How to Use Traction Boards in Sand, Mud, and Snow

Traction boards get you unstuck by giving a spinning tire something to bite into instead of sand, mud, or snow. Clear a path in front of the tire, wedge the board firmly against the tread with the teeth up, air down if you can, and drive out in your lowest gear with slow, even throttle, never a burnout. Get the throttle part wrong and you’ll melt the boards you just paid for.

MAXTRAX, ARB TRED, and Actiontrax are trademarks of their respective owners; RiggingOps is not affiliated with or endorsed by any of them.

Follow your board manufacturer’s instructions; where they differ from this article, the manual wins. Traction board recovery is low-drama compared to winching or kinetic rope work (there’s no stored energy snapping back at anyone), but it’s still easy to destroy a set of boards or spin a tire into a deeper hole if you skip the basics.

How Traction Boards Work (and When They Won’t)

A traction board is a rigid or semi-rigid ramp with an aggressive tooth pattern on top. Wedge it against a tire that’s spinning in soft ground, and the teeth grip the tread while the ramp shape lifts the tire up and out of the hole it dug.

They’re built for a specific kind of stuck: a tire spinning uselessly in sand, mud, or snow because it has nothing to push against. They are not a fix for every stuck. If your rig is too deeply buried, high-centered on its frame or skid plates, or parked on too steep a grade to get momentum, boards won’t solve it: that’s a job for a strap-based kinetic recovery or a winch pull instead (JACO Superior Products). Knowing which tool the situation calls for is half the skill.

Board quality matters more than most people expect going in. Cheap sub-$60 boards are often solid foam or low-density polyethylene: they’ll work once or twice, but the teeth shear off as soon as a spinning tire melts the plastic, and the board flexes too much under a heavier vehicle. Premium boards use denser, UV-stabilized nylon or reinforced polymer specifically to survive repeated recoveries (JACO Superior Products).

Tire pattern matters too. MAXTRAX specifically advises against highway-pattern tires, because the sipes (the grooves in the tread) are usually too narrow and shallow to properly engage the board’s teeth (MAXTRAX USA FAQ).

Before the Boards: Air Down and Clear a Path

Airing down, deliberately dropping tire pressure below street PSI, increases your tire’s contact patch, which helps it grip the board’s teeth instead of just spinning across the surface.

Published numbers for exactly how far to air down don’t agree with each other. One JACO guide recommends 15-20 PSI for sand and 12-15 PSI for deep mud or snow; a separate JACO guide on airing down gives the opposite pairing: 12-15 PSI for sand and loose gravel, 15-20 PSI for mud, and 12-15 PSI for snow (JACO Buyer’s Guide; JACO Airing Down Guide). Rather than chase a precise figure, treat these as a rough range and dial in based on your tire size, load, and how the vehicle feels: softer terrain generally wants lower pressure for more flotation.

Two things to keep in mind: over-deflation can unseat a tire bead from the rim, especially under hard cornering or fast driving, and you should always re-inflate before you’re back on pavement, since underinflated tires handle poorly and wear faster on hard surfaces (JACO Airing Down Guide).

Before you place a board, clear the sand, mud, or snow from in front of the stuck tire. Most boards have a shovel-shaped end built for exactly this: dig a shallow ramp-shaped space so the board can sit against the tire without a berm of debris in the way (Tacoma3G Forum citing MAXTRAX instructions).

Sand Technique: Placement, Angle, Momentum

Wedge the board firmly against the tread face of the tire, teeth up, making sure the teeth are making solid contact with the tread, not just resting nearby (Tacoma3G Forum citing MAXTRAX instructions). The ramped end should point in the direction you intend to drive.

Shift into your lowest gear and begin to accelerate gently. Sand generally rewards momentum once you’re moving: the goal is a smooth, continuous roll off the boards and onto firmer ground, not a series of stop-and-go lurches that dig you back in.

MAXTRAX is explicit that a proper recovery happens at a gentle pace: “there are no highly stressed components or massive forces involved in a MAXTRAX vehicle recovery” (MAXTRAX USA FAQ). If you’re fighting the truck or flooring it, something’s wrong with the setup, not the technique.

Mud Technique: Digging, Wedging, and Board Retrieval Leashes

Mud is tougher on boards than sand. Wet, sloppy mud clogs the teeth and can turn the board’s surface slick instead of grippy. Aggressive, deep-tooth boards cut through mud far better than cheap, shallow-tooth boards, which often just spin uselessly on top of slick clay (JACO Superior Products).

Dig out more aggressively than you would in sand: mud tends to pack tightly against the tire, so use the shovel end to clear a real gap before wedging the board in. Attach a retrieval leash to each board before you start. Both ARB TRED and MAXTRAX sell leashes specifically because boards can bury completely out of sight during a mud recovery, and a leash is how you find them again afterward (ARB Europe TRED product page; MAXTRAX USA FAQ).

