Updated: May 2026 | Aglist Editorial Team
Choosing the right snow removal attachment for your skid steer or compact track loader is the single decision that determines whether you make money or lose it during a Canadian winter. Get it right and one machine clears a parking lot in 20 minutes. Get it wrong and you’re double-passing the same lot at 2 AM, watching the storm gain on you while your competitor finishes ahead of you. The difference between a $35,000 attachment that pays for itself in two seasons and a $5,000 attachment that costs you a contract is rarely about price — it’s about matching the tool to the job.
This guide is the complete, no-marketing-fluff version of what we wish someone had handed us before our first snow contract. It covers every major category of skid steer and CTL snow attachment used in Canadian commercial snow removal — blowers, pushers, plows, buckets, brooms, and more — plus how to size each one to your machine’s hydraulic flow, what each attachment is actually best for, real Canadian pricing, and the operational details that determine whether your snow removal business is profitable or painful.
If you’re a contractor running one or ten machines, a farmer expanding into snow contracts, a property manager evaluating equipment, or a first-time buyer trying to understand the category — this guide is written for you.
Quick Answer: Which Attachment Should You Buy First?
If you only have time for the 30-second version, here it is:
- Most commercial parking lots and driveways: Start with a snow pusher (box plow). It’s the highest-productivity attachment for cleaning open spaces.
- Tight residential or rural work: A snow plow with angle adjustment gives you the flexibility to windrow snow where you want it.
- Heavy snow, deep accumulations, or moving snow far away: A two-stage snow blower. Nothing else handles 18+ inches of wet prairie snow.
- Mixed work (some pushing, some loading, some cleanup): A snow bucket is the simple essential — almost every commercial fleet has at least one.
- Final cleanup after plowing or scraping concrete to bare surface: A snow broom finishes what blades and pushers can’t.
Most professional snow removal contractors run two or three of these in combination on the same machine across a season. The full guide below explains how each fits.
The Five Attachment Categories You Need to Understand
Every snow removal attachment for skid steers and compact track loaders falls into one of five fundamental categories. Knowing which category fits your work is more important than knowing which brand to buy.
1. Snow Blowers — When You’re Moving Snow Away, Not Just Sideways
A snow blower is a two-stage hydraulic attachment that augers snow into a spinning impeller, which throws the snow 30–75 feet away through a directional chute. Unlike a plow or pusher, a blower removes snow from the work area entirely.
Best for:
- Heavy snowfall (12+ inches in a single event)
- Wet, sticky snow that resists pushing
- Long driveways and roads where windrowing creates progressively larger piles
- Properties with limited snow storage (urban lots, narrow yards)
- Loading snow into trucks for hauling
Not ideal for:
- Routine 1–4 inch parking lot service (overkill, and slower than pushers)
- Hard-packed ice or compacted snow (augers struggle)
- Extreme cold below –25°C (auger gearboxes can suffer)
Typical price range (Canada, 2026): $6,000 to $25,000+ depending on width, hydraulic flow class, and brand.
2. Snow Pushers (Box Plows) — The Productivity Champion
A snow pusher is a containment-style box with high side walls, a back wall, and a bottom cutting edge. The walls trap snow inside as you push, allowing one machine to move massive volumes of snow in a single pass without spillage.
Best for:
- Commercial parking lots (the dominant tool for this work)
- Industrial yards
- Schools, hospitals, retail centers
- Any work where you’re moving snow from a large open area to a designated pile
- Speed and productivity on flat surfaces
Not ideal for:
- Tight residential driveways (too wide, too rigid)
- Curved paths or complex layouts
- Hard-packed compacted snow that needs aggressive scraping
- Throwing snow long distances (it just piles)
Typical price range (Canada, 2026): $3,500 to $18,000+ depending on width, materials, and features (sectional vs. straight, steel vs. rubber edge, backdrag capability).
