A snow plow usually clears open pavement faster when you have room to push and pile snow. A snow blower is useful for deep accumulation, confined routes, and moving snow beyond roadside banks, provided there is a suitable discharge area. When comparing snowblowers for skid steer loaders, consider the snow expected between clearing visits, the layout of the property, and your machine's auxiliary hydraulics.
Decide Where the Removed Snow Needs to Go
Mark the snow storage area before choosing an attachment. Leave room for later storms while keeping entrances, parking spaces, and visibility at corners clear.
An angled skid loader snow blade rolls snow forward and sideways into a windrow. It works efficiently when the route leads to a usable shoulder or pile location. A blower collects snow and throws it through a chute, allowing placement beyond a bank without pushing the full load across the ground.
For a blower, measure the distance from its working position to the intended landing area. Treat maximum throwing distance as a limit under stated conditions, not a guaranteed working distance. Wet snow, hydraulic performance, and wind affect where snow lands. If the job depends on clearing a particular bank, request performance information for comparable snow conditions and the intended carrier. Keep the discharge path away from people, vehicles, and buildings; if neither pushing nor blowing provides usable storage, plan for loading and hauling.
Match the Attachment to Snow Depth, Density, and Storm Frequency
Compare the snow depth expected between clearing visits, then account for its density. Frequent clearing can keep a large storm manageable with a plow, while delayed service gives either attachment a heavier workload.
Fresh Snow and Repeated Clearing
For shallow, fresh snow, a snow plow can maintain access with quick passes before traffic packs it down. As snow builds ahead of the blade, the loader needs additional traction and pushing capacity. Shorter pushes and narrower passes reduce that load. A blower processes snow continuously, but its travel speed must allow the auger and fan to clear the incoming material.
For example, a 12-inch storm cleared after each 4-inch accumulation presents a different task from a single visit after all 12 inches have fallen. Use the expected depth per visit when comparing plowing capability and blower intake height. Snow above the blower housing may require multiple passes using the manufacturer's approved procedure.
Wet Snow, Packed Snow, and Refrozen Banks
Wet snow weighs more per cubic foot than light powder. Differences in snow-to-liquid ratios explain why equal snowfall depths can create different equipment loads. With a plow, heavy snow can cause wheelspin or force shorter pushes. With a blower, overfeeding can slow the fan and contribute to plugging, so reduce travel speed or take a narrower cut as conditions require.
Either attachment can handle wet snow when properly matched to the job. For a blower, auger design and hydraulic power affect how well it processes dense material. Refrozen banks need separate consideration: choose equipment rated for the compacted material involved and avoid forcing a blower into a solid frozen pile.
Compare Driveways, Parking Lots, Narrow Lanes, and Open Areas
Check the narrowest opening, turning space, and obstacles along the route. These can limit attachment size and working direction even when the loader has sufficient power.
| Work Area | When a Snow Plow Fits | When a Snow Blower Fits |
|---|---|---|
| Residential driveway | Short pushes lead to an available pile area, with room to maneuver around curves and parked cars | Edge banks are narrowing the driveway, and snow can be discharged beyond them into a clear area |
| Parking lot | Open rows allow efficient passes to designated piles without repeatedly moving the same snow | Perimeter banks need clearing to recover parking space, with a discharge area clear of vehicles and buildings |
| Narrow lane | Snow can be windrowed along a usable shoulder while preserving the required lane width | Restricted shoulders limit windrowing, but the blower fits the lane and can throw snow beyond the banks |
| Open yard or rural access road | Long, open runs have manageable accumulation and room to push snow off the route | Recurring deep drifts exceed practical pushing capacity, and the carrier can safely access the affected sections |
On gravel, use suitable skid shoes and enough clearance to keep either attachment from digging into loose material. A blower can also throw stones. On uneven pavement, examine ground-following features and obstacle protection. A rigid dozer blade and a dedicated snow blade with a trip mechanism react differently to raised joints or hidden obstructions.
Check Hydraulic Flow, Attachment Width, and Machine Capacity
For a skid loader with a snow blower, match the mounting interface, hydraulic circuit, and attachment load. Mini and full-size skid steer interfaces are not interchangeable by default.
Match the Complete Hydraulic Setup
Compare the loader's auxiliary output with the exact attachment configuration. Engine horsepower and total hydraulic-system flow cannot substitute for the auxiliary specifications available at the attachment couplers.
