Genuine OEM Hustler Hydraulic Drive Pump RH – 606709P

The Hustler 606709P Hydraulic Pump (H-G PY, Right-Hand) is a genuine OEM hydrostatic drive pump used on select Hustler Super 88 and Super SF zero-turn mowers. This pump delivers hydraulic power to the right-side wheel drive, ensuring smooth, responsive forward and reverse operation.

Built to Hustler factory specifications, this pump provides the correct displacement, pressure control, and durability required for commercial mowing applications. Replacing a worn or failing hydraulic pump helps restore proper traction, ground speed control, and overall drivability.

Note: Hustler 606709P is the same pump as Hustler 606709, supplied under a different packaging number.

Product Details

• Brand: Hustler (Genuine OEM)

• OEM Part Number: 606709P

• Also Known As: Hustler 606709

• Pump Type: Hydrostatic Hydraulic Drive Pump

• Orientation: Right-Hand (RH)

• Application: Wheel / ground drive system

• Condition: New, OEM

Compatible Hustler Models (Parts Manual Reference)

This right-hand hydraulic drive pump is used on select Hustler Super 88 and Super SF models, including those covered by the following parts manuals:

Hustler Super 88

• 936617 – HTSUWR088BASVANM61A

• 939546 – HTSUWR088BASVANM61EOGA

Hustler Super SF

• 60" Super SF – 942029, 942045, 943506, 943522

• 72" Super SF – 942037, 942052, 943514, 943530

⚠️ Fitment varies by model and serial number. Always verify compatibility using your mower’s model and serial number before ordering.

Key Features & Benefits

• Genuine Hustler OEM hydraulic drive pump

• Right-hand configuration for correct wheel drive operation

• Engineered for proper hydraulic flow and pressure

• Restores smooth, responsive ground drive performance

• Heavy-duty construction for commercial reliability

Why Choose a Genuine Hustler Hydraulic Pump?

Only Hustler OEM hydraulic pumps are engineered to meet factory requirements for pressure balance, displacement, and internal tolerances. Using the correct OEM pump helps prevent drive issues, overheating, noise, and premature hydrostatic system wear.