Type of Plow Buyer Guide — What to Look For

Picking the right type of plow comes down to five factors — soil condition, working depth, equipment horsepower, hitch compatibility, and whether the job is agricultural fieldwork, land clearing, or snow removal. Get any one of these wrong and you're looking at premature wear, underpowered performance, or an attachment that won't even mount to your machine. This guide breaks down every major plow classification, pairs each one with the right equipment class, and gives you a spec checklist so you buy exactly what the job demands.

What Are the Main Types of Plows?

The most common types of plows include moldboard, disc, chisel, subsoiler, reversible, and snow plows. Each type is designed for a specific task — from turning virgin soil and breaking hardpan to clearing driveways and parking lots — and requires different equipment sizes to operate effectively.

What Is a Moldboard Plow and When Is It Used?

Moldboard plows invert soil to a depth of 6 to 16 inches by lifting, turning, and laying it in a continuous furrow slice. This full inversion buries surface residue and weeds but exposes bare soil to wind and water erosion.

• Best use: breaking virgin sod, turning under cover crops, or incorporating heavy organic matter into topsoil
• Limitation: not suitable for erosion-prone slopes or fields where conservation tillage is required
• Horsepower requirement: 12 to 15 HP per bottom (a 3-bottom moldboard requires 36 to 45 HP at the PTO)

How Do Disc Plows Differ from Chisel Plows?

Disc plows use concave rotating discs to cut and turn soil, performing well in sticky clay or root-heavy ground where a moldboard would clog. Each disc gang requires 20 to 30 HP. Chisel plows, by contrast, use rigid or spring-loaded shanks to fracture soil without full inversion.

Chisel plows reduce erosion by up to 50 percent compared to moldboard plowing because they leave 50 to 70 percent of crop residue on the surface. Subsoiler or ripper plows extend this concept deeper, reaching 18 to 24 inches to break hardpan layers that restrict root growth and drainage.

Where Do Snow Plows and Box Plows Fit In?

Snow plow blades for skid steers range from 72 to 96 inches wide. Tractor-mounted snow plows start at 60 inches for compact models and scale up to 108 inches for utility tractors. Box plows (also called box pushers) contain snow within side panels and move higher volumes per pass than angled blades.

Reversible (two-way) plows eliminate dead furrows and increase field efficiency by 15 to 20 percent on sloped terrain by allowing the operator to plow in both directions without repositioning.

Shop Tractor Attachments for This Job

These 10 picks from our tractor attachments range cover the equipment this job calls for. Check each product's specs against your machine and job before ordering. Browse all tractor attachments.

3 Point Tractor Core Aerator for 20–70 HP | Cat 1 & 2 | Befco$4,4286-Gallon Carpet Extractor | Carpet Spotter | Dual 2-Stage Motors | 100 PSI Pump | 205 Inch Water Lift | Sandia$2,203Acreage Rake for Tractor | 60" | 6 Tine Reels | Strongway$55030 1/2 in 3 Point Quick Hitch for Category 1 Tractors | 22 in Height | 57 lb Frame | BEFCO$722Compact Tractor Grapple Bucket – Built for Land Clearing and Debris Removal | Loflin Fabrication$2,538Compact Tractor Rock Bucket Attachment – Sifting Rocks and Debris with Ease | Stinger Attachments$1,095Rock Grapple | Compact Tractor Attachment | Hydraulic | Independent Tines | 3/8" Steel | 3-3/8" Tine Spacing | Quick Attach | 60"–84" | Loflin Fabrication$3,202Root Grapple | Compact Tractor Attachment | Hydraulic | Up to 40 HP | Independent Tines | 3/8" Steel | Dual Grapples | Quick Attach | 54"–72" | Loflin Fabrication$2,390Vertical Root Grapple | Compact Tractor Attachment | Hydraulic | Independent Tines | 3/8" Steel | 9"–12" Tine Spacing | Quick Attach | 60"–72" | Loflin Fabrication$2,538Concrete Bucket for Mini Skid Steer | ¼ cu yd | Quick-Attach | Concrete Placement | Star Industries$1,457

What Type of Plow Works Best for Your Soil and Terrain?