3. Snow Plows — The Versatile All-Rounder
A snow plow is a directional blade that angles 30° left or right (some models go further, some pivot dynamically) to windrow snow off to one side. Unlike a pusher, a plow directs snow rather than containing it.
Best for:
- Roads, long driveways, and access lanes
- Residential snow removal
- Properties where snow direction matters
- Backdragging from buildings (V-blade and angle plow designs)
- Light-to-medium snow events
Not ideal for:
- Pure parking lot productivity (a pusher beats a plow on flat lots)
- Heavy single-event snowfall (slower than a pusher)
- Operations needing maximum containment
Typical price range (Canada, 2026): $2,500 to $15,000+ depending on width, blade design (straight, V-blade, hydraulic wing), and edge type.
4. Snow Buckets — The Simple Essential
A snow bucket is a high-capacity, lightweight bucket designed for moving large volumes of light material like snow, mulch, or wood chips. It’s wider and deeper than a typical dirt bucket, with a low front lip for easier scooping of loose material.
Best for:
- Loading snow piles into trucks for hauling
- Moving accumulated snow stacks within a yard
- Multi-use seasonal work (snow in winter, mulch and chips in summer)
- Backup snow handling on any operation
- Cleaning up after plows and pushers
Not ideal for:
- Direct snow removal (slower than purpose-built attachments)
- Heavy commercial snow contracts (a pusher is far more productive)
- Hard-packed snow (a bucket compacts rather than scrapes)
Typical price range (Canada, 2026): $1,200 to $4,500 depending on width and reinforcement.
5. Snow Brooms — The Finishing Tool
A snow broom is a hydraulically-driven rotating brush that sweeps loose snow off pavement, sidewalks, and concrete surfaces without damaging delicate finishes. It’s the precision tool of the snow removal world.
Best for:
- Sidewalks, walkways, and entryways
- Decorative concrete, pavers, and stamped surfaces
- Final cleanup after pushers/plows for “down-to-pavement” service
- Light snow events where blowing or pushing isn’t necessary
- Properties where surface protection matters more than speed
Not ideal for:
- Heavy snow accumulations (brooms only handle 2–4 inches effectively)
- Wet, sticky, or compacted snow
- Large parking lot work (too slow)
Typical price range (Canada, 2026): $4,500 to $14,000 depending on width and bristle composition.
Snow Blowers in Detail: The Heavy-Snow Specialist
Snow blowers are the most expensive snow attachment category and the most misunderstood. Most buyers either over-spec or under-spec their first blower. Here’s how to get it right.
Single-stage vs. Two-stage Designs
Virtually all commercial-grade skid steer snow blowers are two-stage: a horizontal auger pulls snow into the blower housing, and a vertical impeller fan throws it out through the chute. This two-stage design handles wet, heavy, and deep snow that a single-stage residential blower cannot.
A few high-end blowers use a single-auger high-flow design where one large auger handles both intake and discharge, but these are specialty units and not the typical commercial choice.
Width Selection
The most-installed blower widths in Canadian commercial snow removal:
- 48–60 inches: Mini skid steer / compact track loader, residential and small commercial
- 66–72 inches: Standard prairie sweet spot — fits most Class 1 and Class 2 skid steers (Kubota SSV65, Kubota SVL75-3, John Deere 320G/333G, Cat 259/279)
- 78–84 inches: Larger machines (Kubota SVL97-3, SVL110-3, Cat 289/299, John Deere 333G in HF configuration)
- 90–96+ inches: Wheel loaders and very large CTLs only
General rule: Match blower width to slightly less than your machine’s overall width. A 78-inch blower on a 79-inch-wide CTL means you’re not running a path wider than your tracks — which causes side-spillage problems. Most operators prefer a blower that’s exactly equal to or 2–4 inches wider than the machine’s outside-track dimension.
