If you’re facing multi‑storm winters, wind‑packed drifts, and end‑of‑driveway walls that eat time and energy, tracked snow blowers deserve a serious look. In this in‑depth review, we performance‑test two of the most respected machines for deep snow clearing – the Ariens Professional 28 RapidTrak and the Honda HSS1332ATD – to see which is best for heavy snowfall, steep driveways, and nasty plow berms. Our tracked snow blowers analysis covers traction, clearing speed, ergonomics, maintenance, and total ownership, with data‑driven insights to help you choose with confidence.
Why Tracked Snow Blowers Matter for Deep Snow Performance
Tracked snow blowers are built for conditions that stop wheel‑drive machines. With continuous contact patches and lower ground pressure, tracks dig in where tires spin, keeping the auger box planted so your machine can keep biting into dense, deep snow. In heavy snowfall regions, the stability of a track drive can be the difference between clearing in one pass versus wrestling through multiple attempts. This review explains what those advantages look like in real‑world clearing, and how they stack up in our Ariens Professional 28 RapidTrak review and head‑to‑head comparisons with the Honda HSS1332ATD.
How We Tested Tracked Snow Blowers in Deep Snow
To evaluate deep snow performance fairly, we used repeatable test scenarios across multiple snowfall events and simulated piles. Both machines were run on the same day whenever possible to normalize temperature and snow moisture. We measured clearing times, chute performance, traction on grades, and user effort. We also assessed maintenance touches like chute rotation, track tension checks, and auger shear pin access to understand long‑term ownership. While no single test replicates every winter, we focused on conditions most owners face in heavy snowfall zones.
Test Scenarios and Metrics
- Snow depths: 6 – 8 inches powdered, 12 – 14 inches packed, 20 – 24 inches heavy/wet, and 30+ inch drifted banks.
- Surfaces: asphalt driveway, gravel lane, and paver walkway with low joints.
- Grades: flat, 8% incline, and 12 – 15% steep approach.
- End‑of‑driveway berm: plow‑compacted, salted slush mixed with granular ice.
- Metrics: time to clear (minutes), effective throw distance, number of clogs, traction slip events, average forward pace, operator effort (subjective, standardized protocol).
Overview: What Makes Tracked Snow Blowers So Capable in Deep Snow
Compared to wheeled two‑stage snow blowers, tracked units prioritize traction and control. The track carriage provides a long footprint, distributing weight to reduce sink‑in and preventing loss of front‑end bite. On slopes, you get straight tracking and less downhill drift. In heavy wet snow, the auger housing stays planted, which keeps your impeller fed consistently and helps prevent surge‑and‑stall behavior that wastes time and throws snow unevenly.
Key Advantages of Track Drive in Deep Snow Clearing
- Traction and stability: Tracks grip in packed snow and on ice, reducing fishtailing and spinout.
- Lower ground pressure: Helps on soft shoulders, gravel, and thaw‑refreeze surfaces.
- Front‑end bite: Keeps the housing from riding up over dense berms and drift faces.
- Controlled pace: Hydrostatic or multi‑range drive lets you fine‑tune feed rate.
- Slope confidence: Straighter climbs and controlled descents on long hills.
Potential Trade‑Offs
- Weight and storage: Heavier machines can be harder to transport or pivot in tight spots.
- Turning effort: Some track systems are slower to turn than wheeled units without steering aids.
- Maintenance access: Track tension and carriage components add check points to your routine.
Product Profiles: Ariens Professional 28 RapidTrak and Honda HSS1332ATD
Both units in this review are premium, contractor‑grade tracked snow blowers built for demanding conditions. Specifications can vary by model year and region; always verify current specs with the manufacturer or dealer.
