Both move snow. But they work differently, suit different sites, and produce different results. The wrong one for your application means slower work, less complete clearing, or unnecessary damage to surfaces. Here's how to choose.
A snow blade (also called a dozer blade, angle blade, or straight blade) and a snow pusher (also called a containment plow or snow box) are the two most common non-blowing snow removal attachments for skid steers. Operators new to winter work often assume they're interchangeable — different configurations of the same concept. They're not. They work through different mechanisms, excel in different contexts, and choosing the wrong one for your primary application is a real mistake.
A snow blade is a straight or slightly curved blade mounted in front of the skid steer, typically in the 1.8–2.7 m (72"–108") width range for skid steers. The blade can usually be angled — set at approximately 30° to either side — which allows snow to be discharged to one side of the machine's path rather than building up directly in front.
The angling is the defining characteristic of the snow blade. When you angle a blade and drive forward, snow rolls off the discharge end continuously. You're not accumulating a load — you're constantly moving a ribbon of snow to the side. This is very effective for clearing roads and long linear paths where you want to windrow the snow to one side.
Straight blades (no angle) act more like a dozer — you push a pile of snow ahead of you, which builds up as you travel until you have to stop, raise the blade, back up, and dispose of it somewhere. Less efficient for volume clearing but useful for precise pushing and placing.
A snow pusher (containment plow) is a box-shaped attachment — a blade with side endboards that contain the snow as you push. The sides prevent snow from spilling off the ends, which means you carry the full load to your disposal point rather than letting it dribble along the path.
Pushers come in widths from 1.8 m to 4.3 m or more (60" to 14'+), with the 2.4–3.0 m range being most common for mid-to-large skid steers. The key design element is the rubber or steel cutting edge at the bottom, which rides the surface and scrapes snow cleanly. Most quality pushers use a rubber cutting edge that trips over obstacles (manholes, expansion joints, rebar heads) rather than slamming into them — important on commercial paving.
Pushers do not angle. You drive forward accumulating a load, carry it to the designated snow storage area, raise the pusher to release the load, back up, and do the next run. The efficiency comes from the large width (a 3.0 m pusher carries three times as much per pass as a 1.0 m bucket) and from the fact that all the snow you collect actually arrives at the disposal point.
| Characteristic | Snow Blade | Snow Pusher |
|---|---|---|
| Snow containment | None — snow runs off the discharge end or both ends | Full — side boards contain the entire load |
| Best in: | Roads, lanes, long linear paths | Parking lots, large open areas |
| Clearing direction | Angled discharge (side push) | Straight push to designated stack point |
| Maneuverability | Higher — narrower, less drag on turns | Lower — wide box, requires turning room |
| Per-pass volume | Moderate — blade width only, snow spills off | High — full width contained to disposal point |
| Tight spaces | Better — can angle to minimize footprint | Worse — box width requires clear approach |
| Cost (CAD) | $1,800–$4,500 | $2,200–$6,500 |
| Maintenance | Cutting edge replacement; angle cylinder seals | Cutting edge replacement; endboard wear strips |
| Surface type | Roads, gravel, rough surfaces | Paved lots, concrete, finished surfaces |
For commercial parking lot clearing — a strip mall, grocery store, industrial park, apartment complex — the snow pusher is almost always the right choice. Here's why:
Volume efficiency: A single pass with a 3.0 m pusher moves as much snow as 3–4 passes with a standard bucket, and more than 2 passes with an angled blade (because the blade loses snow off the ends). In a large parking lot, the difference between 40 passes and 100 passes to clear the same area is significant — it's the difference between a 60-minute job and a 150-minute job.
Clean result: Containment pushers with good rubber cutting edges leave a cleaner scrape on pavement than most blades. The rubber edge floats over surface irregularities (painted lines, slight grade changes) while still scraping effectively. Blades, especially steel-edge blades, can gouge pavement on imperfect surfaces.
Controlled stacking: You choose exactly where the snow goes. Push it to the far end of the lot, to the designed staging areas, to the boulevards. It doesn't end up randomly distributed along the windrow. For commercial properties with fire lane requirements, designated pedestrian paths, and drive-through clearances, controlled stacking is important.