Casting Distance
Marketing brochures love to claim 50–75 feet of casting distance. Real-world performance is usually less:
- Light, dry snow (–10°C and colder): 40–60+ feet achievable
- Average prairie snow: 30–40 feet
- Wet, heavy spring snow: 15–25 feet — and significantly higher engine load on the host machine
For long driveways and properties where you’re piling snow far from the work area, casting distance matters. For loading into trucks, what matters more is the chute angle and discharge height, not raw distance.
Chute Control
Three options, in increasing order of cost and convenience:
- Manual chute — operator stops the machine, gets out, manually rotates the chute. Cheapest, slowest. Acceptable for low-frequency users.
- Hydraulic chute rotate — joystick-controlled chute rotation from the cab. The standard for commercial use.
- Hydraulic chute rotate + deflector — full directional control plus angle of discharge from the cab. The professional standard. Allows precise placement of snow stream into a truck or onto a specific pile location without ever stopping.
For commercial work, always specify hydraulic chute rotate at minimum, and ideally rotate + deflector. The cost difference pays back in productivity within a single season.
Cutting Edges and Skid Shoes
Snow blowers contact the surface through a cutting edge at the bottom of the housing and adjustable skid shoes that lift the cutting edge off the surface to your desired height.
- Steel cutting edges — for asphalt and concrete. Scrape down to the bare surface but will damage softer surfaces.
- Carbide-edge inserts — extend service life on heavy commercial use. Worth the upgrade for daily commercial operators.
- Rubber edges — rare on blowers (more common on pushers); used for delicate surfaces like brick or pavers.
- Skid shoes — adjust between flush (concrete/asphalt) and elevated (gravel driveways) by repositioning bolts. On gravel, set skid shoes to lift the cutting edge 1/2 to 3/4 inch off the surface to avoid picking up rocks.
Snow Pushers (Box Plows) in Detail: The Parking Lot Workhorse
If you do commercial parking lot snow removal, the snow pusher is your primary attachment. Period. Every successful Canadian commercial snow contractor we know runs pushers on their primary machines.
Straight vs. Sectional Pushers
The category has split into two distinct designs in the past decade:
Straight (single-blade) pushers — the traditional design. One continuous blade across the full width with high containment walls. Simple, durable, lower cost. Works well on level surfaces but tends to leave snow on uneven pavement because the rigid blade can’t follow surface contours.
Sectional (multi-section) pushers — pioneered by Arctic Snow & Ice Products with their patented Sectional Sno-Pusher™ design and now offered by multiple manufacturers. The blade is divided into 4–8 independent moldboard sections, each with its own cutting edge that can rise and fall independently to follow the contour of the pavement. The result: cleaner scrape on uneven surfaces, faster down-to-pavement clearing, less salt required afterward.
The trade-off: sectional pushers cost roughly 2–3x more than equivalent straight pushers. For high-end commercial contracts where pavement-clean service is the standard, sectional pushers pay back through reduced salt use, fewer return trips, and cleaner finished work. For general-purpose work, straight pushers remain the more economical choice.
Width Selection
Snow pushers come in widths from 60 inches (small skid steers) up to 16+ feet (wheel loaders). Common Canadian commercial sizes:
- 72–84 inches: Standard skid steer and CTL pushers — fit Kubota SSV65/SVL75-3, John Deere 318/333G, Cat 259/289 size class
- 96–120 inches: Larger CTLs and articulating wheel loaders
- 144+ inches: Wheel loaders only
Width sizing principle: A wider pusher clears more area per pass but requires more horsepower and traction. On a typical Class 2 CTL (Kubota SVL75-3 or equivalent), 84 inches is the practical maximum — going wider risks bogging the machine in heavy snow. On larger CTLs (Kubota SVL97-3, Cat 299), 96-inch pushers are common.
