RYFT Hydraulic Log Splitter Pump 11GPM 2-Stage Hi/Lo Gear Pump

In this review the RYFT Hydraulic Log Splitter Pump 11GPM is evaluated for users who need a direct, serviceable replacement pump that delivers faster cycle times and strong build quality. The pump's defining advantage is its 2-stage HI/LO gear design, which combines an 11 GPM flow with a high top-end pressure capability to improve splitting speed on compatible machines. Installation is straightforward for anyone familiar with log splitters, and the aluminum housing plus cast steel end plate aim to provide a long service life under demanding outdoor use.

Key Features

• 2-stage 11 GPM: The HI/LO gear configuration provides quicker cycle times while allowing higher pressure when needed to tackle tougher logs.
• 3000 PSI max pressure: The pump's working pressure capability offers the headroom required for many log splitter cylinders and heavy-duty tasks.
• 3600 RPM rated speed: A maximum rotational speed of 3600 RPM gives flexibility with engine or motor drives and helps achieve the advertised flow rates.
• Standard ports: Comes with a 1/2 in NPT outlet and a 1 in barb inlet for compatibility with common hose and fitting setups on splitters and other equipment.
• Durable construction: Extruded aluminum housing and a cast steel end plate resist impact and corrosion for longer service life in outdoor applications.
• Wide applications: Suitable for log splitters, presses, dump trailers and similar hydraulic implements where a 2-stage gear pump is appropriate.

Who It's For

The RYFT 11GPM pump is aimed at homeowners and small contractors who need a reliable replacement or upgrade pump for a log splitter or related hydraulic tool. It will particularly suit those who want faster cycle times from a 2-stage design and who can accommodate the stated inlet and outlet ports without custom plumbing.

It is less suitable for users who need specially threaded or reinforced high-pressure fittings out of the box, or for installations where absolute leak-proof factory connections are critical without additional reinforcement. Buyers who require a pump with a different rotation direction or nonstandard shaft size should look elsewhere.

Pros & Cons

Pros

• Solid 2-stage performance that improves cycle speed on compatible splitters.
• Sturdy materials with an extruded aluminum housing and cast steel end plate for durability.
• Standard 1/2 in NPT outlet and 1 in barb inlet make it easy to fit common systems.
• 3600 RPM and 3000 PSI ratings allow a range of applications beyond just splitters.

Cons

• Some users report connection strength and leakage issues at high-pressure fittings, so fittings may need reinforcement or careful torqueing.
• Only clockwise shaft rotation is supported, which may limit compatibility with certain models.

Specifications

Flow rate	11 GPM (2-stage)
Maximum pressure	3000 PSI
Maximum speed	3600 RPM
Outlet port	1/2 in NPT
Inlet port	1 in barb
Shaft	1/2 in diameter keyed shaft, clockwise rotation
Housing material	Extruded aluminum housing with cast steel end plate

Our Verdict

The RYFT Hydraulic Log Splitter Pump 11GPM is a solid midrange choice for anyone needing a faster, dependable 2-stage replacement pump. Its 11 GPM flow, 3000 PSI capacity and robust construction deliver good value for homeowners and light contractors, but installers should check fittings and brace high-pressure connections to avoid leaks under extreme loads. Overall it is a practical option when compatibility and careful installation are observed.

Frequently Asked Questions

Will this pump fit my splitter?
Check that your machine accepts a 1/2 in diameter keyed shaft, clockwise rotation, and standard 1/2 in NPT outlet plus 1 in barb inlet; if so it is likely to be compatible.

Is this pump serviceable?
The pump is built with common materials and standard ports so routine maintenance and replacement parts work can be performed by a competent technician.

Are leaks common with this model?
Some users have reported leakage or weakened threads on high-pressure connections; using proper fittings, thread sealant where appropriate and reinforcing connections will reduce the risk.