Camper trailer recovery gear: what each item can and cannot solve

Camper trailer recovery gear is a set of single-purpose tools, and the thing that decides whether a recovery is safe is not in the drawer at all: it is the point on the vehicle that the gear attaches to. Australia’s mandatory standard for recovery straps requires every strap sold here to carry a warning that vehicle occupants and bystanders “have been KILLED by flying projectiles (such as tow balls)” and that a strap must “NEVER” be attached to “tow balls, tow bars, tie-down points or tow hooks”. A camper trailer’s coupling sits on exactly that tow ball.

So the short answer runs like this. Tyre deflation, a shovel and a pair of recovery tracks solve most soft-ground bogs without a second vehicle or any attachment point at all. A snatch strap solves a bog only when a second vehicle is present and both vehicles have a rated recovery point. A winch solves the problem of having no second vehicle, provided there is an anchor and you accept how slowly it works. And nothing in the kit attaches to the trailer’s drawbar or coupling unless the trailer’s manufacturer has fitted and rated a point for it.

Geographic scope: the strap rules quoted here come from a Commonwealth safety standard made under the Australian Consumer Law and apply Australia-wide. The land-manager examples are from NSW. Product figures are the manufacturers’ own published specifications at the access date shown in the sources; they are quoted as examples of how gear is rated, not as endorsements, and other makers publish their own.

Recovery gear at a glance

Item	What it solves	What it cannot solve	What it needs	The rule that governs it
Tyre deflation and a compressor	Loss of traction on sand and soft ground before you are bogged	A vehicle already buried to the chassis	Pressures from your vehicle manual; a way to reinflate	Land managers assume you will deflate for sand (Worimi Conservation Lands)
Shovel	Clearing sand or mud from tyres, diffs and sidesteps so the wheels carry the load	Traction on its own	Time and effort	Listed by NSW National Parks as outback kit “in case you get bogged”
Recovery tracks	A single vehicle stuck in sand, mud or snow, with no second vehicle	Hard or rocky ground, gaps, ramps, vehicles over the maker’s mass limit	Slow throttle in low range; no wheelspin	Manufacturer instructions (MAXTRAX example below)
Snatch strap	A bogged vehicle when a second vehicle can pull from firm ground	Anything without two rated recovery points; lifting; conventional towing; winching	A strap with a breaking strength of 2–3 times the GVM of the lighter vehicle, a damper, everyone out of the vehicles	Consumer Goods (Motor Vehicle Recovery Straps) Safety Standard 2017
Shackles	Joining a strap or rope to a rated point	Turning an unrated fitting into a rated one	A rating that matches the strap; the right type for the point	Manufacturer ratings (ARB example: 3.25 t bow shackle minimum)
Rated recovery points and a recovery hitch	Giving the strap somewhere legal and tested to attach	A trailer that has none	Vehicle-specific mounting; the trailer unhitched if the hitch goes in the receiver	The mandatory warning: “ONLY attach recovery straps to an APPROVED recovery point/device”
Winch	A single vehicle with an anchor in reach	Towing; lifting; fast recoveries; a full drum at full rating	Rope off the drum, gloves, a tree protector, engine running, patience	Manufacturer capacity rules (WARN example below)

The attachment point decides everything

The Consumer Goods (Motor Vehicle Recovery Straps) Safety Standard 2017 was registered on 1 December 2017 and is in force. It replaced regulations that had applied nationally since July 2010, which in turn grew out of a Queensland-only standard introduced in 2008 after two deaths. When the Australian Competition and Consumer Commission (ACCC) reviewed the rules in October 2016 it counted six people killed since 2003, and described the mechanism plainly: “Vehicle hardware attached to the strap has detached from the vehicle and struck vehicle occupants or bystanders. In some cases the strap was attached to inappropriate hardware such as the tow ball, towbar or bull bar. In other cases the strap was attached to a tow hook that detached from the vehicle.”

The 2017 standard responded by prescribing the warning that must be permanently fixed to every strap, in bold upper case at least 5 mm high, with a red circle and diagonal line through a picture of a tow ball on a tow bar:

WARNING. INCORRECT USE MAY RESULT IN INJURY OR DEATH! Vehicle OCCUPANTS and BYSTANDERS have been KILLED by flying projectiles (such as tow balls) when recovery straps have been attached incorrectly. NEVER attach recovery straps to vehicle fittings such as tow balls, tow bars, tie-down points or tow hooks. ONLY attach recovery straps to an APPROVED recovery point/device that is suitably rated for use with the strap. BEFORE attempting a vehicle recovery all passengers must exit the vehicles and stand as far away as possible.

