Schwing Stetter SP 2509 D
VS
Aquarius 1400 HPD
Concrete Pump
Schwing Stetter SP 2509 D vs Aquarius 1400 HPD: the two differ on 19 of 27 listed specs. The main differences are Engine (177 HP vs 221 HP), Warranty (1 Yr. / 1000 hr vs 1 Year), Brand (Schwing Stetter Concrete pump vs Aquarius Concrete pump), Max. Output (64 m³/hr vs 52 m³/hr). The other 8 specs are the same.
Specs from OEM brochures · comparison updated Aug 2026
* Ex-factory price ranges are indicative for Oct 2026 and change with variant, city and offers; confirm with the dealer. On-road cost adds transport, RTO, insurance and accessories. Disclaimer
The comparisons provided are based on the technical specifications published by the respective OEMs on their official websites and brochures. Please confirm these details directly with the OEMs before making any final decision.
Key Highlights
Schwing Stetter SP 2509 D
Aquarius 1400 HPD
Schwing Stetter SP 2509 D
VS
Aquarius 1400 HPD
Concrete Pump
Schwing Stetter SP 2509 D vs Aquarius 1400 HPD: the two differ on 19 of 27 listed specs. The main differences are Engine (177 HP vs 221 HP), Warranty (1 Yr. / 1000 hr vs 1 Year), Brand (Schwing Stetter Concrete pump vs Aquarius Concrete pump), Max. Output (64 m³/hr vs 52 m³/hr). The other 8 specs are the same.
Specs from OEM brochures · comparison updated Aug 2026
Schwing Stetter SP 2509 D
Price on Request
Aquarius 1400 HPD
Price on Request
Particulars
Schwing Stetter SP 2509 D
Aquarius 1400 HPD
Aquarius 1400 HPD vs Schwing Stetter SP 2509 D: Pressure vs Output for High-Rise Work
The real trade-off between these two pumps is pressure versus output. The Aquarius 1400 HPD pushes higher pressure, which matters most when concrete has to travel very high up a tall building. The Schwing Stetter SP 2509 D moves more concrete per hour, which counts more when height is not the constraint but the speed of the pour is. Compare the details on the Aquarius 1400 HPD page and the Schwing Stetter SP 2509 D page before choosing.
The Schwing Stetter SP 2509 D also adjusts its own output automatically to match site demand, which takes some of the guesswork off the crew, and it is built with underground and basement work in mind. Browse the Aquarius range or the Schwing Stetter range, and check the full concrete pump listing along with the concrete pump buying guide to plan your pour height and site type properly.
Aquarius 1400 HPD
Pros:
High theoretical output of 52 m³/hr
Max concrete pressure of 157 bar
Remote control for operator convenience
Mechanical override for power failure situations
Stable on demanding sites with four outriggers
Cons:
No specified machine weight
Limited additional features listed
Schwing Stetter SP 2509 D
Pros:
Higher theoretical output of 64 m³/hr
Max concrete pressure of 142 bar
Auto-governed output based on site demand
Fast individual rock valve switching for tough mixes
Stable design for underground and high-rise applications
Cons:
Lower engine power of 177 HP compared to Aquarius
No overall dimensions specified
Pros:
Cons:
Closing Recommendation
Both pumps handle serious high-rise and infrastructure work, but they win in different ways. If your project needs concrete pushed very high up a building, the Aquarius 1400 HPD's stronger pressure rating gives it the edge. If your site needs more concrete moved per hour and benefits from automatic output adjustment, the Schwing Stetter SP 2509 D is built for that kind of changing site demand. So match the machine to your work: Aquarius 1400 HPD for very tall vertical pours, Schwing Stetter SP 2509 D for high-output, high-demand sites with automated control.
Schwing Stetter SP 2509 D Vs Aquarius 1400 HPD Concrete Pump Price, Technical Specifications & Features
The Schwing Stetter SP 2509 D is a 64 m³/hr high-pressure stationary concrete pump built for underground construction, tunnel concreting, and high-rise building work. Producing 177 HP, the SP 2509 D holds up to 142 bar of concrete pressure along every metre of deep underground and tall structure delivery without losing output. A fast individual rock valve switching circuit keeps the pour moving through the toughest mixes and most demanding delivery conditions. This concrete pump uses output-governed pumping that reads site demand continuously and adjusts automatically, eliminating manual throttle adjustments on variable underground and high-rise pours. Deployed on underground, tunnel, and high-rise construction contracts by EPC contractors and project managers across India. The Schwing Stetter SP 2509 D concrete pump price in India ranges between ?65–78 Lakhs. The right high-pressure pump for EPC contractors who need auto-governed output on underground, tunnel, and high-rise contracts.
