Snow removal gets more complicated when accumulation is deep, packed, or confined by buildings, driveways, and site boundaries. A skid steer blower can move snow beyond the edge of a work area instead of repeatedly pushing it into a growing pile. But the right attachment depends on hydraulic flow, cutting width, and the distance you need to throw.

The first buying decision is the blower's auger configuration. Understanding how single- and dual-auger designs handle snow will help you compare capacity, flow requirements, and job-site performance before selecting an attachment.

Single Auger vs Dual Auger: What's the Difference?

The main difference is intake capacity and hydraulic demand. A single-auger skid steer snow blower is usually the practical choice for standard-flow machines and routine driveway, road, or small-lot clearing. A dual-auger design adds a second auger to pre-cut and feed deeper windrows, making it better suited to high-flow machines and demanding commercial work.

When a single auger is the better value

A single auger uses one horizontal auger to pull snow from both sides toward the center impeller. Its 18-25 GPM requirement aligns with many standard-flow skid steers, while a 60-72-inch intake can clear a path that matches common machine widths. For operators who need dependable seasonal clearing without the hydraulic demand or purchase cost of a high-flow unit, Haugen snow blower attachments are a sensible starting point.

When dual augers justify the upgrade

A dual-auger blower uses the second auger to assist with pre-cutting tall or packed windrows before the snow reaches the impeller. That added intake capacity supports longer throw distances and more productive passes in heavy conditions, but only when the skid steer's high-flow circuit meets the attachment requirement. Compare the hydraulic specifications carefully before selecting an extreme-duty Blue Diamond snow blower. The higher purchase range makes the most sense for frequent commercial clearing, deep accumulations. Or sites where snow must be thrown well beyond the edge of the work area.

Snow Blower vs Snow Pusher vs Snow Plow: Which One Do You Need?

The right attachment depends on where the snow can go, how deep or compacted it is, and how quickly the site must be opened. A skid steer snow blower uses an auger and impeller to collect snow and discharge it through a chute. While a pusher or angle plow moves snow across the surface.

Choose a snow blower when placement matters

A snow blower is the stronger choice when snow cannot simply be pushed to the edge of the property. The chute lets the operator direct snow over a berm, away from loading areas, or into a designated discharge zone. That controlled placement is especially useful on narrow drives, sidewalks, lanes between buildings, and sites with limited stacking space.

Blowers also suit deep, wet, packed, or windrowed accumulations that would be difficult to move with a blade alone. Industry guidance describes snow blowers as an efficient option for moving deep or heavy snow over longer distances than standard plow blades. Heavy-duty snow removal equipment should still be matched to the skid steer's hydraulic flow and operating capacity.

Choose a pusher or plow for fast open-area clearing

Pushers and angle plows generally win when the priority is speed and simplicity on open lots. A pusher can gather and move a broad volume of snow in a straightforward pass, while an angle plow can roll snow toward a lot edge or windrow. These tools are often practical for parking lots, commercial yards, and expansive driveways where there is sufficient room for snow storage.

A pusher is not designed to throw snow over obstacles, so the site needs a workable perimeter or stacking area. Browse the skid steer snow pusher options when fast surface clearing is more important than precise discharge.

Match the attachment to the site

Large parking lots and industrial sites are established applications for skid steer snow blowers, but the best tool depends on layout and accumulation patterns. Evaluate the property before choosing an attachment. If snow must be relocated beyond the work zone, choose a blower. If it can be pushed safely to an open edge, compare a pusher or angle plow instead.

What Hydraulic Flow Does Your Skid Steer Snow Blower Need?

Hydraulic flow is one of the first specifications to verify before ordering a snow blower. The skid steer powers the attachment's auger and impeller through its auxiliary hydraulic circuit, so the blower must be matched to the machine's available gallons per minute (GPM). Matching hydraulic flow to the blower requirement is critical for performance.

Standard-flow and high-flow requirements

Most standard-flow skid steers deliver approximately 15 to 25 GPM. A standard-flow snow blower in that range is generally appropriate when the machine's auxiliary circuit can maintain the required flow under load. High-flow skid steers typically operate at approximately 28 to 45 GPM and require a compatible high-flow blower. Connecting a high-flow machine to an attachment that is not rated for that output does not automatically improve clearing performance. The attachment's hydraulic motor, hoses, and specifications still set the operating limit.

Check the operator manual or machine data plate for auxiliary flow, then compare that number with the blower's flow code. Blue Diamond snow blower models use flow codes from A through D. Code A is rated for approximately 14 to 17 GPM, while code D is rated for approximately 33 to 40 GPM at 2,500 PSI. The listed horsepower range also increases from about 22 horsepower for code A to 52 horsepower for code D. These ranges help identify the correct configuration, but the machine's actual auxiliary settings and pressure should be confirmed before purchase.

Mounting compatibility and hydraulic upgrades

Most skid steer snow blowers use a universal skid steer quick-attach plate with locking pins. That standard makes physical mounting straightforward across many skid steer models, but a universal mount does not resolve a flow mismatch. Confirm both the quick-attach dimensions and the auxiliary hydraulic specifications, including coupler type, hose routing, flow, and pressure.

If your machine lacks the required auxiliary capacity, a dealer-installed hydraulic upgrade may cost approximately $2,000 to $5,000, depending on the model and year. Compare that investment with selecting a blower that matches the machine you already own. For high-flow machines or demanding clearing conditions, review extreme duty skid steer snow blowers and verify the flow code before ordering.

Cutting Width and Throwing Distance: Matching the Blower to Your Job Site

Cutting width determines how much ground a skid steer snow blower clears in one pass. Throwing distance determines where that snow lands. Evaluate both against your machine's track width, the available snow storage area, and the layout of the property.

