and mega projects.

Category	Item	Specification
Machine Specs	Overall Length × Width × Height	13850×2550×4000 mm
	Total Weight	44,000 kg
	Chassis Model	8×4
	Engine Model	MC11.44-60, 324 kW / 1,900 RPM
	Emission Standard	Euro VI
	Wheelbase	1950+4500+1400 mm
Pumping System	Theoretical Output (L./H.)	170 / 120 m3/h
	Pumping Pressure (H./L.)	12 / 8.5 MPa
	Valve Type	S Valve
	Cylinder Diameter × Stroke	Φ260×2200 mm
	Main Pump Displacement	320 mL/r
	Delivery Pipe Inner Diameter	125 mm
	Hopper Capacity / Feeding Height	0.6 m3 / 1,500 mm
	System Oil Pressure	31.5 MPa
	Hydraulic Tank Capacity	700 L
Boom Specs	Vertical Height	57.6 m
	Horizontal Reach	53.5 m
	Vertical Depth	38 m
	Fold Type	6RZ (6 Sections)
	Section Lengths	11,687 / 9,534 / 9,055 / 11,362 / 7,271 / 4,653 mm
	Rotation Angle	±360°
	Front Outrigger Span	9,475 mm
	Rear Outrigger Span	12,853 mm
	Outrigger Type	Front X-type / Rear Swing

Product Video

Boom Pump Reach and Pouring Operation Video

This video position should show boom unfolding, outrigger setup, concrete supply, boom placement, pouring coverage, remote control operation, and jobsite safety checks.

This technical footage details outrigger leveling balance, rapid boom folding movements, and structural stability check.

Model Advantages

Boom Pump Advantages for Reach, Placement, and Site Mobility

QIC Machinery concrete boom pump trucks help your project place concrete across bridges, foundations, elevated structures, and wide working areas. Boom length, chassis size, outrigger span, working radius, ground condition, and road access should be reviewed before selecting the configuration.

Active Intelligent Boom Anti-Vibration

Equipped with continuous loop sensors that detect structural flex. The hydraulic system instantly offsets boom recoil forces, lowering end-hose vibration by up to 75% for precise placement and operator safety.

Adaptive Outrigger Stability Prevention

Integrated real-time pressure monitors on all outriggers continuously check ground contact status. If an outrigger loses footing pressure, the system instantly halts boom movement to prevent vehicle tip-overs.

Streamlined S-Valve Displacement Cylinder

The open-loop dual-circuit hydraulic pump system powers precision-machined concrete cylinders. This delivers smooth aggregate transitions and unwavering flow volume without devastating pipeline shocks.

Global Brand Truck Chassis Partners

We assemble on globally commercial chassis including Sinotruk HOWO. This guarantees your local mechanics can easily service the engine, transmission, and axles using localized genuine parts.

Factory & Delivery Records

Factory Checks for Concrete Boom Pump Trucks Before Shipment

Concrete boom pump trucks require coordinated checks across the truck chassis, boom structure, hydraulic system, outrigger layout, pumping unit, and export preparation. QIC Machinery reviews key assembly points before delivery so your project can plan unloading, local inspection, commissioning, and jobsite operation with clearer equipment information.

Concrete Boom Pump Truck Loaded on Flat Rack

The folded boom pump truck is positioned on a flat rack before export shipment, showing the complete chassis, boom structure, wheelbase, and loading arrangement. This scene helps your project review how a large boom pump truck is prepared for port delivery and overseas transport.

Pre-Delivery Complete Vehicle Audit

Once fully assembled, every boom pump truck undergoes a final comprehensive inspection. We verify the seamless integration between the commercial truck chassis and the hydraulic placing boom, ensuring your vehicle is 100% ready to drive directly to your jobsite upon arrival.

Rear Pumping Unit and Hopper Assembly View

The rear view shows the hopper, pumping outlet, boom pipeline connection, rear support area, and outrigger position after assembly. These components are important for concrete receiving, pump operation, cleaning access, and routine inspection during jobsite use.

Wheel Positioning and Steel Cable Lashing Detail

The transport detail shows how the boom pump truck wheels and chassis area are secured on the flat rack with steel cable lashing. This loading detail helps document the shipment preparation process for a heavy truck-mounted concrete pump before port handling.

Main Systems

Main Systems of a Concrete Boom Pump Truck

A concrete pump truck combines truck chassis, boom system, pumping unit, hydraulic system, outriggers, hopper, control system, pipeline, and cleaning system into one truck mounted concrete boom pump.

The chassis carries the boom, pumping unit, hydraulic system, and outriggers. Wheelbase, axle arrangement, engine emission level, gross weight, turning radius, and road access should be checked according to destination market requirements and jobsite entrance conditions.

Layout & Installation

Boom Reach and Jobsite Access Confirmation

QIC Machinery helps you check road access, turning radius, outrigger working area, placement height, surrounding obstacles, concrete supply method, and destination country requirements before configuration confirmation.

Truck Access and Turning Route Review

Before the boom pump enters the site, check road width, turning space, gate height, bridge limits, slope, overhead obstacles, and traffic movement. Longer boom models usually need more route planning because of chassis length and axle arrangement.