Ariens Professional 28 RapidTrak Review: Key Specs and Features
The Ariens Professional 28 RapidTrak is a 28‑inch, two‑stage tracked snow blower designed to combine the maneuverability of a wheeled unit with the traction of tracks. Its RapidTrak carriage offers multiple positions: traditional track mode for maximum grip, a raised rear “wheellike” mode for faster turning, and a dig‑in position that shifts weight forward to bite into packed berms and deep drifts. It’s aimed at users who want pro‑level output without giving up control on residential layouts.
| Feature | Ariens Professional 28 RapidTrak |
|---|---|
| Clearing Width | Approx. 28 inches |
| Intake Height | High‑capacity housing for deep snow |
| Engine | Pro‑grade 4‑cycle engine (around 420cc class) |
| Drive | Track with RapidTrak adjustable carriage |
| Transmission | Multiple forward/reverse speeds |
| Chute Controls | Dash controls with quick turn and deflector adjustment |
| Heated Grips | Typically included on Pro models |
| Throw Distance | Manufacturer‑rated up to roughly 60 ft (conditions vary) |
| Weight | Heavy‑duty chassis (varies by configuration) |
| Standout | RapidTrak modes for maneuverability and deep‑bite traction |
Honda HSS1332ATD Review: Key Specs and Features
The Honda HSS1332ATD is a 32‑inch, hydrostatic, track‑drive snow blower known for smooth speed control and robust metalwork. Honda’s GX‑series engine reputation precedes it, and the hydrostatic transmission lets you dial a precise feed rate independent of engine speed. The ATD variant includes electric start and premium controls. Many owners consider this model a benchmark for durability in heavy snow clearing, especially on long grades and in wind‑drifted rural settings.
| Feature | Honda HSS1332ATD |
|---|---|
| Clearing Width | Approx. 32 inches |
| Intake Height | Tall housing for deep drift work |
| Engine | Honda GX‑series 4‑cycle (around 389cc class) |
| Drive | Track drive |
| Transmission | Hydrostatic, infinitely variable |
| Chute Controls | Electric chute rotation and deflector on ATD |
| Heated Grips | Varies by market; not standard on many trims |
| Throw Distance | Manufacturer‑rated up to ~50 – 60 ft (conditions vary) |
| Weight | Heavy‑duty build typical of pro track models |
| Standout | Hydrostatic drive for precise pace in varying snow density |
Head‑to‑Head Results: Tracked Snow Blowers in Deep Snow
We ran both units through the same sequences to observe differences in deep snow clearing. While the Honda’s wider intake moved more snow per pass, the Ariens RapidTrak’s adjustable carriage delivered notable agility and bite in drifted conditions. Your property layout – tight vs open, flat vs hilly – will influence which strengths matter most.
Light to Moderate Snow (6 – 12 inches, cold powder)
In light powder, both tracked snow blowers cruised. The Honda HSS1332ATD’s hydrostatic drive let us set a quick, steady pace without engine surge, and the extra 4 inches of width cut total time on straight runs. The Ariens RapidTrak stayed nimble, especially in its raised‑rear mode that mimics wheeled behavior for faster turning at driveway ends. Throw distances were long and consistent on both, and neither unit clogged. For small to medium properties, the RapidTrak’s handling stood out; for large pads and parking areas, the Honda’s width shaved minutes.
Mid‑Depth, Denser Snow (12 – 24 inches, slightly wet)
As density rose, feed control mattered more. The Honda’s hydrostatic transmission shined by letting us slow the ground speed without dropping auger/impeller rpm, maintaining strong throw in heavier loads. The Ariens remained composed and took advantage of its dig‑in RapidTrak mode, shifting weight forward to keep the housing from riding up. On moderate slopes, both tracked well. We noted slightly fewer traction corrections on the Honda in a straight climb, and slightly quicker pivots on the Ariens when reversing and realigning near obstacles.
Heavy, Wet Snow and Slush (20 – 24 inches, high moisture)
In heavy, wet snow, clog resistance and consistent feed separate contenders. The Honda’s hydrostatic control again helped by fine‑tuning pace to prevent overfeeding. The Ariens countered with strong auger/impeller torque and good housing bite; when we used a patient approach and carved layers, the RapidTrak kept up admirably. Both units required brief pauses to clear slush from the chute when we pushed maximum load; neither suffered repeated clogging when operated at an appropriate pace, and both maintained good throw for the conditions.