The ACCC’s consumer guidance extends the list of fittings the strap’s force “is likely to break or snap off” to “tie-down eyes, tow balls, towbars, tow hooks, bull bars and suspension components”. ARB’s own training material puts the reason in one sentence: “Tow balls are not made of high tensile material and have been known to fail from stress, with the potential to become lethal missiles.”

Everything else in a recovery kit is downstream of this rule. A strap, a shackle or a winch rope attached to a rated point transfers force into the chassis. The same gear attached to a tow ball, a tie-down loop or the trailer’s coupling turns the weakest fitting into the projectile.

Camper trailer recovery gear item by item

Tyre deflation and a compressor

Deflation is the first tool because it works before the bog, not after it. Land managers who allow beach driving treat it as a given: the Worimi Conservation Lands Board of Management, whose NSW beach-driving rules admit trailers at two of the park’s three entries, tells permit holders to “Deflate your tyres for sand driving, in accordance with the recommendations in your vehicle manual”. No official NSW page publishes a universal pressure, and this guide does not invent one; the vehicle manual and the tyre placard are the sources, and the trailer’s tyres have their own figures.

What deflation cannot do is dig a buried vehicle out. Its partner is the compressor, which is what makes the decision reversible when you reach the bitumen again.

Shovel

NSW National Parks lists a “Shovel in case you get bogged” in its outback kit, alongside “Recovery equipment if you plan to go off road”, a “Tool kit suitable for the vehicle and trailer if you’re towing one including tyre changing equipment” and, depending on the trip, two spare wheels. The shovel’s job is set by the recovery-track instructions below: before anything else, “Clear debris and obstructions from around tyres and underbody components such as diffs, axles and sidesteps.” A vehicle sitting on its diff housing has no weight on its tyres, and no traction aid works until the weight is back on the rubber.

Recovery tracks

Recovery tracks are the item that most often resolves a camper trailer bog without a second vehicle, because sand and soft ground are where trailers get stuck. MAXTRAX publishes the clearest manufacturer instructions, and they read as a list of what the boards cannot do.

• Placement: “WEDGE the MAXTRAX FIRMLY against the tyre tread, in front of both front tyres if attempting to drive forward, or behind both rear tyres if attempting to reverse”, angled rather than flat, and only once “the wheels are bearing the weight of the vehicle, not spinning freely in mid-air”.
• Throttle: “Engage low ratio, first gear and GENTLY accelerate.” Then “maintain the momentum until the vehicle reaches firm ground.”
• The rule in capitals: “DO NOT SPIN YOUR WHEELS - this will damage your MAXTRAX and could cause personal injury and/or property damage.” The instructions add that spinning wheels, “particularly in soft sand, will only bury your vehicle deeper.”
• The exclusions: “DO NOT USE MAXTRAX on hard and rocky surfaces, as a bridge or a ramp, at temperatures below -20C or on vehicles weighing more than 5000kg.”

The boards can also be “inverted and used as a shovel”, and they come with bright leashes so you can find them after the vehicle drives over and past them. What they cannot do is move a trailer’s wheels, which have no drive: the tracks give the tow vehicle traction, and the trailer follows through the coupling as it would on any road, or it is unhitched and walked forward on the jockey wheel.

Snatch strap

A snatch strap is the only recovery item with its own Commonwealth safety standard, and reading that standard tells you exactly what the product is for. The instrument defines a motor vehicle recovery strap as “a strap, commonly called a snatch strap, for attaching to a bogged vehicle to tow it clear of the bogged situation”, and its minimum breaking strength as “the minimum load necessary to cause the strap to fail”. The ACCC describes how it works: the straps “stretch and release energy under tension to achieve a sharp, jerking action” and “use the momentum of the towing vehicle to pull the bogged vehicle out”.

That stored energy is the reason for every limit the law places on it.

Sizing. The standard requires the strap’s label and packaging to carry “a recommendation that the minimum breaking strength of the strap should be between 2 and 3 times the gross vehicle mass (GVM)” and “advice that the strap must be suited to the gross vehicle mass (GVM) of the lighter of the 2 vehicles used in the recovery process”. GVM is the maximum loaded mass on the vehicle’s compliance plate or in its handbook, not what the vehicle weighs today. ARB, which sells straps rated at 8,000, 11,000 and 15,000 kg, adds the point most buyers miss: a strap that is too strong for a light vehicle may not stretch as intended, and “more stress will be placed on the recovery points”.

