Snow Pusher vs Snow Blower for Skid Steers: When Each One Actually Wins

Most skid steer operators pick one and defend it forever. The reality is both attachments have hard limits — and the sites where a pusher fails are exactly the sites where a blower earns its cost. This is the honest breakdown.

Head-to-Head Comparison

These aren't the same tool competing at the same job. They handle snow differently, need different machines, and cost very different amounts to own and run.

The Bank Management Problem

This is where most pusher setups eventually hit a wall — literally.

A snow pusher works by consolidating snow and pushing it to a pile. That pile has to go somewhere. In a typical Canadian commercial parking lot, you're probably working around islands, curbs, light standards, and property lines. As the season goes on, those banks grow.

The practical limit for most pusher setups is roughly 4–5 feet of bank height before you're fighting the pile more than clearing the lot. At that point you have three options:

• Pay to haul snow — expensive, especially mid-season
• Push snow onto a different area of the property — often not available
• Switch to a blower and throw the banks over fences, into ditches, or toward cleared areas

A blower changes the geometry of the problem. It doesn't need a staging area — it relocates snow in the air, not along the ground. When banks hit 5–6+ feet in January, a blower keeps the lot functional without hauling.

Wind: The Blower's Achilles Heel

Skid steer blowers throw material at high velocity through a chute. In calm conditions, you can place snow exactly where you want it — over a fence, into a snowbank, across a berm. In 30+ km/h winds, that control disappears fast.

The discharge blows back across the lot, onto vehicles, against the operator cab. At 40+ km/h, you're essentially recirculating snow. The machine's still working, you're just not gaining ground.

Pushers don't care about wind. Snow is contained between the side wings until you dump it. There's no airborne material. Prairie operators clearing lots in January windstorms will tell you this is a real constraint — not a minor inconvenience.

Noise and Municipal Bylaws

This matters more than most people admit when quoting snow contracts.

A skid steer with a pusher is loud from the engine, but relatively quiet on the attachment side. No auger, no impeller, no high-flow hydraulic scream. In a quiet residential neighbourhood at 3 AM, a pusher setup is tolerable.

A blower is a different category of noise. The high-flow hydraulic motor driving the impeller, combined with the auger and the machine itself, creates continuous high-pitched noise that carries significantly further. Many Canadian municipalities have noise bylaws that restrict construction and mechanical equipment between 11 PM and 7 AM. A blower can push you into bylaw territory that a pusher wouldn't.

If you're running residential or mixed-use contracts with early morning clearing, check your local bylaws before committing to a blower-only setup.

Wet Heavy Snow: Where Pushers Struggle

Light dry prairie snow is where pushers shine. A 10-foot containment pusher behind a 90-hp skid steer can clear a lot faster than almost any other method.

Wet, heavy Maritime or BC coastal snow is a different situation. A cubic metre of wet snow can weigh 300–500 kg. When you've got 8 feet of that material piled up in front of a containment pusher, you're asking the machine to push serious weight. Smaller skid steers bog. Larger machines handle it, but traction becomes a factor — especially on ice-over asphalt.

The Two-Attachment Solution

Most large commercial snow operations don't pick one or the other. They use both.

The workflow looks like this: the pusher runs the open lot passes — long, fast, efficient. It stacks everything to the perimeter banks. The blower comes in to manage those banks — relocating accumulated snow into parking islands, over fences, or into snowmelt areas.

For an operator running 8–10 commercial lots, having a pusher on the primary machine and a blower on a second machine (or switching attachments strategically) is standard practice. The pusher earns its money on production rate. The blower earns its money on bank management and constrained sites.

CAD Cost Comparison

Here's a realistic look at what you're actually spending:

Used blowers are available through Ritchie Bros and Kijiji — a well-maintained 3–5 year old blower often runs $4,000–$7,000. Check the auger flights, impeller condition, and hydraulic fittings before buying used. Rebuilt shear bolts are cheap; a cracked impeller housing is not.

Which One Do You Actually Need?

Start with what you're clearing. If the answer is open parking lots with room to stage banks and you're not in a coastal climate with heavy wet snow — a pusher is your first attachment. It's faster, cheaper, simpler, and quieter.

Add a blower when:

• Your banks are regularly hitting 5+ feet mid-season
• You're working constrained sites where there's no room to push
• Hauling costs are eating your margins
• You're taking on residential contracts where lot clearing requires relocating rather than consolidating

Don't buy a blower as your first attachment unless you're already working sites that specifically need one. The hydraulic requirements alone — and the machine they require — represent a significant jump in cost compared to a pusher setup on a standard skid steer.