Cutting Edge Options
The single most-debated specification on snow pushers:
Rubber edges:
- Standard on most general-purpose pushers
- Won’t damage pavement, painted lines, sealed asphalt
- Quieter operation
- Don’t scrape down to ice — leave a thin frozen layer
- Wear rate: typical replacement every 2–4 seasons for heavy commercial use
- Best for: residential, mixed-surface work, decorative concrete
Steel edges:
- Scrape down to bare pavement
- Will damage seal coats, painted lines, and decorative surfaces
- Aggressive on packed ice and compacted snow
- Wear rate: typical replacement every 1–2 seasons under heavy commercial use
- Best for: industrial yards, commercial parking lots where bare pavement is required
Polyurethane edges:
- Newer alternative — combines softer surface protection of rubber with better ice scraping than rubber
- Higher cost than rubber, longer life under most conditions
- Some operators prefer this for mixed commercial/residential routes
Spring-trip steel:
- Found on premium sectional pushers (Arctic, Metal Pless live-edge designs)
- Steel scraping power with mechanical trip-back if the edge catches a curb, manhole, or pavement anomaly
- Highest cost option, longest service life under proper conditions
- Best for: high-end commercial contracts where edge longevity and surface contact both matter
Backdrag Capability
A standard pusher only works in forward direction. Backdrag pushers add a secondary edge on the back wall that allows the operator to drop the pusher, drive backward, and pull snow away from a building, loading dock, or wall.
For commercial work involving any close-quarters service near buildings, backdrag capability is essentially required. Most current commercial pushers offer backdrag as standard or as a low-cost option. Pro-Tech (the original sectional pusher manufacturer) offers retrofit Pullback kits for older non-backdrag pushers.
Snow Plows in Detail: The Versatile All-Rounder
Snow plows are the most varied category in skid steer snow attachments. Designs range from simple manually-angled blades to dynamic live-edge plows with hydraulic wings.
Plow Designs Explained
Straight blade with manual angle — simplest. The operator stops, gets out, manually adjusts the blade angle 30° left or right. Lowest cost. Acceptable for light residential or occasional use.
Straight blade with hydraulic angle — joystick-controlled angle from the cab. The standard for commercial use. Allows on-the-fly direction changes without stopping.
V-plow — two blades hinged in the center. Forms a “V” pointing forward to break through deep drifts, or “scoop” position to contain snow like a pusher, or angled left/right for windrowing. The most versatile single attachment available — but also the most expensive plow design and mechanically complex.
Wing plow — straight blade with one or two hydraulically-extending wing extensions. Wings deploy to widen the working width when traveling slowly through open lots, retract for narrow paths and gates. Premium feature for operators servicing both wide and narrow surfaces.
Live-edge plow — pioneered by Metal Pless and now offered by several Canadian manufacturers. Multiple independently-floating cutting edge sections (similar concept to sectional pushers) on a plow chassis. Superior pavement contact and scraping. Higher cost.
Width Selection
- 72–86 inches: Standard skid steer and small CTL plows
- 96–120 inches: Larger CTLs and wheel loader-class machines
- 120+ inches with wings: Premium commercial use
Edge Options
Same options as pushers — rubber, steel, polyurethane, spring-trip steel. The selection logic is the same: match the edge to your surface conditions and contract requirements.
Hydraulic Flow: The Most Overlooked Spec
Here’s the single most-common buying mistake we see: selecting an attachment based on width alone, then discovering it can’t run at rated performance because the buyer’s skid steer doesn’t deliver enough hydraulic flow.
