Ford Everest towing capacity

Compare what the two engines leave for your family

The MY26.50 examples below compare the 2.0-litre bi-turbo Sport with the 3.0-litre V6 Sport and Platinum. All share a 3,500 kg braked towing rating, but the lighter bi-turbo leaves more room for other loads in the worked caravan example. That is worth comparing before you choose an engine for a family touring wagon.

Start with the people and equipment coming with you: passengers, a fridge, fitted drawers and the gear that lives in the boot. The engine choice changes the vehicle's starting weight, while GVM, GCM and towball load determine what remains. The next calculation separates those limits so you can compare the exact vehicles you are considering.

The number that decides it: the combined limit, not the tow rating

Start with the limit that governs every loaded Everest. The Gross Combination Mass (GCM), the most the vehicle and trailer are allowed to weigh together, is 6,250 kg on the Sport, Platinum and other mainstream V6 trims. The Gross Vehicle Mass (GVM), the most the loaded wagon alone may weigh, sits at 3,150 kg on the V6 (3,100 kg on the bi-turbo).

Be clear about which weight you subtract. GCM minus the hitched vehicle weight leaves the trailer's axle load, not its ATM. With the retained V6 figures, 6,250 minus 3,150 leaves 3,100 kg on the trailer axles. If the caravan has 350 kg on the ball, that corresponds to 3,450 kg ATM. Conversely, a 3,500 kg ATM caravan with that ball load would put a fully loaded 3,150 kg Everest combination at 6,300 kg, 50 kg above GCM.

For the retained Sport V6 example, a 3,500 kg ATM caravan leaves 2,750 kg for the unhitched loaded wagon within GCM. Subtract the 2,416 kg kerb figure and 334 kg remains for accessories, occupants and luggage. With a measured 350 kg ball load, the hitched vehicle would weigh 3,100 kg, leaving 50 kg under its 3,150 kg GVM. The Platinum's 2,465 kg kerb leaves 285 kg in the same scenario, matching the representative figures above. Both are GCM-bound here; a different load or variant can reach a different limit first.

Where the V6 quietly loses: it weighs more before you load a thing

The retained MY26.50 table uses 2,416 kg kerb for the Sport V6, 2,465 kg for the Platinum V6 and 2,304 kg for the Sport bi-turbo. These are the article's existing variant figures, not measurements of a modified touring wagon. Ford's kerb definition includes the full standard fuel tank. Accessories, people and trip gear added to that basis use the carrying capacity that remains.

Using those retained figures, solo brochure payload is 796 kg for the Sport bi-turbo, 734 kg for the Sport V6 and 685 kg for the Platinum V6. That is a 62 kg difference between the two Sport examples, or 111 kg between the bi-turbo Sport and V6 Platinum. These are GVM-minus-kerb comparisons before hitching. The difference when towing a particular caravan also depends on GCM and measured ball load.

The Toyota Prado comparison shows why a shared tow rating is only a starting point. Engine, trim, seating and fitted equipment all influence the loaded vehicle. For the Everest, compare the exact variants you are considering and what remains after your own passengers and gear are included.

What's actually left for the family at 3,500 kg

Use a 3,500 kg ATM caravan with a measured 350 kg ball load for this example. The ball contributes to the Everest's hitched weight and axle loads, but is already included in caravan ATM. On the retained Sport V6 figures, 6,250 kg GCM minus 3,500 kg ATM leaves 2,750 kg for the unhitched wagon and its load. Subtracting 2,416 kg kerb leaves 334 kg for accessories, occupants and luggage. Full standard fuel is already included in kerb weight.

With a 3,100 kg ATM caravan and the same measured 350 kg ball load, GVM becomes the tighter check in that Sport V6 example. The allowance for other added loads is 384 kg: 3,150 - 350 - 2,416. That is 50 kg more than the 3,500 kg ATM scenario. A different measured ball load changes the allowance, so compare the people, permanent equipment and luggage you actually plan to carry before choosing the caravan.

At 3,500 kg ATM and a measured 350 kg ball load, the retained Sport bi-turbo example leaves 446 kg for other added loads, compared with 334 kg for the Sport V6. That 112 kg difference belongs to this particular scenario. It does not establish a universal trailer ceiling from GCM minus hitched GVM, or make every bi-turbo setup a better match than every V6.

Both diesels are still on sale, so the choice is yours to get right

If you are reading this as a new-car buyer in 2026, the good news is that the escape from the payload squeeze is still on the showroom floor. For the MY26.50 range the 2.0 bi-turbo Sport carries forward rated to the full 3,500 kg braked, sitting alongside the 3.0 V6 in Sport, Platinum and Tremor trims. You are not forced into the heavier engine to get the badge.

The useful comparison is the carrying capacity of the exact vehicle with your intended fit-out. The table's bi-turbo example starts lighter, while the V6 variants have different kerb and GVM figures. Work through both the solo payload and the intended caravan scenario, because the combined limit can change the difference. Engine preference alone does not establish that the family load will fit.