The Aquarius 1400 HPD is a 52 m³/hr high-pressure stationary concrete pump built for tunnel construction, deep foundation work, and high-rise structural pours. Producing 221 HP, this stationary concrete pump sustains up to 157 bar of concrete pressure through extreme vertical climbs and long-distance horizontal drives where standard pumps reach their limit. Remote control keeps the operator in full command of the pour from anywhere on site. Mechanical override steps in automatically so a site power failure never breaks the pour. The 1400 HPD uses four outriggers and a rigid trailer frame that keep the machine stable on demanding tunnel and deep foundation sites. Fewer strokes per cycle lower wear part costs and extend service intervals. Trusted by EPC contractors and project managers on tunnel, deep foundation, and high-rise projects across India. The right high-pressure pump for EPC contractors who need sustained pressure on tunnel, deep foundation, and high-rise pours beyond the reach of standard machines.
Aquarius 1400 HPD vs Schwing Stetter SP 2509 D: Pressure vs Output for High-Rise Work
The real trade-off between these two pumps is pressure versus output. The Aquarius 1400 HPD pushes higher pressure, which matters most when concrete has to travel very high up a tall building. The Schwing Stetter SP 2509 D moves more concrete per hour, which counts more when height is not the constraint but the speed of the pour is. Compare the details on the Aquarius 1400 HPD page and the Schwing Stetter SP 2509 D page before choosing.
The Schwing Stetter SP 2509 D also adjusts its own output automatically to match site demand, which takes some of the guesswork off the crew, and it is built with underground and basement work in mind. Browse the Aquarius range or the Schwing Stetter range, and check the full concrete pump listing along with the concrete pump buying guide to plan your pour height and site type properly.
Aquarius 1400 HPD
Pros:
High theoretical output of 52 m³/hr
Max concrete pressure of 157 bar
Remote control for operator convenience
Mechanical override for power failure situations
Stable on demanding sites with four outriggers
Cons:
No specified machine weight
Limited additional features listed
Schwing Stetter SP 2509 D
Pros:
Higher theoretical output of 64 m³/hr
Max concrete pressure of 142 bar
Auto-governed output based on site demand
Fast individual rock valve switching for tough mixes
Stable design for underground and high-rise applications
Cons:
Lower engine power of 177 HP compared to Aquarius
No overall dimensions specified
Pros:
Cons:
Closing Recommendation
Both pumps handle serious high-rise and infrastructure work, but they win in different ways. If your project needs concrete pushed very high up a building, the Aquarius 1400 HPD's stronger pressure rating gives it the edge. If your site needs more concrete moved per hour and benefits from automatic output adjustment, the Schwing Stetter SP 2509 D is built for that kind of changing site demand. So match the machine to your work: Aquarius 1400 HPD for very tall vertical pours, Schwing Stetter SP 2509 D for high-output, high-demand sites with automated control.
Schwing Stetter SP 2509 D Vs Aquarius 1400 HPD Concrete Pump Price, Technical Specifications & Features
The Schwing Stetter SP 2509 D is a 64 m³/hr high-pressure stationary concrete pump built for underground construction, tunnel concreting, and high-rise building work. Producing 177 HP, the SP 2509 D holds up to 142 bar of concrete pressure along every metre of deep underground and tall structure delivery without losing output. A fast individual rock valve switching circuit keeps the pour moving through the toughest mixes and most demanding delivery conditions. This concrete pump uses output-governed pumping that reads site demand continuously and adjusts automatically, eliminating manual throttle adjustments on variable underground and high-rise pours. Deployed on underground, tunnel, and high-rise construction contracts by EPC contractors and project managers across India. The Schwing Stetter SP 2509 D concrete pump price in India ranges between ?65–78 Lakhs. The right high-pressure pump for EPC contractors who need auto-governed output on underground, tunnel, and high-rise contracts.
The Aquarius 1400 HPD is a 52 m³/hr high-pressure stationary concrete pump built for tunnel construction, deep foundation work, and high-rise structural pours. Producing 221 HP, this stationary concrete pump sustains up to 157 bar of concrete pressure through extreme vertical climbs and long-distance horizontal drives where standard pumps reach their limit. Remote control keeps the operator in full command of the pour from anywhere on site. Mechanical override steps in automatically so a site power failure never breaks the pour. The 1400 HPD uses four outriggers and a rigid trailer frame that keep the machine stable on demanding tunnel and deep foundation sites. Fewer strokes per cycle lower wear part costs and extend service intervals. Trusted by EPC contractors and project managers on tunnel, deep foundation, and high-rise projects across India. The right high-pressure pump for EPC contractors who need sustained pressure on tunnel, deep foundation, and high-rise pours beyond the reach of standard machines.