Drifts and Snow Fences (30+ inches, wind‑packed)
Wind‑packed drifts are where tracked snow blowers prove their worth. The Ariens RapidTrak’s forward‑bias mode made a clear difference: by shifting weight to the front, it chiseled into vertical faces without the housing climbing. This reduced the need to lop off layers and sped the first breakthrough. Once a channel was created, the Honda’s wider housing cleared a broad path efficiently, stabilizing speed with hydrostatic control. If your property regularly sees drifted corners, the Ariens’ RapidTrak system is a time‑saver; if you’re opening access roads and wide drive lanes, the Honda’s width pays dividends.
End‑of‑Driveway (EOD) Plow Berms
Both units excelled at EOD berms compared to wheeled blowers, primarily because tracks prevent the front end from surfing on top of the dense berm. The Ariens’ dig‑in stance again provided better first‑bite into salty, consolidated slop. The Honda, once fed at the right pace via the hydrostatic lever, sustained a powerful throw with fewer stalls. Technique matters here: cut a vertical notch and carve sideways to avoid overloading. On repeated EOD runs, the Honda’s pace control slightly reduced stalls; the Ariens reduced operator effort during the initial breach.
Hills, Slopes, and Long Grades
On an 8 – 12% incline, both tracked snow blowers climbed straight without side drift. The Honda’s hydrostatic drive delivered extremely smooth uphill speed modulation, which felt confidence‑inspiring on longer grades. The Ariens, in standard track mode, retained excellent grip; switching to raised‑rear mode on flat sections improved turning without compromising climb performance on the next pass. On descents, both maintained controlled pace; the Honda’s single‑lever hydrostatic felt especially refined when feathering speed near garages or vehicles.
Maneuverability and Ergonomics
Turning is typically the trade‑off for tracks, but the Ariens RapidTrak mechanism narrows that gap. In raised‑rear mode, it pivots faster and requires less muscling than most track drives. The Honda turns reliably with steering aids and careful throttle/drive control, but it still feels like a heavier machine in tight quarters due to the wider housing. Control layouts on both units are clear and glove‑friendly; the Ariens’ heated grips were appreciated in long sessions, and the Honda’s electric chute control on the ATD makes precise aiming easy with minimal fiddling.
Noise, Vibration, and Comfort
Both blowers produce serious sound under load – hearing protection is recommended. The Honda’s GX engine note is smooth, and the hydrostatic eliminates shift clunks, which reduces perceived harshness. The Ariens has a confident, torquey character and felt slightly more communicative through the handles when biting into dense material. Across a full property, fatigue difference boiled down more to maneuverability than vibration; heated grips on the Ariens lowered hand fatigue in sub‑zero windchill sessions.
Fuel Efficiency and Runtime
Runtime per tank depends on snow density and operator pace. In our runs, the Honda’s ability to fine‑tune feed rate via hydrostatic control helped avoid over‑throttling in moderate snow, which conserves fuel. The Ariens’ strong torque meant we could keep rpm steady and modulate speed with gear selection; at comparable clearing rates, fuel usage was similar. For very large properties, the Honda’s wider cut reduced total runtime, which indirectly saves fuel by finishing sooner. For smaller lots with lots of turns, the Ariens’ agility prevented wasted passes and idle time.
Maintenance Access and Serviceability
Both tracked snow blowers require routine checks: shear pins, skid shoes, scraper bar, belts, and track tension. The Ariens uses a traditional multi‑speed drive system with belts and friction components accessible under the belt cover; the RapidTrak carriage adds tension points but is straightforward to inspect. The Honda’s hydrostatic system is sealed and known for longevity; there’s less user‑serviceable drive maintenance, but access to some components can be tighter. Parts availability and dealer support matter for both; both brands have solid networks, though exact availability is regional.
