Winch Anchors With No Tree: Deadman and Ground Anchors

No tree, no rock, no fence post: now what? You bury or stake an anchor into the ground itself. Here’s how a deadman anchor works, how to build one from a spare tire or log, and which commercial ground anchors actually publish specs worth trusting.

Pull-Pal, Smittybilt, ARB, Deadman Off-Road, and WARN are trademarks of their respective owners; RiggingOps is not affiliated with or endorsed by any of them.

Before you dig: follow your winch manufacturer’s instructions for spooling, freespool/clutch engagement, and line handling. Where this article differs from your manual, the manual wins. Your winch’s clutch and freespool mechanism differs by brand and model, so check your manual before disengaging it. Keep everyone clear of the load path during a pull, use a winch damper over the line, and never exceed the rated capacity of any component in the system. WARN’s own winching guide recommends laying something over the winch rope midway between the winch and the anchor point to absorb energy if the line lets go.

First, Exhaust the Easy Anchors: Vehicles, Rocks, Existing Structure

A buried anchor is slow to build and hard to rate. Before you pick up a shovel, look for something already rooted to the ground. WARN’s guide lists natural anchors (trees, stumps, rocks) and is blunt about the standard: you have to be certain the anchor will hold the load and that your strap or chain won’t slip.

No tree or rock in reach? A second vehicle can serve as the anchor. WARN’s guidance calls for putting that vehicle in neutral, setting the parking brake, and blocking its wheels before it takes the load. That’s almost always faster and more predictable than digging, and it’s worth ruling out first.

Only when none of that is available (open desert, dunes, a flat gravel wash) does a ground or deadman anchor become the right call.

The Deadman Anchor: How Buried Mass Holds a Pull

A deadman anchor works by burying something with enough surface area (a log, a tire, a steel plate) so the undisturbed soil in front of it has to shear before the anchor moves. The anchor itself isn’t what holds the load. The soil is. That’s why soil type and depth matter more than the size of whatever you bury.

This is also why no single “good for X pounds” number exists for an improvised deadman. Depth, soil density, moisture, and the angle you pull at all change the outcome, sometimes by a factor of three or more in the exact same hole, just dug deeper.

Burying a Spare Tire as a Winch Anchor: Step by Step

Holding capacity depends on soil type and the rated hardware used. There’s no universal spec for a buried tire, and we’re not going to pretend otherwise.

1. Dig your pit perpendicular to the pull direction, angled slightly away from the vehicle, so the tire’s face resists the load head-on rather than getting dragged sideways through the dirt.
2. Keep the front wall of the pit vertical. A sloped or crumbled front wall gives the tire less undisturbed soil to push against, which is the entire source of its holding power.
3. Run a chain or strap through the tire (through the wheel opening, around the tread) with a shackle at the connection point, not a hook: a hook can shed the line if tension slacks mid-pull.
4. Backfill and compact in stages, tamping as you go rather than dumping loose soil in all at once.
5. Route the line out of the pit at a low angle and keep the connection point at or near ground level so the pull doesn’t lever the tire up and out.

Be honest with yourself about the labor. Forum accounts from experienced off-roaders describe burying a spare tire 4 to 6 feet deep in soft or saturated ground to get it to hold. One described a 4-by-6-foot pit in what he called “bottomless Florida muck.” Another put it plainly: by the time you’ve dug a hole that size, you may as well have dug the truck out directly. Treat the buried tire as a genuine last resort, not a shortcut.

Log Deadman Anchors: Sizing and Rigging

No manufacturer spec governs an improvised log anchor sized for a stuck 4x4 or UTV. What exists is engineering guidance built for industrial cable-logging loads, which we’re citing here as a reference point for the underlying principles, not as a vehicle-scale recommendation.

The USDA Forest Service, Oregon State University, and Oregon OSHA jointly publish a Deadman Anchor Quick Reference for heavy-duty rigging. Their specs, for context: a trench at least 5 feet deep, dug perpendicular to the pull with vertical walls, and a log at least 16 feet long and 18 inches in diameter (or several smaller logs bundled with a strap). That’s built for multi-ton yarding tension (well beyond what a stuck vehicle applies), but the installation logic scales down:

• Place the line in the trench with slack, lay the log above it, and loop the line over the log in the direction of pull.
• Backfill halfway and compact before tensioning, then backfill the rest.
• Don’t disturb the front wall of the trench once it’s cut. The same guide notes disturbing that wall reduces the anchor’s capacity: it’s the wall doing the holding, not the log.
• Piling extra soil or rock on top of the trench can add capacity, per the same source.

The guide’s own framing is worth repeating here: it’s general guidance only, and final anchor design should come from qualified personnel. That caveat applies even harder once you scale it down to a driveway log and a Saturday recovery. Once a log deadman is in the ground, check it: the same reference calls for inspecting a working deadman at least daily, watching for line movement or soil displacement, and reinstalling deeper with a lower cable angle or more logs if you see either.