- Flow and pressure: Match auxiliary flow in GPM and operating pressure in PSI to the attachment's permitted range. Standard-flow blowers exist; high flow is useful only with a blower configured to accept it. Excess flow can overspeed an unsuitable motor.
- Return circuit and case drain: Check allowable return backpressure and any separate case-drain requirement. A case drain carries internal motor leakage back at low pressure; it must be connected as specified.
- Couplers, hoses, and controls: Verify coupler type, hose ratings, electrical connector compatibility, and control functions for chute rotation and deflector adjustment.
- Continuous operation and protection: Confirm the carrier is approved for the sustained hydraulic duty, with adequate cooling and the operator protection required for that attachment.
A hydraulically angled plow generally uses auxiliary flow to reposition its blade, while the loader supplies the pushing force through its tires or tracks. It still needs the correct pressure, couplers, and controls, but does not continuously power an auger and fan.
Check Working Width and Attachment Load
The working width should cover the loader's outside tire or track width. Angling a plow reduces that coverage: our 70-inch snow blade angles up to 30 degrees left or right. At 30 degrees, a 70-inch blade has a theoretical projected width of about 61 inches across the travel path. This calculation illustrates the effect of angling; allow for actual blade geometry and pass overlap when checking coverage.
For a blower, intake width determines the clearing pass, while overall housing width determines access through gates. Check attachment weight and how far its center of gravity sits ahead of the mount. Use the carrier's approved attachment limits and rated operating capacity when assessing the load. Tipping load is a separate specification, not the permitted operating load.
Account for Operating Speed, Maintenance, and Snow Storage Space
Compare complete job time, including turns, cleanup, and relocating accumulated piles. A skid steer snow plow attachment can clear individual passes quickly yet lose that advantage if the same snow needs repeated handling.
For a hypothetical property, assume blowing takes 40 minutes and plowing plus pile relocation takes 60 minutes. The 20-minute difference adds up to about 6.7 hours over 20 visits. Apply the same calculation to your own timings under comparable snow conditions. On a site with short pushes and no pile relocation, the plow may finish sooner.
Plow maintenance centers on cutting edges, shoes, pivots, hoses, and any trip components. A blower adds an auger, fan, hydraulic motors, and chute controls. Compare wear-part prices and service access, then include required hoses, control kits, and carrier upgrades in the purchase cost. Use the time savings and maintenance estimates together to judge the seasonal cost.
Choose for the Work Your Property Actually Requires
A plow is a practical choice for routine clearing on accessible sites with manageable pushing distances. A blower is useful when deep accumulation or existing banks make that work difficult and the snow can be discharged safely. Before buying, confirm the carrier match and compare how each attachment would complete your actual route. For properties with occasional severe drifts, renting a compatible blower may cover that need alongside a regularly used plow. Base the purchase on recurring work, with a separate plan for the conditions you encounter only occasionally.
FAQs about Snow Blower & Snow Plow
Q1. Is a Snow Pusher the Same as a Snow Plow?
No. A box-style snow pusher has sidewalls that contain snow for pushing ahead. An angle plow directs snow toward one side. Some attachments combine these functions, so compare their working configurations and controls as well as their product names.
Q2. Can a Snow Blower Pull Snow Away From a Garage Door?
Usually not with a conventional front-mounted blower. It collects snow as the loader moves forward. Clearing directly against a garage door may require a suitable backdragging blade or separate cleanup, unless the blower includes an approved pullback feature.
Q3. Will Either Attachment Leave Ice-Free Pavement?
Neither attachment guarantees ice-free pavement. A blade may scrape some compacted snow, but bonded ice can remain after clearing. Plan any additional treatment around the pavement material and temperature, especially where pedestrians need access or meltwater can refreeze.
Q4. Are Tracks Always Better Than Tires for Snow Removal?
No. Performance depends on tread design and surface conditions. Snow-specific tires can be effective on pavement, while suitable winter track patterns can improve a tracked loader's performance. Evaluate the actual tire or track setup; a larger contact area alone does not establish better grip.
Q5. What Should I Do if the Snow Blower Chute Clogs?
Stop forward travel and follow the manual's shutdown procedure, including disengaging hydraulics, lowering the attachment, and stopping the engine. Wait for all movement to stop and follow pressure-release instructions. Use an approved cleanout tool and never reach into the chute.
