There are four million grapple styles, as one r/Skidsteer user accurately put it. This guide cuts through the noise and explains what each type actually does and which one fits your Canadian application.
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Grapples are one of those attachment categories where the options multiply fast and the names don't always tell you what you're actually getting. "Root grapple" and "brush grapple" get used interchangeably by some sellers, which makes the choice confusing. They're not the same tool. Let's sort it out.
Open-bottom design with spaced tines. Lets dirt fall through while holding material. Best for sorting roots, brush, and debris while leaving soil behind. The workhorse for land clearing and storm cleanup.
Solid or semi-solid bottom with a single or dual clamp jaw. Holds mixed material — wood, debris, irregular shapes. Better for moving unsorted material quickly without the sorting benefit of open tines.
Heavy-duty construction with solid bottom and thick tines or heavy clamp. Designed for picking and moving rocks and boulders, not for dragging or prying. The tines won't let you sort fine material, but they won't bend either.
The key distinction for most operators: root grapples are for applications where you want material separation (roots from soil, brush from dirt). Rock grapples are for brute material movement where you need the extra structural capacity. Brush/demolition grapples fall in the middle — good all-purpose tools but best at neither extreme.
Tine spacing determines what falls through and what you hold. Narrower spacing (6 inches or less) grabs finer material — small branches, scattered brush, loose roots. Wider spacing (8–12 inches) lets dirt, small rocks, and debris fall through but holds larger material better. Most production root grapples sit in the 6–9 inch spacing range.
Tine stock size matters more than most buyers realize. Thin round-stock tines (1.25–1.5 inch diameter) are common on budget grapples and they work — until you try to rip roots or drag through packed soil. The round stock bends under that lateral load. Square tines, or tines in the 2–2.5 inch range, handle aggressive use dramatically better. r/Skidsteer operators regularly note that square 2.5-inch tines hold up to the kind of abuse that puts bends in lighter round-stock designs.
Bottom tine connection matters too. Some root grapples have free-floating bottom tines that aren't connected to each other — this allows dirt to fall through easier and the tines flex slightly on contact. Others have a connected lower frame. Neither is universally better. Free-floating works well for dirt separation. A connected frame is slightly stronger under lateral stress.
Standard root grapples use one top jaw that closes against the bottom tines. That's the single-clamp design. It works for most applications — land clearing, brush, general debris handling.
Dual-clamp or two-clam grapples have two independently or simultaneously closing jaws, one top and one bottom, that meet in the middle. This is particularly useful for log handling — you can grip irregular shapes more securely without them rotating or slipping out on the way to the pile. BC forestry clearing operations with large-diameter material often run dual-clamp for this reason. For general brush and mixed debris, the standard single-clamp is simpler, lighter, and costs less.
This determines the primary function. Open-bottom root grapples are rake-grapples — they rip into the ground, grab roots and brush, and let soil fall back through. They're the right tool when you want to clear vegetation while leaving the topsoil behind. Closed-bottom grapples are material movers — they scoop and hold whatever's in front of them, soil included.
For Ontario brush clearing or prairie debris removal where you're trying to clean up a field without removing the topsoil, the open-bottom root grapple is far more useful. For demolition sorting where you need to grab mixed material and not lose it through the bottom, closed wins.
This doesn't get discussed enough. Grapple attachments change your machine's center of gravity, especially when loaded. A heavy grapple full of brush or a single large log with a root ball creates a forward-heavy condition at full arm extension. Every machine has a rated operating capacity (ROC) — check it before you start grabbing large debris.
A grapple itself might weigh 600–1,100 lbs. Add material and you're frequently at or beyond the machine's comfortable operating zone. On level ground, the margin is larger. On a slope, especially if you're dragging uphill or turning while loaded, the tip-over threshold drops significantly. The machines don't announce when they're at the edge. They go.
The practical rule: don't carry at max arm extension. Keep loads as close to the machine as the job allows. Avoid lateral turns with grapples fully loaded on uneven ground. This applies to all attachment work but grapples in particular, because operators tend to reach out and grab rather than repositioning the machine closer.
Good news for most operators: grapples run on standard hydraulic flow. The cylinders aren't high-demand. A grapple on a 16–20 GPM machine works just as well as on a 35 GPM machine for most applications. This is unlike augers, mulchers, or snow blowers where flow and pressure matter a great deal.
The exception is high-production grapple work where fast cycle times matter — commercial log handling yards, continuous debris processing. In those environments, higher flow means faster open-close cycles and quicker work. For occasional land clearing and storm cleanup, don't let anyone upsell you on needing high flow for a grapple.
BC operators clearing logging debris, blowdown, and second-growth brush deal with large-diameter wood and root masses that would destroy a light-duty grapple quickly. Dual-clamp designs with heavy-duty cylinders and 2+ inch tine stock are appropriate here. Jenkins Iron and Steel, Virnig, and local BC fabricators who build for the forestry market all offer appropriate options. Buy light and you'll be fabricating repairs before the second season.
Southern Ontario acreage clearing is typically mixed brush, tree stumps, and farm debris — a single-clamp open-bottom root grapple in the 72–80 inch range is the standard tool. The material is manageable, the goal is usually clean field restoration, and a mid-grade North American-made grapple holds up fine for this work.
Prairie operations often deal with downed trees, fence debris, and wind-scattered material after spring storms. The root grapple is again the common choice. Weight is less of a factor here than opening width — you want a grapple that opens wide enough to grab fence posts, loose lumber, or an awkward root mass in one pass.
Grapples are simple enough that the used market is generally safe — but check these specifically:
Grapples are one of the attachment categories with the most local fabrication in Canada. Every province has steel fabricators who build grapples to order, often at competitive prices with better lead times than import brands. Quality varies — inspect welds, plate thickness, and pin stock before committing.
For branded options, Virnig, Everything Attachments (EA), and Jenkins Iron and Steel have strong reputations in North American markets and ship to Canada. Bobcat OEM grapples are available through Bobcat dealers and carry the dealer support advantage if you're already in that network.
Used options are abundant on Kijiji and MachineryTrader Canada, especially in the fall after land clearing season. Price benchmarks: expect $1,200–2,200 CAD for a used mid-duty root grapple in decent condition; $2,800–5,000+ for a quality new unit in the 72–84 inch range.
Looking for specific models available in Canada? Browse the skid steer grapple attachment catalog for verified product pages on real models sold through Canadian dealers.