How Deep Is Deep Enough? Why Soil Type Matters More Than a Number

There’s no depth number that works across all ground, and the data backs that up directly. Deadman Off-Road, which manufactures a commercial ground anchor plate, publishes a 2-foot minimum burial depth in their own installation instructions, but their testing shows just how much depth changes the outcome in identical soil: roughly 2,500 lb of holding capacity at 24 inches in soft sand, versus more than 6,000 lb at 36 inches in that same sand. In hardpack soil, they note 18 inches can match or beat that shallower sand figure. Their own internal testing recorded 8,050 lb in dune sand under specific conditions: a real number, but one they frame as dependent on depth, density, and pull angle, not a rating you can assume applies to your hole.

Pull angle matters too. Deadman Off-Road notes their anchor holds more when the pull comes from above the vehicle than from below it, worth factoring in on sloped terrain.

The underlying reason soil type dominates the math: soil is characterized by texture, moisture, and density, and those three properties are what an anchor is actually fighting against, per Oregon State University’s engineering guide on deadman anchors. Loose, dry sand gives up far more easily than compacted clay or hardpack at the same depth. If you’re unsure what you’re digging into, go deeper than the minimum: the data above says that’s rarely wasted effort.

Commercial Ground Anchors: What They Claim and What’s Sourced

Capacity claims vary by maker and soil. We’re citing each manufacturer’s own guidance where we could confirm it, and flagging plainly where we couldn’t.

A few sourcing notes worth flagging plainly. Pull-Pal doesn’t publish a pull-force rating in pounds for any model, only GVW-of-vehicle recommendations. We could independently confirm that guidance for the RW6000 (3,000 lb and under) against an authorized retailer listing that mirrors the manufacturer spec; we could not confirm current GVW figures for the RW11000 or RW14000 in this pass, so check pullpal.com directly before buying up in capacity. Don’t read a GVW recommendation as an implied holding-capacity number; they’re different things. On the Smittybilt W.A.S.P., we could not independently confirm a manufacturer-published rated or maximum load capacity in pounds. If you’ve seen a specific number quoted elsewhere, verify it against smittybilt.com or the printed manual before you rig to it. ARB’s ARB230 has no published capacity anywhere we could find, not on ARB’s site, not across the retailers carrying it, so we’re naming it as a real product built for this exact scenario without pretending we can rate it.

For terminology: a component’s Working Load Limit (WLL) is its breaking strength divided by an applied safety factor, the number it’s actually rated to carry in service, not the load at which it fails. Rigging convention commonly runs a 3:1 to 4:1 safety factor on winch lines and straps, sometimes 5:1 or higher on hardware like shackles, per industry sources. Buy and rig to WLL, never to breaking strength.

UTV Ground Anchors and Stake Systems

Lighter machines don’t need, and shouldn’t buy, an anchor sized for a full-size truck. Pull-Pal’s smallest model, the RW6000, is sized for ATVs, UTVs, and small 4x4s at a GVW of 3,000 lb and under, per an authorized retailer listing mirroring the manufacturer spec. That same listing cites a 36,000 lb breaking-strength rating on the included soft shackle, worth checking against your own shackle if you’re buying separately, since that’s a hardware spec, not the anchor’s own capacity.

Beyond the RW6000, we found third-party UTV-specific stake and ground-anchor kits from smaller resellers with capacity claims we couldn’t verify against a manufacturer spec page in this pass. We’re not naming them here: a claim without a manufacturer source doesn’t clear our bar, regardless of how the number looks on a listing page.

Whatever you’re rigging to a UTV anchor, use a shackle at the connection, not an open hook. A screw-pin shackle fully encloses the connection so it can’t come loose if the line goes slack mid-pull; an open hook can shed a strap the moment tension drops, which is exactly the moment you don’t want a disconnect.

One more point worth correcting here since UTV recoveries commonly use a snatch block to redirect the pull around obstacles: a snatch block does not reduce the load on your anchor. Running a doubled line back to the vehicle roughly doubles the winch’s pulling force, but the anchor holds close to double the winch’s line pull, not half of it. Size the anchor for the doubled load, every time you rig a block.

Digging Out and Restoring the Site Afterward

No agency publishes vehicle-recovery-specific guidance for restoring a dig site, so we’re applying the closest real standard: Leave No Trace’s general outdoor-ethics principles, which call for traveling and camping on durable surfaces and leaving what you find undisturbed. Extending that to an anchor pit is straightforward.

Once you’re free, retrieve any buried hardware you can recover (chain, strap, shackle, the tire itself if that’s what you buried). Backfill the hole completely, compact it in layers the same way you did going in, and mound the last few inches slightly to account for settling. Scatter any leftover soil or duff over the disturbed area rather than leaving a bare patch or a visible mound. If you cut through grass or ground cover to dig, replace what you can.

It’s a five-minute job that costs you nothing and leaves the site the way you found it, worth doing every time, not just when someone’s watching.

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Related reading: our vehicle recovery techniques pillar page covers the full rigging playbook, including how to use a winch correctly from spooling to load, how to use a snatch block for redirects and mechanical advantage, and tow hook vs. recovery point if you’re not sure your vehicle even has a rated attachment point yet. See our review methodology for how we source and vet every spec on this site.