Standard Flow vs. High Flow
Skid steers and CTLs come in two hydraulic flow classes:
Standard flow (typically 17–25 GPM):
- Powers most pushers, plows, buckets, brooms, and smaller blowers
- Standard equipment on most machines
- Lower cost, simpler hydraulic system
High flow (typically 30–45 GPM):
- Required for larger blowers, full-size mulchers, cold planers, large brush cutters
- Available as an option (or standard on flagship models like the Kubota SVL110-3)
- Adds approximately $5,000–$10,000 to the machine cost when ordered
- Requires high-flow couplers and matching attachment hydraulics
Matching Attachment to Flow
Common skid steer attachments and their flow requirements:
| Attachment Type | Typical Flow Required |
|---|---|
| Snow plow (no hydraulic wings) | None — standard hydraulic angle uses minimal flow |
| Snow pusher | None for standard pushers; up to 8–12 GPM for hydraulic backdrag deployment |
| Snow bucket | None |
| Snow broom | 17–28 GPM standard flow |
| Snow blower 60–66″ | 17–24 GPM standard flow |
| Snow blower 72″ | 22–28 GPM standard flow (some run high-flow) |
| Snow blower 78–84″ | 28–40 GPM (high flow strongly preferred or required) |
| Snow blower 90–96″ | 35–45 GPM (high flow required) |
The critical principle: when buying a snow blower, always confirm the actual gpm flow of your machine, not the label class. A “high flow” designation doesn’t mean a specific number — different machines deliver different gpm in their high-flow modes. An undersized machine running an oversized blower will spin the auger too slowly, throw snow short distances, bog under load, and ultimately damage the attachment hydraulics.
A Practical Example
Say you’re running a Kubota SVL75-3. Standard flow is 21 GPM, high flow is 29.8 GPM. Your options:
- 66″ snow blower — runs perfectly on standard flow. Most economical choice.
- 72″ snow blower (standard flow version) — runs at rated capacity on 21 GPM standard. Good match.
- 72″ snow blower (high flow version requiring 30+ GPM) — slight under-flow at 29.8 GPM; will work but at slightly reduced casting distance.
- 84″ snow blower — undersized for the SVL75-3; needs an SVL97-3 (40 GPM high flow) or larger.
Match the attachment to the machine, not the wishful thinking. Buying a 90-inch blower for a Class 1 skid steer doesn’t make the machine clear snow faster — it just makes the blower disappointing.
Sizing Your Attachment to Your Machine
Beyond hydraulic flow, three more sizing factors matter:
1. Operating capacity and lift capability. Snow blowers are heavy — a 72″ commercial-grade blower weighs 1,200–1,600 lb. A 96″ pusher with steel edges can exceed 1,800 lb. Your machine’s rated operating capacity (ROC) at 35% must comfortably exceed the attachment weight, and the lift hydraulics must lift it to working height without straining.
2. Machine width and attachment width matching. A blower or pusher dramatically wider than the machine will spill snow off the sides on the first pass; a much narrower attachment underutilizes machine capacity. Optimal: attachment width slightly greater than machine outside-track width (CTL) or outside-tire width (skid steer).
3. Mounting interface compatibility. Most modern skid steers and CTLs use the Universal Skid Steer Quick Attach (SSQA) mount, which is broadly interchangeable across manufacturers. Some machines (notably John Deere) use the John Deere Quick Attach (JDQA), which requires either an adapter or a JDQA-specific attachment. Cat machines may use a Cat-specific interface. Confirm mount compatibility before ordering — and verify visually if you’re buying used.
Cutting Edges: Rubber, Steel, or Polyurethane
This decision affects pavement protection, snow scraping performance, replacement frequency, and final job quality. Get it right based on your work.
| Edge Type | Best For | Avoid On | Replacement Frequency |
|---|---|---|---|
| Rubber | Decorative concrete, sealed asphalt, painted lines, mixed surfaces | Hard-packed ice, industrial bare-pavement work | 2–4 seasons |
| Steel | Industrial yards, bare-pavement commercial work, packed ice | Sealed asphalt, decorative surfaces, painted lines | 1–2 seasons |
| Polyurethane | Mixed commercial/residential, premium service routes | Heavy industrial scraping | 2–3 seasons |
| Spring-trip steel | High-end commercial, parking lot service requiring bare pavement | Light residential | 3–5+ seasons |
Practical advice: maintain spare cutting edges in your shop. Edge wear becomes obvious quickly during a storm; running with a worn edge ruins job quality and can damage the attachment frame. Most commercial operators keep at least one full set of replacement edges per attachment on hand.