One due-diligence note for V6 buyers shopping used: a May 2025 recall (25S39 / REC-006341) covered roughly 13,490 V6 Ranger and Everest models built 2022 to 2025, for a left-hand camshaft sprocket that could fracture and cause a stall. The fix is a free dealer remedy. Run the VIN through the recall record before you hand over money.

The rear axle bites before GVM does

Payload is only half the squeeze. The other half is where that payload lands, because the tow ball does not sit over the rear axle, it sits behind it. That overhang turns the coupling into a lever, and a lever multiplies.

Work a real example. An owner pencilling a heavy off-road van against an Everest found that about 278 kg on the ball transferred close to 400 kg onto the rear axle once the lever effect of the overhang was counted. With a 1,143 mm rear overhang and a 2,900 mm wheelbase, the hitch sits far enough behind the axle that the ball lands on the rear at roughly 1.45 times its mass. The Everest's rear axle is rated to 1,770 kg. Add that amplified ball load to the rear's share of the kerb weight and you can push the back axle toward its limit before a single passenger or drawer goes in over the boot.

That is the trap. You can be comfortably under GVM on the total and still be over the rear axle rating, because the maths bites at the axle, not the badge. A loaded combined weight that reads fine on paper can hide a rear axle that is already full.

The ride change is real; the dramatic squat mostly isn't

Owner forums talk about the Everest sagging under a heavy ball, and it is worth being precise, because the reputation overshoots the reality. A measured tow test saw the rear compress about 10 cm under ball load, with no nose-in-the-air, praying-mantis lift. The squat is modest.

What changes more is the ride. Loaded, the wagon firms up and can porpoise over country undulations, and the effect is worse, not better, with only one or two people aboard to settle the rear. So the honest picture is a settled rear that does not collapse, paired with a busier ride you will feel on a long highway leg. Plan for the ride, not for a collapsing back end.

Inside, the current Everest gives you nothing to apologise for. The 12-inch portrait screen reads as class-leading, wireless CarPlay is standard, and Ford kept physical volume and climate knobs you can find without looking down. Any old line about a dated Everest cabin is simply out of date.

Follow Ford's hitch guidance

Ford's hitch guidance says the Everest was engineered to tow to its maximum without a weight-distribution hitch (WDH). Ford warns that an aftermarket WDH may affect durability, handling and stability control, and recommends its approved genuine or licensed towbar and hitch.

A WDH and suspension airbags do different jobs. A compatible WDH can redistribute load through the vehicle and trailer axles; airbags can alter suspension support and ride height but are not a substitute for that load-transfer system. Neither raises the vehicle's ratings merely by being fitted. Owner reports are useful context, but they do not override the instructions for the vehicle and hitch.

Use measured axle weights to identify the problem, then follow Ford's guidance and the instructions for the exact equipment. Ford warns that an aftermarket WDH can affect durability, handling and stability control. Being under an axle limit does not by itself approve a hitch, and being close to one does not make a WDH the automatic solution. Review the load and seek vehicle-specific advice where needed.

Everest specifications at a glance (2026, AU)

These are the figures that drive every limit above. The V6 trims share a 1,770 kg rear axle rating and a 6,250 kg GCM (the Tremor runs a slightly higher 6,350 kg); what moves between them is kerb weight, and therefore payload.

The retained MY26.50 figures are: Sport 2.0 bi-turbo, GVM 3,100 kg, GCM 6,250 kg, kerb 2,304 kg; Sport 3.0 V6, GVM 3,150 kg, GCM 6,250 kg, kerb 2,416 kg; Platinum 3.0 V6, GVM 3,150 kg, GCM 6,250 kg, kerb 2,465 kg; Tremor 3.0 V6, GVM 3,240 kg, GCM 6,350 kg, kerb 2,480 kg. The table lists the associated towing and axle limits. Keep each variant's figures together when checking a load.

These examples retain the MY26.50 figures compiled in the existing article. They have not been refreshed to a later specification in this editorial update. Confirm the exact build, seating and equipment against the vehicle's documents, then use measured weights for a modified or fully packed wagon.

Weigh it, then choose the van around the answer

Before you commit to a van, get the loaded rig onto a weighbridge and read five numbers: front axle, rear axle, total vehicle, trailer axle group and combined mass. Treat the weighbridge ticket as decision support for which limit bites first, because the brochure cannot tell you where your gear actually sits.

If the rear axle is tight while total vehicle weight is below GVM, review where the vehicle's cargo sits and measure the caravan's ball load. Moving caravan gear forward can increase ball load and add to the vehicle's rear-axle load, so it is not an automatic remedy. Keep the caravan within its own loading instructions and check the result. If combined mass exceeds GCM, moving gear between the car and caravan cannot reduce the total; weight has to leave the combination.

Size the caravan to the Everest you actually pack. Record the passengers, fitted equipment and load positions in loadmate, then update those details when the trip changes. The estimated axle and total-weight margins can help you see why a full boot or different ball load changes the plan. Get the loadmate app to explore your setup, and the towing capacity hub compares the vehicles. Confirm the loaded setup with suitable scales and keep that measured baseline with the record.