Choose a width that clears the machine's tracks

For most single-auger blowers, cutting widths range from 60 to 72 inches. The blower should match or slightly exceed the skid steer's track width so the attachment does not leave packed ridges along the tires. A unit that is too narrow can force extra passes, while an excessively wide blower may reduce maneuverability or exceed the machine's available hydraulic capacity.

Blue Diamond offers a broader selection of widths, including 62, 66, 76, 86, and 96 inches. That range makes it easier to match the attachment to compact equipment, full-size skid steers, and larger commercial clearing routes. Review the machine's operating specifications before selecting the widest available model. Width alone does not determine productivity if the carrier cannot supply the required hydraulic flow.

Match throwing distance to snow storage

Single-auger models commonly throw snow 15 to 25 feet, depending on snow density and hydraulic performance. This range suits driveways, sidewalks, smaller lots, and sites with nearby snow storage. Dual-auger designs can reach widths up to 96 inches and throw snow approximately 30 to 40 feet or more. That added reach is useful when windrows are deep, perimeter storage is limited, or snow must clear a road edge, loading area, or parking-lot lane.

Do not treat the advertised maximum as a guaranteed operating distance. Wet snow, packed accumulations, wind, ground speed, and chute settings all affect the actual discharge pattern. Plan the route so the chute can direct snow away from buildings, vehicles, pedestrian areas, and cleared travel lanes.

Use the intake and cutting-edge specifications as a durability check

Blue Diamond models use a 19-inch auger, a 24- to 26-inch fan, and an 8-inch fan depth. These dimensions support consistent snow intake across the available width options. A 1/2-inch by 4-inch bolt-on cutting edge is replaceable, which can simplify wear-part service when the blower is used on abrasive surfaces or encounters packed snow.

Compare the Haugen snow blower attachments with the Blue Diamond extreme duty snow blower by width, throw requirements, carrier flow, and site constraints. The right combination clears efficiently without forcing the operator to compensate for poor coverage or insufficient discharge distance.

Key Features That Separate a Quality Skid Steer Snow Blower from the Rest

Attachment construction determines how consistently a blower feeds snow, protects the surface, and directs discharge through changing winter conditions. Look beyond cutting width and compare the working components that affect control, durability, and maintenance.

Auger construction and ground protection

A quality unit should use hand-welded augers with high-tensile steel ribbon flighting. The flighting needs to pull snow evenly toward the impeller without forcing the operator to compensate with abrupt changes in travel speed. Serrated auger edges are also valuable when the attachment will encounter hard-packed snow or ice, because they break up the material before it reaches the impeller.

Bolt-on adjustable skid shoes help keep the auger at a controlled height and reduce the risk of scraping the surface. Bolt-on construction also makes wear components easier to inspect and replace. For product options, compare Haugen snow blower attachments with extreme duty skid steer snow blowers against the conditions and surfaces you clear.

Fan and chute control

A five-blade fan design supports consistent discharge after the auger has delivered snow to the impeller. Chute rotation should be hydraulic as standard equipment when the operator needs to redirect snow frequently. Electric chute rotation can let the operator change discharge direction from the cab, while manual rotation may suit simpler applications where adjustments are less frequent.

Check the deflector configuration as carefully as the rotation mechanism. Manual or hydraulic deflector options provide different levels of control, and a multi-hinge deflector can improve chute accuracy by allowing finer adjustment of the discharge angle. That control matters near buildings, parked equipment, walkways, and property boundaries.

Maintenance details

Before each operating period, inspect hydraulic hoses for abrasion, damaged fittings, and leaks. Checking hoses and connections is a basic preventative maintenance step that helps identify problems before they interrupt snow removal. Also follow the manufacturer schedule for lubrication and inspect the auger after contact with hidden obstacles. A durable design still depends on routine inspection and correct hydraulic operation.

Frequently Asked Questions

What size skid steer is needed for a snow blower?

Match the attachment to the machine's hydraulic flow, available horsepower, rated operating capacity, and mount. Standard-flow blowers commonly operate around 18-25 GPM, while high-flow models require a compatible high-flow circuit. Confirm the attachment specifications and your machine's owner manual before ordering.

Can you put a snowblower on a skid steer?

Yes. A skid steer snow blower connects to the machine's hydraulic system to power the auger and impeller. Most models use a universal skid steer quick-attach plate with locking pins, but verify the coupler, hydraulic connections, flow rating, and electrical requirements for the specific attachment.

What is the difference between single and dual auger snow blowers?

A single auger pulls snow from both sides toward the center impeller and is suited to many standard-flow applications. A dual-auger design adds a second auger to help pre-cut deep or tall windrows, making it better suited to dense snow and higher-capacity work. Select the design based on snow conditions, machine flow, and clearing volume.

How far can a skid steer snow blower throw snow?

Typical single-auger models throw snow about 15-25 feet, although actual distance varies with snow density, hydraulic performance, impeller design, and chute settings. Measure the available discharge area before choosing a blower, especially on narrow drives, around buildings, or near parked equipment.

How should a snow blower be maintained after use?

Inspect hydraulic hoses and connections for wear or leaks, check shear pins after striking an obstacle, and lubricate chute rotation points as recommended by the manufacturer. Before off-season storage, clean the attachment and keep it in a covered, dry area to help protect hydraulic components and finishes. For safe operation, maintain visibility and follow the manufacturer's operating procedures.

Ready to choose your skid steer snow blower?

Match the blower's flow requirements, cutting width, and snow-handling design to your machine and job site before ordering. When you are ready to compare available options, shop skid steer snow blower attachments at eSkidSteer. Browse the collection to find an attachment that fits your equipment and supports efficient snow removal.