Pros and Cons: Ariens RapidTrak vs Honda HSS1332ATD
Ariens Professional 28 RapidTrak – Pros
- RapidTrak modes improve turning and deep‑bite performance in one chassis.
- Strong auger/impeller torque for dense, wet snow.
- Heated grips and heavy‑duty controls enhance comfort in long sessions.
- Excellent drift penetration and EOD first‑bite.
- Solid build with pro‑grade components and straightforward service points.
Ariens Professional 28 RapidTrak – Cons
- 28‑inch width covers less ground than 32‑inch class on wide properties.
- Weight can still challenge storage and transport in tight spaces.
- Track carriage adds inspection points for tension and alignment.
Honda HSS1332ATD – Pros
- Hydrostatic drive delivers ultra‑precise ground speed control.
- Wider 32‑inch housing reduces passes on large areas.
- Reputation for durable GX‑series power and robust construction.
- Electric chute and deflector (ATD) allow quick, accurate aim adjustments.
- Excellent straight‑line tracking on long grades and packed snow.
Honda HSS1332ATD – Cons
- Heavier and wider; turning in tight spaces requires more planning.
- Hydrostatic systems can be costlier to service if issues arise (rare, but consider).
- Heated grips may not be standard depending on market/trim.
Which Tracked Snow Blower Is Best for Heavy Snowfall?
“Best” hinges on your property and priorities. If you need top agility with real deep‑snow bite – especially for drift breakthroughs and intricate layouts – the Ariens Professional 28 RapidTrak is a standout. If your priority is clearing larger areas efficiently with silky speed control on long grades, the Honda HSS1332ATD shines. Both are truly best for heavy snowfall when matched to the right use case; you can’t go wrong with either, but choosing to fit your terrain will maximize results and minimize fatigue.
Recommendations by Scenario
- Long, steep driveway (8 – 15%): Honda HSS1332ATD for hydrostatic control and straight tracking.
- Wind‑drifted rural lots and snow fences: Ariens RapidTrak for forward‑bias penetration and quick pivots.
- Large parking pads and wide lanes: Honda’s 32‑inch width for fewer passes per storm.
- Tight suburban layouts with obstacles: Ariens’ raised‑rear mode for easier turning and placement.
- Frequent EOD plow walls: Slight edge to Ariens in initial breach; Honda matches pace once opened.
- Mixed surfaces (asphalt, gravel, pavers): Both handle them; adjust skid shoes carefully on each.
Buying Guide: What to Look For in Tracked Snow Blowers
Deep snow clearing success starts with choosing the right features. Consider your climate’s typical snow type, property size, and surface mix. A machine that excavates Nor’easter crust may be overkill for light lake‑effect fluff – and vice versa. Use the checklist below to match tracked snow blowers to your real‑world needs.
Essential Features
- Clearing width and intake height: Wider saves time on large areas; taller housing helps in drifts.
- Drive type: Hydrostatic offers precision; multi‑speed is proven and simpler to service.
- Track adjustability: Carriage modes (like RapidTrak) improve turning and drift penetration.
- Auger/impeller design: Robust steel flights and high‑capacity impeller maintain throw in heavy snow.
- Chute controls: Electric or quick‑turn systems speed direction changes and lower operator effort.
- Ergonomics: Heated grips, intuitive levers, and well‑placed controls reduce fatigue.
- Build quality: Heavy‑gauge steel, reinforced housings, and reliable engines are must‑haves.
Ownership and Support
- Warranty and dealer network: Local support matters in peak season.
- Parts availability: Shear pins, belts, skid shoes, scraper bars, and track parts should be easy to source.
- Storage footprint: Measure door widths and consider machine weight for ramps or steps.
- Budget: Premium track units cost more upfront but save time and service on severe properties.
Setup and Use Tips for First‑Time Owners
Even the best tracked snow blowers benefit from good setup and technique. Spend 15 – 20 minutes on initial adjustments and your first storm will go smoother, with fewer clogs and straighter passes.
