Swiftech MCP35X2 Pump
Introducing the Swiftech MCP35X2 Pump, an advanced dual-motor evolution of the renowned MCP35X. Engineered for extreme liquid cooling demands, it excels in complex systems with multiple radiators or high-end multi-GPU configurations. The dual-pump design provides crucial redundancy, ensuring continuous circulation even if one motor fails. Its precision-machined POM housing offers durability, while standard G1/4 ports ensure broad fitting compatibility. With PWM control, you can precisely adjust speeds from 1300 to 4500 RPM for optimal performance and quiet operation, with simultaneous speed control via an included splitter.
$199.95
Owner Satisfaction
4.3
/ 5
Category Rank
2730
/ 3605
#2730 in Computer System Cooling Parts
Price vs Category Average
+32%
Above average
Motor Type
2
/ x Electronically commutated, brushless DC, spherical motors
Who it's for
- Exceptional Head Pressure and Flow Rate
- Built-in Redundancy
- Compact Power Density
Who should skip it
- Significant Heat Generation
- High Cost Investment
- Increased Noise Profile
Key Specs
Motor Type
2x Electronically commutated, brushless DC, spherical motors
Nominal Voltage
12 V DC
Operating Voltage Range
9 to 13.4 VDC
Max. Nominal Power
18 W x 2 (@12 V)
Max. Nominal Current
1.5 A x 2 (@12 V)
Max. Nominal Head
27.9 ft (8.5m) at 12 V
Max Nominal Discharge
~ 4.17 GPM (15.8 LPM) at 12 V
Maximum Pressure
22 PSI (1.5 BAR)
Features
- Dual motor design for extreme flow and redundancy
- Variable speed control via PWM (1300-4500 RPM)
- Twice the head pressure of the MCP35X
- Compact design with high performance
- Standard G1/4 ports for wide compatibility
- 50,000 hours MTBF for reliability
- Easy installation with adhesive or hardware
- Simultaneous dual pump speed control
What customers say
Enthusiasts highly value the Swiftech MCP35X2 for its phenomenal dual pump performance, delivering exceptional head pressure and flow ideal for complex water cooling loops. Its compact size relative to its power output is a significant advantage for tight builds. Users seeking maximum cooling potential and system redundancy are very satisfied with its quality and reliability, despite the premium cost. The main drawback consistently mentioned is noise; running two DDC pumps creates a noticeable acoustic signature that some users must manage by reducing speed. Heat management is also a minor consideration for long term operation.
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$200