Snow spill: In a parking lot, you don't want snow winding up back on the driving surface as you turn. A pusher holds the load until you raise the blade — you turn with an empty pusher, return to the next row, and push again. A blade continuously deposits snow during turns and repositioning, which means you can find yourself pushing the same snow multiple times.
For residential driveways — especially longer driveways, rural properties, and acreage driveways — the snow blade has significant advantages:
Maneuverability in tight approaches: Most residential driveways have narrow approaches, tight corners, gates, and obstacles that make navigating a 2.4–3.0 m wide box difficult or impossible. A 1.8–2.1 m blade with angle capability can work in significantly tighter spaces than a containment pusher of equivalent clearing width.
Linear paths and roads: For clearing a 300 m driveway or a farm laneway, an angled blade is dramatically more efficient than a pusher. You set the blade angle, drive forward at reasonable speed, and the snow rolls off to the side continuously. You don't need to carry it to a designated stack point — the side discharge distributes it along the path as you go. With a pusher, you'd fill the box after 20–30 m and need to dispose of the load, back up, and repeat.
Gravel surfaces: Gravel driveways and rural roads are better served by a blade with a steel cutting edge (or controllable down pressure) that can ride slightly above the gravel surface without scooping it. Containment pushers with fixed-height rubber edges can dig into gravel in certain conditions, mixing aggregate into the snow load. Blade operators have more control over cutting edge height relative to surface.
Layered compacted snow: On driveways that haven't been cleared for several days and have accumulated compacted, layered snow, an angled blade with steel cutting edge cuts through the pack better than most rubber-edge pushers. The blade acts more like a plow — cutting under the packed layer and rolling it aside. A rubber-edge pusher may ride up on top of packed snow rather than breaking through it.
Large open areas with regular clearing requirements. Pusher — the volume advantage in open areas is decisive. A 3.0 m containment pusher on a full-size skid steer (Cat 289D, Bobcat S770, Deere 332G class) can clear a standard school parking lot faster and cleaner than a blade of any configuration.
Long, linear clearing paths, often with turns at field entries and gates. Blade — angle blade clears continuously without needing to dump and return. For farm operations where the skid steer is also doing feed yard, corral, and barn area work, the blade's versatility across different surface types (packed gravel, frozen manure, crusty snow) is an advantage.
Mix of parking areas, narrow drives between buildings, and tight turnarounds. Pusher for open lots, blade for lanes — the ideal fleet has both. If you can only have one: the pusher, because the parking areas represent the majority of time and the narrow lanes can be managed carefully with a wider pusher. If the complex is primarily tight laneways, the blade.
Contractor clearing 30–80 residential driveways per route. Blade — residential driveways vary enormously in shape, approach, and obstruction profile. The blade's maneuverability and flexibility for different configurations makes route work faster. Most driveway service contractors use a blade or angle plow rather than a containment pusher for this reason.
Manufacturing facility, distribution centre, equipment yard. Pusher — and probably a large one (3.0 m or more if the machine can handle it). Open areas with predictable geometry and designated snow storage areas are exactly what pushers are designed for. A large pusher on a high-ROC machine moves the most snow per hour of any configuration.
V-plows (two blade sections hinged at the centre, capable of forming a V shape to cut through deep snow, or angled for side discharge) and trip-edge combination plows exist for skid steers but are more common in truck-mounted configurations. For skid steers, the two-attachment approach (a blade for road/lane work, a pusher for open lot work) is more common than a single combination attachment that tries to do both — partly because skid steer quick-attach systems make switching attachments fast, and partly because the physical constraints of a skid steer front end (weight capacity, width) make large combination units impractical.
If you're doing both commercial lot work and road/lane clearing and can only afford one attachment: a containment pusher with a rubber cutting edge and a reasonably narrow width (2.1–2.4 m rather than 3.0 m+) is the better single-attachment compromise. It can be used in moderately tight spaces and at least contains its snow load on lots, even though it won't match a dedicated blade for linear road clearing efficiency.
Both snow blades and pushers are available with rubber or steel cutting edges, and the choice matters:
For commercial parking lots: rubber edge. For rural driveways and roads: steel or adjustable-height configuration that lets you ride above the gravel. Sectional rubber edges (multiple independent floating sections) are the premium option for commercial paving — they conform to uneven surfaces better than a one-piece edge.