Soil type and terrain dictate plow geometry, working depth, and required draft force. Matching these three variables prevents under-penetration in hard ground and unnecessary fuel consumption in light soil.

Which Plows Handle Rocky or Clay-Heavy Ground?

Disc plows outperform moldboard plows in rocky or heavy clay conditions because the rotating disc rolls over obstructions rather than jamming against them. In stony fields, a chisel plow with spring-reset shanks absorbs impact without bending or breaking shanks.

• If working in rocky soil with stones over 4 inches in diameter: choose a disc plow or spring-reset chisel plow
• If working in heavy clay with no stones: choose a moldboard plow for full inversion or a chisel plow for conservation tillage
• If breaking hardpan below 16 inches: choose a subsoiler with shanks rated for 18- to 24-inch depth

How Does Field Size Affect Plow Selection?

Fields under 5 acres favor single- or two-bottom plows matched to compact tractors in the 25 to 45 HP range. Fields over 20 acres justify multi-bottom moldboard or wide chisel plow frames that cover 8 to 12 feet per pass, requiring 80 HP or more.

Plowing speed affects coverage rate directly. A 3-bottom moldboard at 4.5 MPH covers roughly 1 acre per hour. Scaling to a 5-bottom plow at the same speed covers 1.7 acres per hour — a 70 percent increase that justifies the higher equipment cost on larger acreage.

What Specifications Should You Verify Before Buying a Type of Plow?

Plow specifications fall into three categories — compatibility, build quality, and performance — and each eliminates a specific failure mode before purchase. Verify all three categories before committing to any listing.

What Compatibility Specifications Must Match?

Three-point hitch category, PTO horsepower rating, and mounting interface determine whether a plow physically connects to your machine and operates within safe load limits. A hitch category mismatch is the most common first-time buyer mistake.

• Three-point hitch category (Cat 0, 1, 2, or 3): must match the tractor frame — a Cat 1 plow on a Cat 2 tractor requires adapter bushings, which introduce lateral play and reduce plow stability
• PTO horsepower range: each plow lists a minimum HP — running below minimum causes stalling in moderate soil; running above maximum stresses the plow frame
• Mounting interface (skid steer universal quick-attach vs. three-point hitch): these are not interchangeable without aftermarket adapter plates, which add $200 to $400 and reduce breakout force

What Build Quality Specs Determine Durability?

Steel thickness on the moldboard face or disc blade is the primary durability indicator. Light-duty plows use 3/16-inch plate steel. Heavy-duty agricultural plows use 1/4-inch plate steel or thicker. Below 3/16-inch thickness, blades deform under rocky soil contact within one season.

• Moldboard or blade thickness: minimum 3/16-inch for light duty, 1/4-inch for commercial use — thinner stock warps under sustained load
• Frame material: square or rectangular tube steel at minimum 3-inch by 3-inch cross-section with 1/4-inch wall thickness for units over 500 pounds
• Weld type: continuous MIG or TIG welds at stress points — intermittent (stitch) welds crack under cyclical loading in hard soil

What Performance Specs Determine Output?

Working depth range, cutting width per bottom or disc, and draft force requirement define what a plow accomplishes per pass. A moldboard with a 6- to 16-inch adjustable depth range handles both shallow seedbed prep and deep sod breaking. Fixed-depth plows limit versatility across tasks.

Snow plows require hydraulic angle adjustment with a minimum 30-degree angle left and right. Blades without hydraulic angling force the operator to manually reposition after each pass, adding 20 to 30 minutes per hour of plowing.

What Do Different Types of Plow Price Tiers Offer?

Plow price tiers reflect steel grade, blade thickness, and hydraulic versus manual adjustment. Each tier corresponds to a specific use frequency and duty cycle.

What Do You Get at Each Price Level?

Three tiers span from $300 to over $5,000 depending on plow type and configuration.