Once the tire is on solid ground and the vehicle is moving freely, stop. Don’t keep driving forward repeatedly over the same boards trying to gain extra distance: that’s how boards get pressed permanently into deep mud.

Snow and Ice Technique: What Changes in the Cold

MAXTRAX lists snow and slush among the terrains its boards are built for, alongside sand, mud, and even pea gravel, though the manufacturer recommends using caution in below-freezing conditions (MAXTRAX USA FAQ). The company also points to testing in the Australian Alps and cites a 2013 Antarctic traverse expedition that carried MAXTRAX boards as evidence of cold-weather performance (MAXTRAX Australia FAQ).

Snow condition matters more here than in sand or mud. Cold, dry powder can let a board’s polymer surface slide against the snow underneath it, while heavier, wet snow tends to “grab” and grip better, which helps prevent the whole board from sliding out from under the tire (summarized from a search-engine snippet of a FarOutRide field report; the original article could not be directly verified for this piece, so treat this as a general pattern rather than a precise, sourced quote) (FarOutRide: MaxTrax Review).

On ice specifically, go slower than you think you need to. Ice underneath a board can let the entire board slide, not just the tire; gentle, incremental throttle matters even more than usual.

No manufacturer we found publishes a hard minimum operating temperature for its boards, so don’t treat any specific cold-weather threshold as an established spec: the honest guidance is “use caution below freezing,” not a number.

Throttle Control: Why Wheelspin Melts Boards

Do not spin your wheels. This is the single most important habit in traction board recovery, and the most commonly ignored one. MAXTRAX states it plainly: spinning your wheels will burn the teeth off the top of the board and void the warranty (MAXTRAX USA FAQ).

This isn’t a MAXTRAX-only quirk. Actiontrax’s lifetime warranty against breakage explicitly excludes damage from wheelspin (Factor55 Actiontrax product page). Two competing manufacturers independently calling out the same failure mode is a strong signal it’s real and common. Spinning tires generate heat, and heat melts plastic and nylon, shearing teeth off the board’s surface in the process (JACO Superior Products).

The fix is the same in every terrain: lowest gear, gentle and even throttle, smooth application. If a tire starts to spin instead of climb, back off immediately, reassess the placement and angle, and try again rather than adding more gas.

One more note on capacity: an Overland Bound forum thread citing MAXTRAX specs states the LITE line is rated to 3,500 kg and the MKII/XTREME lines to 4,500 kg, but we could not confirm this figure on an official MAXTRAX spec sheet in this research pass, so treat it as forum-sourced, not manufacturer-verified, until you check your specific board’s own documentation.

Bridging and Leveling Uses: What Manufacturers Actually Endorse

This is a place where brands genuinely disagree, so check your specific boards before assuming a use case is safe.

MAXTRAX is explicit on the “no” side: its boards “are not designed to be used as a jack base” and are “not meant to be used as bridge or a ramp,” though the company says they should easily handle the weight of a quad bike when used with care (MAXTRAX Australia FAQ).

Actiontrax goes the other direction and markets exactly that use case: its boards can be linked end-to-end with straps to create a longer pathway through slippery terrain, or stacked for greater stiffness to bridge a gap. The company also markets stacking boards for leveling a rig at camp or gaining extra clearance for repairs (Factor55 Actiontrax product page).

We didn’t find an equivalent explicit statement from ARB on bridging or leveling use with TRED boards either way. Don’t assume your boards are rated for a use your manufacturer hasn’t confirmed: a prohibition from one brand doesn’t apply to another, and an endorsement from one brand doesn’t either.

Retrieving, Cleaning, and Storing Your Boards

Once you’re clear, retrieve the boards rather than leaving them in the mud or driving off and forgetting them: a leash makes this far easier if a board buried during the pull.

Before storage, give each board a shake or a bang on the ground to loosen packed-in debris (MAXTRAX USA FAQ). For mud in particular, hosing them off and letting them dry completely before storage prevents caked-on debris from hardening into the teeth, and storing boards away from direct sunlight helps protect the polymer over time (JACO Superior Products).

Inspect the teeth before your next trip. A tooth that’s already sheared or softened from a past wheelspin incident is a tooth that won’t bite when you need it most: better to find that out in your driveway than at the bottom of a wash.

For the bigger picture on when to reach for boards versus a strap or winch, see our vehicle recovery techniques guide, our breakdown of the best traction boards, what belongs in a full overland recovery kit, and how to run a kinetic recovery rope when boards aren’t enough. Our sourcing approach for every technique page is on the review methodology page.