A 100 m³/h concrete pump truck is available in the 24–36 m boom class, with listed output of 100–150 m³/h and concrete pressure of 6–6.6 MPa [S6].
The purchase decision depends on boom reach, truck chassis, hours, maintenance records, and local emissions compliance; used units span $50,000–$400,000 [S2][S4].
What a 100 m³/h pump truck costs
There is no defensible single purchase price for a 100 m³/h unit because published examples do not isolate one configuration from chassis, boom length, mileage, and condition. The cleanest market reference is a used concrete pump truck price of $50,000–$400,000, with age, operating hours, and maintenance history determining where the machine falls within that range [S2].
Used buying can reduce acquisition cost by 30–60% against new equipment when the unit remains production-ready [S2]. A low-hour machine can carry a premium, while an older unit with documented servicing may offer the lower entry point. For a 100 m³/h requirement, treat the price range as condition data, not a quote for every nominal-output truck.
For operating rather than owning, Atlanta planning rates for a 32–47 m truck-mounted boom pump are $1,200–$2,400 per day, $6,000–$12,500 per week, and $22,000–$48,000 per month [S5]. Those figures include an operator under the stated production-service model and assume weekday dispatch with an 8-hour on-site window.
Output and reach selection
A listed truck-mounted configuration covers 24–36 m reach, 100–150 m³/h output, and 6–6.6 MPa pressure [S6]. Converted to the units commonly used by US pump sellers, 100 m³/h is approximately 130.9 yd³/h, while 150 m³/h is approximately 196.4 yd³/h.
The reference size table places small boom pumps below 90 ft reach at 80–130 yd³/h, with approximately 85 ft vertical reach [S1]. Mid-size boom pumps cover 90–120 ft reach and 100–170 yd³/h, with vertical reach up to approximately 115 ft [S1]. These ranges show why nominal output alone does not identify the right truck.
A truck rated at 100 m³/h can suit a commercial foundation, tilt-wall project, elevated slab, or multi-story work when its boom reaches the placement point [S1]. It is not the automatic choice for a driveway, confined backyard, or long ground-level hose run. For those cases, a line pump with 15–30 yd³/h trailer output or 25–50 yd³/h truck-mounted output may be more economical [S1].
Boom, line, and combination options compared
Boom pumps provide vertical reach and direct placement, while line pumps provide hose flexibility and a smaller setup footprint [S1][S2]. The comparison must include output, reach, site footprint, and operating cost because a machine with adequate capacity can still be inefficient if the concrete has to travel too far or the truck cannot be positioned.
For a 100 m³/h requirement, the small boom class may meet the output target, but the mid-size class gives more schedule flexibility when the pour area cannot be reached from one setup. A line pump remains the stronger choice when access is narrow and placement stays at ground level, provided its lower output can still meet the planned pour rate [S1].
Price drivers beyond output capacity
Boom reach is a major price driver because a 32 m truck serves a different placement envelope from a 61 m unit, and structural and hydraulic inspections support the condition premium [S2]. Reach figures vary with Z-fold or roll-fold geometry and setup position, so a nominal 36 m rating does not guarantee one fixed working radius on every site [S1].
The carrier also changes both price and total cost. Mack, Peterbilt, Freightliner, and Western Star chassis are identified in the market reference, with newer chassis linked to current emissions requirements and reduced retrofit risk [S2]. Hydraulic and valve technology must also be considered for wear, maintenance intervals, and parts availability.
Ownership cost should include installation and setup, fuel, inspection, planned service, wear components, and downtime. The concrete pump truck reference category captures the main equipment types, while truck-mounted concrete pumps distinguish the 24–36 m and 37 m boom classes relevant to this decision [S6].
New, used, or rental
Used equipment is the broadest published price reference at $50,000–$400,000 and can save 30–60% relative to new equipment [S2]. It suits contractors able to verify pumping hours, maintenance records, boom inspections, hydraulic condition, and chassis compliance. It is less suitable for buyers who cannot absorb an unexpected S-tube, hydraulic, or drive-component failure without a spare unit.
Rental shifts the decision from asset price to utilization. Atlanta boom-pump planning rates reach $2,400 per day, $12,500 per week, and $48,000 per month [S5]. Common invoice additions include a 4-hour minimum, excess pumping time, per-yard charges, travel, priming, and washout. Published service rates can start near $200 per hour for a boom pump before those additions [S5].
A purchase becomes less compelling when annual utilization is low, a single pour does not justify mobilization and standby, or the local market can provide compliant 32–47 m equipment on short notice. Rental becomes less attractive when the machine must remain on site across many pours, especially once setup, washout, travel, and minimum-block charges are included.
North American compliance and acquisition timing
The North American concrete pump market is valued at $1.6 billion for 2026 and is forecast to reach $2.7 billion by 2036 at a 4.9% compound annual growth rate [S4]. More directly relevant to capital planning, stricter NOx standards are scheduled for January 1, 2027, and operators are accelerating fleet investment to avoid dispatch and project-qualification risk [S4].
“The investment is pulled forward from 2027 in anticipation of stricter NOx emission standards that are scheduled to take effect on January 1, 2027.” [S4]
A chassis and emissions strategy therefore belongs in the 100 m³/h pump price calculation, not just the pump specification. Confirm the truck configuration, engine standard, registration requirements, inspection status, and dealer support before accepting a purchase price. The measurable next steps are an inspection of the boom, hydraulic circuit, chassis, pumping-hour record, and service history, followed by a quotation separating the base truck, boom class, delivery, warranty, and local compliance costs.