Outrigger Footprint and Ground Support Check

The setup area should allow the required outrigger span and support pad placement. Soil condition, pavement strength, slope, nearby trenches, underground utilities, and support mats should be reviewed before the truck is positioned.

Boom Unfolding Clearance and Overhead Safety Zone

Boom movement requires vertical and horizontal clearance. The site should check overhead power lines, roof structures, trees, cranes, scaffoldings, and nearby buildings before unfolding the boom or rotating toward the placing point.

Why Buy from QIC Machinery

Why Work with QIC Machinery for Concrete Boom Pump Projects

Concrete boom pump selection is closely connected with chassis route, boom reach, outrigger space, ground condition, road requirements, concrete supply, and jobsite safety procedures. QIC Machinery focuses on equipment matching and delivery preparation so your project can review key conditions before purchase and site operation.

01 Review

Boom Length and Working Radius Review

QIC Machinery reviews your placing height, horizontal reach, structure type, pouring points, and available setup area before recommending a boom length range. This helps connect the selected boom model with the actual concrete placement zone.

02 Chassis

Chassis and Destination Market Information Check

Vehicle dimensions, axle arrangement, emission standard, total weight, and chassis brand can be reviewed according to your destination market. Final road registration still depends on local authority procedures, import rules, and required documents.

03 Planning

Outrigger and Ground Condition Planning

Your project can provide photos or drawings of the planned setup area, including ground type, slope, nearby trenches, and available support space. QIC Machinery uses this information to review outrigger span and setup preparation before shipment.

04 Parts

Boom Pipeline and Wear Parts Preparation

Boom delivery pipes, elbows, clamps, seals, end hose, sponge balls, wear plates, cutting rings, filters, and selected hydraulic parts can be prepared according to the selected boom model and expected working frequency.

Concrete Boom Pump FAQ

Concrete Boom Pump Selection FAQs

These questions focus on boom length selection, chassis access, outrigger setup, ground support, working radius, concrete placement coverage, road requirements, cleaning, spare parts, and shipment preparation for concrete boom pump trucks.

How do I choose the right boom length?Click to expandClick to close

Choose boom length according to placing height, horizontal reach, pouring point location, jobsite entrance, truck parking space, and outrigger area. Short booms fit compact sites, medium booms cover common building work, long booms serve wider foundations or bridge decks, and extended booms require larger setup space and stronger access planning.

What site information is needed before selecting a boom pump?Click to expandClick to close

Please provide placing height, horizontal reach, project type, road access, turning space, outrigger setup area, ground condition, overhead obstacles, concrete output requirement, chassis preference, emission requirement, and destination country.

How much outrigger space does a boom pump need?Click to expandClick to close

Outrigger space depends on boom length, chassis type, front and rear span, and selected model. Before operation, the site should confirm horizontal clearance, support pad area, ground strength, slope, and nearby trenches or underground structures.

Can a boom pump work on narrow roads?Click to expandClick to close

Some boom pump models can be considered for narrow or restricted access sites, but the final selection should review road width, turning radius, truck length, outrigger deployment, traffic control, and nearby obstacles.

What should be checked before using a boom pump near buildings or power lines?Click to expandClick to close

The site should check overhead power lines, roof edges, scaffoldings, trees, cranes, neighboring buildings, and boom swing space. Operation should follow the equipment manual, local safety rules, and trained site procedures.

Can QIC Machinery guarantee road registration in my country?Click to expandClick to close

No equipment supplier should guarantee road registration for every market. QIC Machinery can review chassis dimensions, axle information, emission standard, and technical documents according to your destination requirements, while final approval depends on local authorities and import procedures.

What affects the working radius of a concrete boom pump?Click to expandClick to close

Working radius is affected by boom length, folding type, truck position, rotation angle, end-hose position, building layout, obstacle location, and outrigger setup. The actual placement area should be reviewed against the site plan before operation.

How is concrete supplied to a boom pump truck?Click to expandClick to close

Concrete is usually supplied by transit mixer trucks or a nearby batching plant. The site should arrange mixer truck access, hopper feeding space, traffic route, concrete supply continuity, and washout area before pouring starts.

How is the boom pipeline cleaned after pouring?Click to expandClick to close

Boom pipeline cleaning should follow the operation manual. Water, sponge balls, washout area, pipe tools, and operator coordination should be prepared before concrete work begins. Cleaning time depends on pipe length, concrete condition, and site procedure.

What spare parts should be prepared for boom pump operation?Click to expandClick to close

Common spare parts include boom delivery pipes, elbows, clamps, rubber seals, end hose, sponge balls, cutting rings, wear plates, pistons, filters, hydraulic seals, lubrication parts, and selected electrical or sensor components.

Factory Quote

Need a Boom Pump Reach Recommendation?

Share your required boom length, building height, pouring area, concrete output, site access, road condition, chassis preference, local regulations, and destination country.

Please include these key boom pump details:

Required boom length, placing height, and horizontal reach.
Concrete output requirement and project type.
Road access, chassis preference, and outrigger setup space.
Destination country, delivery deadline, and site restrictions.

Get Your Quote

Concrete Boom Pump