• Entry-level ($300 to $800): single-bottom moldboard or 60-inch snow blade, 3/16-inch steel, manual depth adjustment, Cat 0 or Cat 1 hitch — suits hobby farmers and homeowners plowing under 3 acres or clearing a single driveway
• Mid-range ($800 to $2,500): two- or three-bottom moldboard or 72- to 84-inch hydraulic-angle snow blade, 1/4-inch steel, adjustable depth stops, Cat 1 or Cat 2 hitch — suits part-time farmers, contractors handling 5 to 20 acres, or commercial snow removal on small lots
• Professional ($2,500 to $5,500+): multi-bottom reversible moldboard, wide chisel plow frame, or 96-inch commercial snow pusher, 1/4-inch or thicker AR (abrasion-resistant) steel, full hydraulic controls, reinforced skid shoes — suits full-time agricultural operations and commercial snow contractors

What Specifications Change at Each Tier?

The largest spec jump between entry and professional tiers is the shift from manual to full hydraulic control. Entry-level plows use pin-set depth stops and fixed blade angles. Mid-range units add a single hydraulic cylinder for blade angling. Professional units include hydraulic depth, angle, and tilt — all controlled from the cab.

When Is Entry-Level Sufficient?

Entry-level plows perform adequately for seasonal use under 40 hours per year. Once annual use exceeds 40 hours or soil conditions include rock or heavy clay, the 3/16-inch blade stock and manual adjustments create excessive downtime. At that threshold, a mid-range unit with hydraulic angle and 1/4-inch steel pays for the price difference within two seasons.

Shop Skid Steer Attachments for This Job

These 10 picks from our skid steer attachments range cover the equipment this job calls for. Check each product's specs against your machine and job before ordering. Browse all skid steer attachments.

BravePro Hydra Buddy Electric Start Skid-Mount Hydraulic Power Pack for Skid Steer | 7 GPM | 2000 PSI | Brave$4,491BravePro Hydra Buddy Electric Start Honda Skid-Mount Hydraulic Power Pack for Skid Steer | 5 GPM | 3000 PSI | Brave$4,491Skid Steer Tire Grabber Attachment for 68–90 Inch Tires | Hydraulic Clamp | EIP Manufacturing$3,895Low Profile Dirt Skid Steer Bucket | 60"-84" | 15-21 Cu Ft | Star Industries$1,425Pro Fence Package Post Driver | Gas-Powered | 1.2HP Honda GX50 Engine | 32 Lbs | Titan$3,750Rock Skeleton Bucket | Mini Skid Steer Attachment | 3/8" Steel | Toro Dingo & Bobcat MT50 Compatible | 36", 42", 48" | Loflin Fabrication$825Rollout Bucket for Skid Steer | High-Dump Design | Heavy Duty Steel | Maxx Attachments$12,980Side Dump Bucket for Skid Steer | 0.60-1.12 cu yd | Heavy Duty Steel | Precision Material Handling | Maxx Attachments$12,500BravePro Hydra Buddy Skid-Mount Hydraulic Power Pack for Skid Steer | 5 GPM | 3000 PSI | Brave$4,112Skid Steer Brushcutter | 70"-80" | 750 lb Flywheel | 8" Tree Capacity | Maxx Attachments$17,900

What Should You Avoid When Buying a Type of Plow?

The most common plow purchase mistakes involve mismatched hitch categories, unlisted steel thickness, and overstated depth ratings. Each mistake results in equipment incompatibility, premature blade failure, or performance that falls short of the listing claims.

What Are the Red Flags in Listings and Products?

Listings that omit steel thickness are the most frequent warning sign. Any quality manufacturer publishes the gauge or decimal thickness of blade steel. Omitting this specification typically indicates sub-3/16-inch material.