Snow Removal Economics in Canada — What Contractors Actually Charge
If you’re buying snow removal equipment to start or grow a business, understanding the revenue side of the equation is just as important as the equipment side.
Per-Visit Pricing (2025-2026 Canadian Market)
Based on current published rates from major Canadian markets:
Residential service:
- Single-family driveway: $35–$80 per visit
- Long rural driveway: $80–$200 per visit
- Townhouse complex (shared): $85–$175 per visit
Commercial service:
- Small business / front entrance / customer parking: $230–$600 per visit
- Mid-size retail / professional offices: $500–$1,500 per visit
- Shopping centers: $575–$1,725 per visit
- Office complexes: $690–$2,300 per visit
- Industrial sites: $1,150–$3,450 per visit
Hourly Rates (2025-2026 Canadian Market)
- Residential / small commercial: $60–$150 per hour
- Mid-size commercial: $100–$180 per hour
- Heavy commercial / specialized equipment: $150–$250 per hour
Seasonal Contracts
For both residential and commercial properties, seasonal contracts are increasingly preferred over per-visit billing:
- Single-family residential seasonal: $400–$1,800 per season
- Townhouse seasonal: $600–$2,000 per season
- Small commercial seasonal: $2,000–$5,000 per season
- Mid-size commercial seasonal: $5,000–$15,000 per season
- Large commercial / industrial seasonal: $15,000–$50,000+ per season
What This Means for Equipment Investment
Doing the math on a typical commercial route:
- One CTL with a 96″ pusher serving 8 mid-size commercial properties at $750/visit average
- Average 25 trigger events per Canadian winter season
- Gross seasonal revenue per machine: ~$150,000
At those revenue levels, even a $25,000 high-end blower-and-pusher attachment combination pays back within a single season. The math works because the equipment isn’t the cost — operator time and downtime are. A premium attachment that finishes a route 30 minutes faster pays for itself many times over in incremental contracts handled per storm.
What Drives Pricing Higher in 2025-2026
Recent Canadian commercial rates have climbed 10–15% year-over-year due to:
- Diesel fuel price increases
- Operator wage growth (skilled CDL/equipment operators are scarce)
- Liability insurance premium increases for snow contractors
- Salt and de-icer cost increases
- Equipment financing cost increases (interest rates)
For new contractors entering the market in 2026: plan your pricing on current-year benchmarks, not historical figures from 2020-2022. The economics have shifted meaningfully.
Maintenance and Storage: Protecting Your Investment
Snow attachments live a hard life. Salt, water, freeze-thaw cycles, and impact loading wear them down faster than any summer attachment. Proactive maintenance is the difference between a 10-year service life and a 4-year service life.
Daily Operating Maintenance
Before each shift:
- Visual inspection of cutting edge condition and skid shoe wear
- Check all bolted connections (cutting edge bolts especially) — vibration loosens them
- Lubricate pivot points, especially on hydraulic angle and chute mechanisms
- Verify hydraulic hose condition — no chafing, no leaks
- Check cutting edge mounting bolts torque
After each shift in salt-exposed conditions:
- Rinse attachment with water if temperature permits (above –5°C)
- Drain water from hydraulic chute/rotate mechanisms before refreezing
- Visual inspection for damage (curb hits, driveline impacts)
End-of-Season Maintenance
When the season ends and the attachment goes into storage:
- Pressure wash thoroughly to remove all salt residue
- Touch up paint on any chips or scrapes — even small chips become rust pockets
- Apply rust preventive coating (cosmoline-style protectant) to bare metal areas
- Lubricate all pivot points generously — leave excess grease at the joint
- Drain and inspect hydraulic systems if specified in the manual
- Replace worn cutting edges in spring rather than fall — easier to install in warmer weather and ensures readiness for next season
- Store under cover if possible — outdoor storage accelerates deterioration significantly
Common Failure Modes
In our experience and from operator feedback across Canada, the most common attachment failures are:
- Cutting edge mounting bolts loosening or shearing (preventable with regular torque checks)
- Hydraulic motor seal failures on snow blowers (often due to running cold oil at high RPM at startup)
- Auger gearbox damage on blowers (debris ingestion or running high-flow attachments on under-flow machines)
- Pivot point wear on plows and pushers (preventable with regular greasing)
- Frame cracks on pushers (usually from hard impacts with curbs or hidden obstacles at speed)
Most failures are preventable. The contractors who treat their attachments like the revenue-generating assets they are run them for 10+ seasons. Operators who treat them as expendable replace them every 3–5.