Initial Setup
- Check engine oil, fuel, and tireless track carriage condition; confirm shear pins are intact.
- Adjust skid shoes to lift the scraper slightly on gravel/pavers; lower for clean asphalt scraping.
- Verify track tension per the manual; a properly tensioned track improves steering and longevity.
- Confirm chute rotation/deflector functions; lubricate pivot points if required.
- Start, warm 3 – 5 minutes, and practice basic turns in an open area before tackling obstacles.
Deep Snow Technique
- Carve smart: In drifts, take a top layer first, then a second deeper cut to prevent stalls.
- Control pace: Use hydrostatic or low gear to keep the impeller fed without bogging down.
- Attack EOD: Notch a vertical cut to relieve pressure, then widen sideways into the berm.
- Aim high: Raise the deflector slightly in heavy/wet snow to reduce chute back‑pressure.
- Keep it clear: If throw shortens suddenly, pause and clear packed slush before it sets.
Long‑Term Ownership: Maintenance Checklist
Tracked snow blowers are built for hard work. Keep them reliable with a short, regular maintenance routine. Following your owner’s manual takes priority; consider the checklist below as a friendly overlay for deep‑snow service.
After Every 2 – 3 Uses
- Inspect shear pins/bolts; replace at first sign of stretch or deformation.
- Check track tension and alignment; adjust to spec for smooth tracking and even wear.
- Brush off salt/slush, then towel dry controls to prevent freeze‑ups.
- Verify chute rotation/deflector and lubricate as needed.
Mid‑Season
- Inspect belts and friction drive components (Ariens); set correct engagement and replace worn parts.
- Check hydrostatic linkages and cables (Honda) for smooth travel; inspect for leaks per manual.
- Confirm scraper bar and skid shoe wear; rotate or replace to protect your surface.
- Torque hardware on auger housing and handle frame; vibration can loosen fasteners over time.
End‑of‑Season
- Stabilize or drain fuel; fog the engine if recommended.
- Change oil and inspect spark plug and air intake.
- Grease pivot points; inspect chute liner and impeller paddles for wear or rust.
- Store tracks off damp concrete or on a mat; reduce tension slightly if manual allows.
Cost of Ownership: Budgeting for Premium Tracked Snow Blowers
Premium tracked units demand higher upfront investment but offset it with faster clearing and fewer traction‑related frustrations. Ongoing costs include fuel, wear parts, and occasional professional service. Exact numbers vary by region and usage; the estimates below are directional to help plan.
| Cost Category | Ariens Pro 28 RapidTrak (Est.) | Honda HSS1332ATD (Est.) |
|---|---|---|
| Upfront Price | Premium tier (varies by dealer/year) | Premium tier, often higher for hydrostatic |
| Fuel per Season | Moderate to high (property‑dependent) | Moderate to high; hydrostatic can conserve |
| Wear Parts (annual) | Shear pins, belts, skid shoes, scraper | Shear pins, skid shoes, scraper; hydrostatic is low‑touch |
| Service | Routine checks; straightforward belt access | Routine checks; dealer hydrostatic expertise helpful |
| Resale Value | Strong in heavy‑snow regions | Strong; Honda track units retain demand |
Frequently Asked Questions About Tracked Snow Blowers
Are tracked snow blowers really better for deep snow clearing?
Yes, when snow is deep, dense, or drifted, tracks help keep the housing planted and the auger engaged. Less front‑end lift translates into fewer stalls and a more predictable feed. If you regularly face 12+ inches, plow berms, or steep grades, tracked snow blowers are often the best for heavy snowfall.
What does RapidTrak mean on the Ariens?
RapidTrak is Ariens’ adjustable track carriage system. It lets you choose standard track mode for maximum traction, a raised‑rear mode that turns more like a wheeled unit, and a forward‑bias mode that shifts weight onto the auger housing for deep‑snow bite. It’s a versatile approach for properties that mix tight spaces with drifted zones.
Is the Honda HSS1332ATD’s hydrostatic drive worth it?
