SUV and electric-truck towing: limits and route fit

An SUV, midsize pickup or electric truck can tow only within its exact ratings and required equipment. Do not infer a safe trailer from body construction, torque or an advertised maximum. For electric towing, the intended loaded route and accessible charging stops need their own assessment.

An SUV’s drivetrain and occupants can change the allowance

Honda’s 2025 Pilot specifications state 3,500-lb maximum towing for 2WD trims. The Pilot towing-preparation instructions further vary allowances with occupants and configuration and say the vehicle is designed to tow without needing a load-distributing hitch.

That does not establish every Pilot configuration or approve any aftermarket arrangement. It shows why an all-SUVs recommendation to add weight distribution is inadequate. Check the exact year, drivetrain, hitch, tongue allowance and occupied-vehicle requirements.

A smaller vehicle still needs the complete match
QuestionEvidence to collect
What can the specific vehicle carry?Actual placard, certification label and added-equipment weights
What trailer can it tow?Correct configuration’s towing instructions and loaded trailer
Which hitch arrangement is permitted?Vehicle, receiver and trailer instructions together
Can the route be completed?Fuel or charge stops, grades, access and suitable reserve

A towing-range test describes its conditions

In Car and Driver’s original R1T test, a 6,100-lb camping trailer yielded 110 miles at 70 mph on the tested truck. This is an original road-test result, not a range guarantee for another battery, wheel set, weather or trailer.

The August 2023 Rivian R1T guide highlights trailer aerodynamics in highway range. Do not apply a fixed one-third or one-half reduction to every electric tow vehicle. Use actual consumption and the vehicle’s current trailer-aware estimates, with a reserve for the route.

Check a charging stop with the trailer attachedConfirm charger compatibility and current availabilityThen: Check access, stall geometry and a safe uncoupling optionThen: Reach the stop with reserve and an alternative availableCheck a charging stop with the trailer attachedConfirm charger compatibility and current availabilityCheck access, stall geometry and a safe uncoupling optionReach the stop with reserve and an alternative available

Calculate energy between usable stops

For an assumed measured towing consumption of 0.8 kWh per mile, a 100-mile leg requires 80 kWh before reserve and charging losses. If only 70 kWh is available for the leg, the assumed trip budget is 10 kWh short regardless of the vehicle’s unloaded advertised range.

Assumed 100-mile leg energy needAvailable for the leg: 70 kWh; Additional energy needed: 10 kWhAssumed 100-mile leg energy needAvailable for the leg: 70 kWhAdditional energy needed: 10 kWh

This is hypothetical route arithmetic, not an R1T specification. Charger location alone does not establish trailer access or an open working stall. Do not block traffic or assume you can unhitch safely beside a busy charger.

Use the complete load match and RV tow and payload calculation. Factory towing equipment must be verified as installed, not merely listed as an available option.