How to Choose: A Practical Framework
If you’re buying your first snow attachment for a skid steer or CTL, follow this decision sequence:
Step 1: Identify Your Primary Work Type
- Mostly parking lots and open commercial space: Snow pusher first, snow bucket second
- Mostly residential and rural driveways: Snow plow first, snow bucket second
- Heavy snow regions (Manitoba, northern Alberta, BC mountain): Snow blower first
- Mixed commercial routes with concrete/decorative surfaces: Sectional pusher with rubber edges + snow broom for finish work
Step 2: Verify Your Machine’s Hydraulic Flow
Check your machine’s actual gpm output, not just the “standard” or “high flow” label. Match the attachment’s flow requirement to your number. If you don’t know your machine’s flow, your dealer can confirm it from the serial number.
Step 3: Match Attachment Width to Machine Capability
Don’t oversize. A correctly-sized attachment outperforms an oversized attachment on the same machine every time.
Step 4: Choose Cutting Edge Based on Surface Type
Rubber for protected surfaces, steel for industrial/commercial bare-pavement work, polyurethane or spring-trip steel for premium routes.
Step 5: Specify Hydraulic Controls You’ll Actually Use
For commercial work, hydraulic chute rotate (blowers), hydraulic angle (plows), and hydraulic backdrag (pushers) are essentially required. The cost premium pays back in productivity within a single season.
Step 6: Plan for Maintenance and Replacement Edges
Buy at least one spare cutting edge per attachment at the time of purchase. Cheap insurance against mid-storm downtime.
Common Questions Canadian Contractors and Buyers Ask
What’s the best snow removal attachment for a Kubota SVL75-3?
For commercial parking lot work: an 84-inch snow pusher with steel edge or sectional design. For mixed work: a 72-inch standard-flow snow blower paired with a 78-inch snow bucket. The SVL75-3’s 21 GPM standard flow and 29.8 GPM high flow handle most attachments in this size class well.
What about for the John Deere 333G?
The 333G’s 23 GPM standard / 40 GPM high flow opens up larger attachments. An 84-inch high-flow snow blower or a 96-inch sectional snow pusher pair well with the 333G in commercial use.
How much hydraulic flow does an 84-inch snow blower need?
Most commercial 84-inch snow blowers require 28–38 GPM. Some are available in standard-flow versions (around 22–28 GPM) but throw snow shorter distances. For full rated performance on an 84″ blower, plan on a high-flow machine delivering 30+ GPM minimum.
Is a sectional snow pusher worth the price premium over a straight pusher?
For high-end commercial contracts requiring bare-pavement service: yes. Sectional pushers scrape closer to the surface in a single pass, reducing salt application and return trips. For general commercial work and residential service: a straight pusher with proper edge selection is more economical and equally effective.
Can I use the same attachment on my skid steer and my compact track loader?
Usually yes, if both machines use the same Universal SSQA mount. Verify hydraulic flow ratings match the attachment requirements on both machines — an attachment optimized for high-flow CTL operation may underperform on a standard-flow skid steer.
How long do skid steer snow attachments last in Canadian conditions?