What the instructions must say. The standard requires the accompanying instructions to state that the strap “must not be used for lifting or conventional towing”, that its “strength and stretch are reduced when the strap is saturated with water” (ARB puts the loss at “up to 20%”), that “an object such as a recovery damper, heavy bag or blanket must be draped over the strap during use to reduce any unintentional rebound”, and that before any recovery passengers “exit the vehicles”, “stand as far away from the vehicles as possible” and “avoid standing in the path of the vehicle performing the recovery”. The ACCC’s consumer guide sets the distance: “at least 1.5 times the length of the un-stretched strap”. ARB’s instruction for the damper is to fit it “to the middle third of a strap or winch cable”.

What it cannot be used for. Beyond lifting and conventional towing, the strap must never go on a winch. WARN’s winching guide is blunt: “Never use a recovery strap in a winching operation. Because it is designed to stretch, it stores energy. Use the recovery strap only to ‘snatch’ out a stuck vehicle.”

What the label proves. The standard requires the supplier’s name or logo, a batch code or serial number and the breaking strength in metric units on the strap itself, and it excludes “vehicle lifting slings, tie-down straps, wire cable, chain, rope” and “straps for conventional towing situations”. A kinetic recovery rope does the same job with the same stored-energy hazard, but because the standard is written for straps, the label protections above are not guaranteed on a rope; you have to find the maker’s breaking strength and instructions yourself. Compliance is not automatic even for straps: the ACCC’s most recent listed recall, in February 2024, covered 8,000 kg straps that did “not include the required warning information on the straps, packaging and instructions for use”.

The strap’s real limit is not on the label. It needs a second vehicle on firm ground, a rated point on the front of one vehicle and the rear of the other, and a driver in each who understands the sequence. When a camper trailer crew travels alone, the strap is a tool for helping someone else, or for being helped, and it solves nothing until that second vehicle arrives.

Shackles

Shackles join the strap to the point. The mandatory warning speaks of an approved “recovery point/device that is suitably rated for use with the strap”, and the shackle has to be rated in the same terms. ARB’s guidance is that “Shackles with a rating of at least 3.25 t should be the minimum and are suitable for attaching one end of a strap”, with 4.75 t shackles offering a larger eye. Its soft shackle alternative is rated at 14.5 t, made from “high-strength synthetic fibre”, and the maker’s stated reason for choosing it is that a soft shackle “minimises the risk of projectile hazards in the event of a recovery system failure”.

A shackle cannot upgrade the fitting it is attached to. A 4.75 t shackle on a tie-down loop is still a strap on a tie-down loop.

Rated recovery points and the recovery hitch

The rating that the mandatory warning demands comes from whoever designed the point. ARB’s description of its own range shows what “rated” means in practice: its forged recovery points are “rated at 8,000kg up to the maximum turn angle of the front wheels”, each is developed against “actual vehicle chassis samples and CAD data”, and on some vehicles the mounting is designed “to ensure fitment does not affect air bag deployment”. A recovery point is a vehicle-specific structural part, not a universal bolt-on, and the maker’s rating applies only to its own point on the vehicle it was designed for.

At the rear of a tow vehicle the usual rated device is a recovery hitch: a solid tongue that goes into the 50 mm receiver in place of the tow-ball tongue. ARB’s forged version is rated to a 25,000 kg minimum breaking strength in side pull, tested to 55,000 kg in front pull, and “designed exclusively for soft shackles”. The practical consequence for a camper trailer crew is physical rather than legal: the receiver holds one tongue at a time, so a rear recovery through the receiver means the trailer is unhitched first.

Winch

A winch replaces the second vehicle with an anchor, and its limits are numerical. WARN, whose winching guide is the most detailed manufacturer document available, rates its winches “by pulling capacity”, and “the maximum pulling capacity occurs on the first layer of winch rope on the drum. As the layers increase, the pulling power decreases.” Its worked example for an 8,000 lb winch: 8,000 lb on the first layer, 6,777 lb on the second, 5,878 lb on the third and 5,189 lb on the fourth, “a loss of about 15% capacity per layer”.

Its capacity formula: “Calculate the gross weight of what you intend to pull, multiply by 1.5, then do not exceed the rating of your winch or winch rope.” For a loaded tow vehicle with a camper trailer still coupled, the gross weight is the pair, and that arithmetic often lands above what the winch delivers on a half-full drum. WARN’s remedies are to “unspool as much winch rope as possible when rigging” and to “double line using a snatch block to reduce winch load”, which “doubles the winch’s capacity”.