• No steel thickness published: indicates the manufacturer is using below-spec material — request the spec sheet before purchasing
• Hitch category listed as "universal" without specifying Cat 0, 1, 2, or 3: no hitch is truly universal; this phrasing masks compatibility problems
• "Heavy-duty" used without corresponding specifications: heavy-duty is a marketing term, not an engineering standard — verify wall thickness, frame cross-section, and weld type instead
• Product photos showing stitch welds at frame junctions: stitch welds at high-stress joints (where shanks meet the toolbar or where the A-frame meets the hitch) fail under repeated soil impact

What Specifications Are Frequently Overstated?

Maximum working depth is the most commonly inflated specification. A listing advertising 16-inch depth on a single-bottom plow rated for 25 HP tractors is misleading — reaching 16 inches in anything denser than sandy loam at that horsepower is not physically possible. Verify depth ratings against the listed HP range and the soil type the plow is designed for.

What Warranty Terms Should You Verify?

Minimum acceptable warranty is 12 months on structural components and 6 months on hydraulic cylinders. Wear parts (shares, shins, and cutting edges) are consumable and rarely covered, which is standard practice. Be concerned if the warranty excludes weld failure — that exclusion suggests the manufacturer lacks confidence in joint integrity.

• Structural welds: minimum coverage 12 months against defect
• Hydraulic cylinders and hoses: minimum coverage 6 months
• Wear parts (shares, cutting edges, skid shoes): typically excluded — budget $50 to $150 per season for replacements

How Do You Match a Type of Plow to Your Situation?

Matching a plow to a specific situation requires three inputs — machine capacity, job profile, and frequency of use. These inputs map directly to spec ranges that prevent under- or over-buying.

How Do You Determine the Right Size?

Plow size ties directly to available horsepower and the working width needed for your acreage. Oversizing a plow stalls the tractor. Undersizing a plow doubles the number of passes and burns more fuel than a correctly matched unit.

• If running a compact tractor with 18 to 30 PTO HP: choose a single-bottom moldboard or a 60- to 72-inch snow blade
• If running a utility tractor with 40 to 75 PTO HP: choose a two- or three-bottom moldboard, a multi-shank chisel plow, or an 84-inch snow blade
• If running a skid steer with 50 to 90 HP and 17 to 30 GPM hydraulic flow: choose a 72- to 96-inch snow pusher or angle blade with universal quick-attach mounting

If you run a skid steer for property maintenance or snow removal, browse our full collection of Skid Steer Attachments to find plow blades, pushers, and complementary tools sized for universal-mount quick-attach plates.

Tractor owners looking to match a plow with the correct hitch category can explore our Tractor Attachments collection for implements rated from compact utility to full-size agricultural frames.

What Questions Should You Ask Before Purchasing?

Five questions expose compatibility and quality issues that sellers do not volunteer upfront. Ask these before placing an order.

• "What is the exact steel thickness of the moldboard face or blade?" — reveals whether the listing's "heavy-duty" claim is backed by 1/4-inch or thicker plate steel
• "What three-point hitch category does this plow require, and are adapter bushings included?" — reveals hitch compatibility and hidden adapter costs
• "What is the minimum PTO horsepower required to run this plow at full working depth?" — reveals whether your tractor has sufficient power for the rated depth in your soil type
• "Are replacement shares and cutting edges available as individual parts, and what do they cost?" — reveals ongoing maintenance costs and parts availability
• "Does the warranty cover weld failure on the frame and toolbar joints?" — reveals confidence in weld quality and protects against the highest-cost repair type

What Is the Complete Pre-Purchase Specification Checklist?

Verify these nine specifications before purchasing any plow attachment.

• Three-point hitch category (Cat 0, 1, 2, or 3): verify match to your tractor's hitch pins
• Minimum PTO horsepower: verify your tractor meets or exceeds the rating by at least 10 percent
• Mounting interface: verify three-point hitch or universal skid steer quick-attach
• Blade or moldboard steel thickness: verify minimum 3/16-inch for light duty, 1/4-inch for commercial
• Working depth range: verify the minimum and maximum depth matches your soil preparation requirements
• Cutting width per bottom or total blade width: verify coverage rate matches your acreage or lot size
• Frame tube cross-section and wall thickness: verify minimum 3-inch by 3-inch with 1/4-inch wall for units over 500 pounds
• Hydraulic requirements (if applicable): verify GPM and PSI fall within your machine's hydraulic output
• Replacement wear part availability: verify shares, shins, and cutting edges are sold individually

What Pairs Well With a Plow for Complete Land Prep?

