How much can a Toyota Sequoia tow? 8,980–9,500 lb in 2026

Sources checked October 16, 2026: Toyota's current US specifications, 2026 announcement, and Toyota's 2026 manual, printed pp. 242–248 and 477–480, hosted by Ownersman. Toyota's official manual selector identifies this publication as OM0C087U.

In July 2026, a 2024 Sequoia owner asked about weak-feeling trailer braking after moving an Aliner over from a Mazda with a different controller. The wiring had changed too, so the post doesn't point to a reset. It does raise a practical question: what needs checking when the trailer is familiar but its brake setup has changed?

How much can a Toyota Sequoia tow?

Toyota's current 2026 US table spans 8,980–9,500 lb, from Capstone 4WD to SR5 RWD; its 2026 manual and launch release list 9,520 lb. The 2026 brochure also says 9,500 lb. Until Toyota confirms which applies, go by your own vehicle's documents.

The manual's table, printed pp. 246–247, uses model code and seating; the website table uses grade and drive layout. Match the model code on your certification label in the manual and your build documentation, and ask Toyota to confirm the rating if they disagree.

These are 2026 figures and instructions. Toyota lists 2027 separately as upcoming; check that model's own documents when they're out.

To compare other vehicles, see the US towing capacity chart. Your own Sequoia also has a gross vehicle weight rating (GVWR), gross axle weight ratings (GAWR), a gross combined weight rating (GCWR), an occupant-and-cargo allowance and hitch limits; the what can I tow guide explains how they fit together.

Why check brake gain for a trailer I already saved?

A saved trailer profile doesn't mean the current gain setting suits today's tow. The 2026 Sequoia stores up to 10 trailer profiles, with fields that depend on installed systems. See profile settings, printed pp. 114–116, and the separate controller instructions, pp. 477–480.

Gain sets the controller's trailer-brake output; at zero, there's no output. Toyota treats these events differently:

See printed pp. 478–479. After a battery disconnect, check both the current gain and the trailer selection: the manual doesn't say gain goes to zero, or that your named profile survives.

Follow Toyota's complete gain setup and compatibility instructions, which call for working brakes, the correct connection and a suitable place to test. Don't borrow another owner's gain number. The integrated controller runs compatible electric or electric-over-hydraulic brakes through the seven-pin connection; hydraulic surge brakes use their own system.

What does a 4,800 lb trailer leave on a 1794 Edition 4WD?

On this example 2026 1794 Edition 4WD, the trailer sits 4,210 lb under the tow rating, but the hitched Sequoia is only 230 lb under its GVWR, and that 230 lb isn't spare cargo capacity.

Toyota's 1794 Edition 4WD column lists 9,010 lb towing, 15,600 lb GCWR and 7,560 lb GVWR. Assume your label confirms that GVWR. Here's one example rig. Every load in it is made up, so swap in your own.

The hitched Sequoia carries 6,850 + 480 = 7,330 lb, and the trailer axles carry 4,800 − 480 = 4,320 lb. Combined weight is 7,330 + 4,320 = 11,650 lb, the same as adding the unhitched Sequoia to the complete trailer; both count the tongue once.

The assumed tongue load is 10% of 4,800 lb, inside Toyota's 9–11% guidance. The axle readings and ratings, the occupant-and-cargo placard, tires and coupling parts are still unknown, so these comparisons can't clear the pairing on their own.

Toyota requires a sway-control device above 2,000 lb and an adequately rated weight-distributing hitch above 5,000 lb. This example is under the second trigger, but your hardware's own instructions still apply. Printed pp. 242–248 has the full loading and equipment conditions.

What changes after battery service if the load stays the same?

The weights can stay exactly the same while Toyota's gain data has reset. Take the same example 1794 and trailer. Between trips, a service disconnects and reconnects the 12-volt battery, and the next trip carries exactly the same fuel, people, gear and hardware.

The hitched Sequoia is still 7,330 lb, the combination still 11,650 lb, and the GVWR difference still 230 lb, but none of that tells you the current brake setting. Confirm the trailer selection and brake type, then complete Toyota's gain setup and check before towing. The battery instruction on printed p. 479 gives no reset value to assume.

How can loadmate keep the next trip connected to that record?

A dated weigh-in and a service note let you review the load and the work done since the last tow side by side. After this Sequoia's battery service, what changed even though the weights didn't?

In loadmate, recording a full weigh-in with its linked loads sets the baseline for later load changes you enter. A coupling-only update doesn't replace that full record. If the packing changes, record the item's weight and location so the load-change review matches the trip you're preparing.

Log the battery work as a dated service entry, using Other and notes to describe it next to your earlier weigh-in. The entry holds what you type in; it doesn't read Toyota's gain or detect a reset.

Explore loadmate for the changes between Sequoia tows.

Before the next departure, check what's been serviced or changed since the last tow, then run Toyota's gain setup for the current trailer and brake type.

loadmate provides decision support for towing safety, not legal weight certification. Score, compliance checks, and trip readiness are based on the data you enter and the regulator information current at the time of release. For legal weight evidence, use a certified truck scale / CAT scale. Towing remains the operator's responsibility. See the safety disclaimer.

Related guides

• What can I tow?: compare the loaded combination with each applicable limit.
• US towing capacity chart: compare source-qualified vehicle ratings.