OVERVIEW & BENEFITS
Not for sale in California due to California carb regulations.
Special Order Notice:
All Mi-T-M Products are a 4-8 week lead time, if you need this product sooner please call us for options!
By placing your order, you acknowledge that a wait time may apply, and the item will be shipped as soon as it becomes available. As of 09/2025 To help prevent fraudulent LTL shipments, a valid driver’s license must be provided for all LTL shipments. You will be contacted after purchase.
For availability and lead times, please contact us:
Info@CigarCitySoftwash.com
813-686-7638
The Mi-T-M WTP-T03-0MGH 3-Inch Industrial Trash Pump is a contractor-grade pump built to handle tough water transfer jobs with debris, sludge, and solids. Powered by the legendary 270cc Honda GX270 OHV engine, this unit delivers reliable performance and long-lasting durability for the most demanding job sites.
Featuring 3" suction and 3" discharge ports, this trash pump moves large volumes of water quickly and efficiently. Its heavy-duty steel roll cage provides maximum protection and portability, making it ideal for construction, agriculture, industrial, and flood recovery applications.
Key Features & Benefits:
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Industrial 3" trash pump with 3" suction and discharge ports
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Powered by a Honda GX270 OHV 270cc engine – trusted worldwide for reliability
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Moves high volumes of water, sludge, and debris with ease
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Heavy-duty steel roll cage for job site durability and easy transport
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Designed for construction sites, agriculture, flood control, and industrial pumping
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Built for long service life with professional-grade components
Specifications:
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Manufacturer: Mi-T-M
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Model: WTP-T03-0MGH
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Engine: Honda GX270 OHV, 270cc gasoline engine
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Suction Size: 3 in.
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Discharge Size: 3 in.
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Applications: Flood recovery, construction, agriculture, industrial water transfer
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Frame: Rugged steel roll cage for protection and portability
The Mi-T-M WTP-T03-0MGH 3-Inch Trash Pump with Honda GX270 is the professional’s choice for dependable, high-performance pumping in demanding environments.