With proper maintenance: 8–15 years for the chassis and structural components. Cutting edges and skid shoes wear out faster (1–4 seasons depending on use intensity and edge type) and are designed to be replaceable.
What’s the most common mistake new snow contractors make?
Buying too many different attachments before they understand their actual route. Most successful contractors start with one or two attachments for a season, learn what their work actually demands, then add specialty attachments based on real revenue patterns rather than projected ones.
Should I buy used or new for snow attachments?
Used pushers and plows can offer significant value if structural condition is good — a 2–3 year old commercial pusher at 50–70% of new price is often a good buy. Used blowers carry more risk because hydraulic component condition is harder to assess and repairs are expensive. For blowers, new with warranty is usually the safer choice unless you can inspect the unit thoroughly.
How do I store snow attachments in summer?
Indoor storage is ideal — barns, sheds, or shop space. If outdoor storage is required, elevate off the ground (pallets or rack), cover with breathable tarps (not plastic, which traps moisture), and apply rust preventive coating to bare metal areas. Pressure wash all salt residue before storage in spring.
What’s the typical profit margin on commercial snow contracts?
Industry averages in Canada run 25–35% gross margin on commercial snow work, before equipment and overhead. After accounting for equipment depreciation, fuel, labor, insurance, and salt, net margins typically range from 15–22% for established operators. New contractors often run lower margins for their first 1–2 seasons while building routes and operational efficiency.
Browse Snow Removal Equipment on Aglist
Aglist lists new and used snow removal attachments from dealers across Canada — snow blowers, pushers, plows, buckets, and brooms compatible with the major skid steer and compact track loader brands.
- Browse all snow attachments — current inventory across Canada
- Skid steers and compact track loaders — host machines for snow attachments
Related buyer’s guides:
- Kubota SVL lineup compared — comparing the most-popular CTL family for Canadian snow work
- Skid steer winter operation tips for Saskatchewan and Alberta — keeping your machines running through prairie cold
- How to buy used farm equipment at auction in Canada — including notes on inspecting used snow attachments
Final Word: Match the Tool to the Job, Not the Marketing
The single biggest mistake we see in snow attachment buying isn’t price-related — it’s mismatch. Operators buying premium sectional pushers for residential routes that don’t need them. Contractors trying to run 84-inch high-flow blowers on standard-flow skid steers. Property managers spec’ing wide pushers for tight strip-mall layouts that physically can’t accommodate them.
The contractors who profit consistently in Canadian snow removal aren’t the ones with the most expensive equipment. They’re the ones whose equipment matches their actual work. A $4,500 straight pusher with rubber edges on a Kubota SVL75-3 will outperform a $25,000 sectional pusher with steel edges on the same machine for most residential routes — because the work doesn’t need what the premium attachment delivers.
Start with what your actual work demands, scaled honestly. Match attachment to machine. Match cutting edge to surface. Specify the hydraulic controls you’ll use every shift. Maintain the equipment like the revenue-generator it is.
Then put in the hours. The snow comes whether you’re ready or not. The contractors who are ready before October keep their phones quiet during January storms. The ones who weren’t ready are the ones answering calls from frustrated property managers explaining why their lots aren’t done yet.
Good clearing.
This guide reflects general best practices and Canadian commercial snow removal market conditions as of May 2026. Specifications, pricing, and product availability vary by manufacturer and dealer — always verify current details with your local dealer before purchase. The pricing benchmarks cited reflect published 2025-2026 Canadian market data and will continue to evolve with fuel, labor, and material cost trends.
Aglist is an independent equipment marketplace based in Canada. We are not affiliated with any manufacturer or dealer mentioned in this guide. Brand and product references reflect commonly available equipment in the Canadian market.
Reviews and ratings on Aglist come from real owners and operators across Canada. We moderate for spam and abuse but do not edit content for opinion. Use reviews as guidance, not as guarantees.