Plowing is the first step in a multi-pass land preparation sequence, and disc harrows, cultipacking rollers, and landscape rakes each handle a specific finishing stage that a plow alone cannot complete.

Which Attachments Complement Plowing for Seedbed Preparation?

A disc harrow breaks up plow furrows into smaller soil aggregates after moldboard plowing. A cultipacker then firms the seedbed surface to improve seed-to-soil contact. Running a plow alone without follow-up implements leaves clods too large for small-seeded crops to germinate evenly.

How Does a Landscape Rake Finish What a Plow Starts?

After plowing and discing, a Tractor Rake levels the surface and removes rocks or debris, creating a clean seedbed or graded finish in a single pass. For property owners prepping food plots, pasture renovations, or graded building pads, the rake is the final attachment in the sequence.

Frequently Asked Questions About Types of Plows

Common plow buyer questions cluster around relevance of plowing today, cost expectations, soil prep comparisons, and equipment crossover. The answers below resolve each theme with specific values.

Do Farmers Still Use Plows?

Farmers still use plows, though the type of plow has shifted toward reduced-tillage implements. Moldboard plowing declined by roughly 40 percent in U.S. row-crop acreage since the 1990s as chisel plows and no-till drills gained adoption.

Moldboard plows remain standard for breaking virgin sod, incorporating cover crops in organic systems, and preparing heavy clay fields where no-till equipment struggles to penetrate. Chisel plows and vertical tillage tools now handle the majority of annual seedbed prep on established cropland.

How Much Does It Cost to Plow a 100-Foot Driveway?

Hiring a contractor to plow a 100-foot residential driveway costs $35 to $75 per visit depending on region, snowfall depth, and driveway width. Seasonal contracts for 15 to 25 visits run $500 to $1,200.

Owning a plow blade attachment eliminates per-visit costs. An entry-level 72-inch skid steer snow blade costs $800 to $1,200. At $50 per contractor visit, the blade pays for itself within 16 to 24 plowing events — typically one to two winters in northern climates.

Is Plowing Better Than Tilling for Gardens?

Plowing turns soil deeper (8 to 16 inches) than a rotary tiller (4 to 8 inches) and buries surface weeds more effectively. For first-time garden plots carved from sod or pasture, a single-bottom plow is faster and more effective than a tiller.

Established garden beds benefit more from tilling than plowing. Annual plowing in garden-scale beds damages soil structure and disrupts beneficial organisms. Use a plow for initial ground-breaking, then rotate to a tiller or broadfork for subsequent seasons.

What Funny Names Do People Use for Snow Plows?

Snow plow operators and municipalities use colorful nicknames including "sno-go," "pusher box," "snow eater," and regional terms like "ice scratcher." Some operators name individual plow trucks — a tradition dating back decades in northeastern U.S. highway departments.

The terminology has practical implications for buyers. A "box plow" or "box pusher" is a specific containment-style blade, not just a nickname. A "V-plow" describes a specific blade geometry that splits into two angled wings. Confirm the actual blade configuration rather than relying on colloquial terms in listings.

Can One Plow Handle Both Snow and Soil Work?

No single plow attachment handles both snow removal and soil work effectively. Agricultural plows (moldboard, disc, chisel) mount via three-point hitch and operate at 2 to 5 MPH through soil resistance. Snow plows mount to front-end loaders, skid steer quick-attach plates, or truck frames and operate at 5 to 15 MPH against loose snow.

The mounting systems, blade geometry, and operating speeds are fundamentally different. Attempting to use an agricultural moldboard for snow pushes soil into the blade curvature and fouls the mechanism. Attempting to use a snow blade for soil work results in zero penetration. Budget for separate attachments matched to each task.