What a winch cannot do is listed in the same guide as a series of nevers: “Never use winch or winch rope for towing. Shock loads can damage, overload and break rope.” “Never use winch as a hoist or to suspend a load.” “Never use winch to lift or move persons.” “Never operate this winch with less than 5 wraps of steel rope (10 wraps synthetic) on the drum — rope could come loose from the drum.” “Never wrap winch rope back onto itself. Use a choker chain or tree trunk protector on the anchor.” Winch rope “will develop ‘barbs’ which can slice skin”, so heavy leather gloves are not optional. And a winch is slow by design: “Prolonged winching without cooling the winch motor will damage the motor”, and with the engine idling “the battery may drain faster than it is charging”.

Anchors are the other limit. On public land the tree you winch from is somebody’s asset; our Leave No Trace guide covers the NSW land-manager expectation that winching from trees is kept to a minimum, and a tree trunk protector is the difference between a recovery and a ring-barked tree.

The trailer is the item the kit does not cover

Every rule above is written for the vehicle. The trailer is where a camper trailer crew has to think for itself, and the honest summary is that most of the kit cannot legally or physically attach to it.

• The coupling rides on the tow ball, and the tow ball is the first fitting the mandatory warning names as one that must never be used.
• The drawbar has a rated recovery point only if the trailer’s manufacturer designed, fitted and rated one. If the owner’s manual does not say so, treat the answer as no, and ask the manufacturer in writing rather than a forum.
• The trailer’s wheels have no drive, so recovery tracks and deflation help it only through the tow vehicle’s traction.

That leaves a conservative sequence when the combination is stuck: deflate, dig and use tracks with the trailer coupled if the tow vehicle can move the pair; if it cannot, unhitch on the jockey wheel, recover the tow vehicle alone using rated points, and bring the trailer to firm ground by re-coupling and driving it out as a normal tow, or by hand. What this sequence deliberately avoids is a snatch recovery of the tow vehicle with the trailer’s full mass hanging off the coupling, because no source we could find rates a coupling for that load, and the fittings involved are the ones the law lists.

The last option is the one land managers actually offer. Rangers are not a recovery service. The Worimi Conservation Lands page answers “if you get bogged” with the number of a tow operator “licensed to operate on the park” and the note that “fees apply”. Budget for that call, and make sure you can place it: our guide to remote area communications covers what a phone can and cannot do past the last town.

Choosing the tool: force in the right order

Recovery gear is used in order of the force it applies, from none to most, and the order matters more than the brand.

1. Stop. MAXTRAX’s first instruction is “When your vehicle fails to proceed, STOP”; spinning wheels “will only bury your vehicle deeper”.
2. Deflate to the manual’s figures if you have not already.
3. Dig until the tyres, not the chassis, carry the weight.
4. Tracks, wedged against the tread, low range, first gear, gentle throttle, no spin.
5. Snatch strap, only with a second vehicle, two rated points, a damper, everyone out and back at 1.5 strap lengths.
6. Winch, with rope off the drum, a protected anchor, gloves, and the engine running.
7. Licensed tow, with the fee accepted before you need it.

Reading the ground before you commit is cheaper than any of them; our guide to reading unsealed-road warnings with a camper trailer covers the official notices that tell you where the soft ground starts.

Before you leave

• Snatch strap label shows the supplier’s name, a batch or serial number, the breaking strength in kilograms and the mandatory warning with the crossed-out tow ball; the breaking strength is 2–3 times the GVM of the lighter vehicle you expect to be paired with.
• Strap checked against the ACCC recall list, and inspected for cuts, fraying and water damage.
• Recovery damper, heavy leather gloves, a tree trunk protector and shackles rated for the strap are in the same bag as the strap.
• Rated recovery points fitted to the tow vehicle by their maker’s instructions, and a recovery hitch carried for the receiver.
• Recovery tracks with leashes, a full-length shovel and a compressor that can reinflate all six tyres.
• Tyre pressures for sand read from the vehicle manual and the trailer’s placard, not from memory.
• The trailer’s manual read for the words “recovery point”, and the manufacturer’s answer recorded if it is silent.
• Tool kit “suitable for the vehicle and trailer”, as NSW National Parks puts it, including what you need to change a trailer wheel.
• The recovery tow operator’s number for the area saved before you lose signal.

The rule that outlasts the gear

Products will keep changing; the physics will not. A strap stores energy and releases it through whatever it is attached to, a winch pulls hardest with an empty drum, and a tow ball is a towing fitting. Camper trailer recovery gear solves the problem it was designed for, on the fitting it was designed for, and nothing else. Knowing which item that is, before the wheels stop turning, is the whole of recovery planning.

The Offgrid Atlas publishes access, condition and signal claims for individual campsites only after a documented visit. This guide is desk research from the published rules and manufacturer specifications listed below, and it describes what any traveller can check for themselves before a trip.