19 differ · 8 identical
Key highlights: Schwing Stetter SP 2509 D vs Aquarius 1400 HPD Concrete Pump
Schwing Stetter SP 2509 D
Aquarius 1400 HPD
Engine Type
Disel Engine
Disel Engine
Delivery Cylinder Stroke
1600 mm
1400 mm
Weight
NA
NA
Warranty
1 Yr. / 1000 hr
1 Year
Overall Length
NA
6395 mm
Key highlights: Schwing Stetter SP 2509 D vs Aquarius 1400 HPD Concrete Pump
Schwing Stetter SP 2509 D
Aquarius 1400 HPD
Engine Type
Disel Engine
Disel Engine
Delivery Cylinder Stroke
1600 mm
1400 mm
Weight
Not Available
Not Available
Warranty
1 Yr. / 1000 hr
1 Year
Overall Length
NA
6395 mm
Full specifications: Schwing Stetter SP 2509 D vs Aquarius 1400 HPD Concrete Pump
Engine
Schwing Stetter SP 2509 D
Aquarius 1400 HPD
Max Engine Power
177 HP (132 kW) @ 2200 rpm
221 HP (165 kW)
Engine Type
Disel Engine
Disel Engine
Performance
Schwing Stetter SP 2509 D
Aquarius 1400 HPD
Max Theoretical Output
64 m³/hr (rod) / 35m³/hr (piston)
52 m³/hr (rod) / 35 m³/hr (piston)
No. of Strokes Per Minute
26 (rod) / 14 (piston)
20 (rod) / 13 (piston)
Max Concrete Pressure
142 bar
157 bar
Pumping System
Schwing Stetter SP 2509 D
Aquarius 1400 HPD
Delivery Cylinder Stroke
1600 mm
1400 mm
Delivery Cylinder Diameter
180 mm
200 mm
Weight And Dimension
Schwing Stetter SP 2509 D
Aquarius 1400 HPD
Machine Weight
5300 kg
NA
Overall Length
NA
6395 mm
Overall Width
NA
1990 mm
Overall Height
NA
2664 mm
Hydraulic System
Schwing Stetter SP 2509 D
Aquarius 1400 HPD
Hydraulic System Pressure
NA
NA
Hopper Capacity
600 L
600 L
Full specifications: Schwing Stetter SP 2509 D vs Aquarius 1400 HPD Concrete Pump
Engine
Schwing Stetter SP 2509 D
Aquarius 1400 HPD
Max Engine Power
177 HP (132 kW) @ 2200 rpm
221 HP (165 kW)
Engine Type
Disel Engine
Disel Engine
Performance
Schwing Stetter SP 2509 D
Aquarius 1400 HPD
Max Theoretical Output
64 m³/hr (rod) / 35m³/hr (piston)
52 m³/hr (rod) / 35 m³/hr (piston)
No. of Strokes Per Minute
26 (rod) / 14 (piston)
20 (rod) / 13 (piston)
Max Concrete Pressure
142 bar
157 bar
Pumping System
Schwing Stetter SP 2509 D
Aquarius 1400 HPD
Delivery Cylinder Stroke
1600 mm
1400 mm
Delivery Cylinder Diameter
180 mm
200 mm
Weight & Dimensions
Schwing Stetter SP 2509 D
Aquarius 1400 HPD
Machine Weight
5300 kg
NA
Overall Length
NA
6395 mm
Overall Width
NA
1990 mm
Overall Height
NA
2664 mm
Hydraulic System
Schwing Stetter SP 2509 D
Aquarius 1400 HPD
Hydraulic System Pressure
NA
NA
Hopper Capacity
600 L
600 L
Popular Comparisons with Schwing Stetter SP 2509 D
Questions buyers ask about the Schwing Stetter SP 2509 D vs Aquarius 1400 HPD
Ans.
For very tall pours, the Aquarius 1400 HPD has an edge, since its maximum concrete pressure of 157 bar can push concrete higher than the Schwing Stetter SP 2509 D's 142 bar. The SP 2509 D moves more concrete per hour overall, which matters more when height is not the limiting factor.
Ans.
Yes, it reduces some of the guesswork. The Schwing Stetter SP 2509 D's auto-governed output adjusts pump speed to match site demand on its own, so the crew spends less time manually tuning it. On the Aquarius 1400 HPD, the crew manages pump speed more directly through the controls.
Ans.
The Schwing Stetter SP 2509 D is designed with underground and high-rise work in mind, so it is the stronger choice for basement pours and deep foundation work. The Aquarius 1400 HPD is built more for standard high-rise pumping where strong pressure for height matters most.
Ans.
Yes, that is the point of it. The remote control lets one crew member move with the boom or pipeline and adjust the pump from a distance, instead of needing a second person stationed at the control panel the whole time.
Ans.
If your projects often switch between harder or more abrasive concrete mixes, the Schwing Stetter SP 2509 D's fast rock valve switching is built to handle that variation quickly. The Aquarius 1400 HPD performs well too, but check your current mix requirements against both machines before deciding.
Schwing Stetter SP 2509 D Vs Aquarius 1400 HPD - Compare Price & Availability Across 600+ Locations in India
Compare Schwing Stetter SP 2509 D Vs Aquarius 1400 HPD price and availability across all major cities in India including Mumbai, Pune, Kolkata, Hyderabad, Chennai, Bengaluru, Delhi, Ahmedabad, Indore, Jaipur, Guwahati, and 600+ more locations.
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