If you value precise pace control – especially on long grades or when snow density changes every 20 feet – hydrostatic is excellent. You can keep engine rpm high for strong throw while slowing ground speed to match the load. That consistency helps prevent clogging and reduces operator fatigue over big areas.
Can I use a tracked snow blower on pavers or gravel?
Yes, but adjust skid shoes so the scraper bar rides just above the surface. Tracks distribute weight well on pavers, reducing scuffing. On gravel, start the season with a slightly higher scrape to avoid ingesting stones; lower as the base freezes. Always clear a safe test patch and listen for rocks.
Do tracked units require more maintenance?
There are more inspection points, like track tension and carriage alignment, but the routine isn’t difficult. You’ll still check shear pins, skid shoes, and scraper wear like any two‑stage. Hydrostatic drive (Honda) is low‑touch; belt and friction systems (Ariens) are straightforward to service at home. Dealer support is valuable for parts and occasional tune‑ups.
How do I prevent chute clogs in wet snow?
Use fresh, treated fuel so the engine reaches full power. Keep the impeller fed at a pace it can throw – slow the ground speed, not the engine rpm. Aim the deflector higher to reduce back‑pressure, and avoid turning the chute fully into the wind. If throw distance suddenly collapses, pause and clear the chute before it compacts.
Are tracked snow blowers harder to turn?
They can be, but designs vary. The Ariens RapidTrak’s raised‑rear mode speeds pivots significantly, closing the gap with wheeled models. The Honda turns predictably with steering aids and hydrostatic control but remains a wider, heavier machine, so planning your turns helps. On large areas, the stability trade‑off is worth it.
What size tracked snow blower should I buy?
Match width to area. Under 100 feet of driveway with tight obstacles? A 28‑inch class like the Ariens RapidTrak balances agility and capacity. Large pads, multi‑car parking, or lane‑style driveways benefit from 30 – 32 inches like the Honda HSS1332ATD. Intake height, not just width, also matters for drift country.
Can tracked snow blowers handle very steep slopes?
Within reason. Tracks improve traction and straight‑line stability, but safe operation has limits. On very steep surfaces, clear downhill passes where possible, maintain controlled speed, and keep the chute aimed safely. If your driveway is beyond typical residential grades, consult your dealer about suitability and safety practices.
What makes a snow blower the best for heavy snowfall?
A combination of traction, housing bite, throw consistency, and operator control. Tracks reduce spinouts; a strong auger/impeller keeps flow moving; hydrostatic or well‑selected gear ratios maintain ideal feed rate; and ergonomic controls reduce fatigue so you can keep pace through the entire storm.
Conclusion: Tracked Snow Blowers Deliver When Snow Gets Serious
In deep snow clearing, traction and control are everything. The Ariens Professional 28 RapidTrak excels at drift penetration and tight‑area agility, while the Honda HSS1332ATD dominates steady progress over wide spaces with hydrostatic precision. Both tracked snow blowers are top picks and truly best for heavy snowfall when matched to your terrain and technique. Choose the one that mirrors your property’s challenges, keep up with basic maintenance, and you’ll turn brutal winter cleanups into a controlled, efficient routine.
Internal and External Resources
- [external link to: https://www.ariens.com/en-us/snow-products]
- [external link to: https://powerequipment.honda.com/snowblowers]
- [external link to: https://www.weather.gov/safety/winter]
- [external link to: https://www.noaa.gov/]
- [external link to: https://www.consumerreports.org/home-garden/snow-blowers/]
- [external link to: https://www.osha.gov/winter-weather]
- [external link to: https://www.yamahamotorsports.com/motorsports/pages/snowblower-safety-tips]
- [external link to: https://www.por15.com/blogs/blog/how-to-prevent-rust-on-outdoor-power-equipment]
- [external link to: https://www.goldeagle.com/tips-tools/keep-fuel-fresh-in-small-engines/]
- [external link to: https://www.smallengineadvisor.com/maintenance-checklist]