2025 Tesla Model S Torque Specifications & Reference Guide

Proper fastener torque is critical for the safety, performance, and longevity of your vehicle. The 2025 Tesla Model S is a marvel of electric vehicle engineering, demanding precision when it comes to routine maintenance and repairs. Whether you are swapping out your aero wheels for a winter set or performing a brake service, adhering to the correct torque specifications ensures that components operate as intended without risk of failure or damage.

As an ASE-certified master technician, I have compiled this torque specification reference guide for the 2025 Tesla Model S. Please note that because the Model S is a Battery Electric Vehicle (BEV), many traditional internal combustion engine (ICE) components—such as spark plugs, valve covers, and traditional oil drain plugs—do not apply.

Quick Reference: 2025 Tesla Model S Torque Specs

Below is a quick reference chart for the most common maintenance fasteners on the 2025 Tesla Model S. Always verify specific variations for Long Range vs. Plaid models.

Wheel Lug Torque Pattern

For the 2025 Tesla Model S, the wheel lug nuts must be torqued to 129 ft-lb (175 Nm). Because this vehicle features a heavy curb weight and instantaneous electric torque, proper wheel installation is absolutely vital to prevent warping the brake rotors or risking wheel detachment.

Always use a 5-lug star (or crisscross) pattern when tightening the lug nuts. Start by hand-threading all nuts to ensure they are not cross-threaded. Then, using a calibrated torque wrench, tighten the first nut, move across the hub to the fastener nearly opposite to it, and continue in a star formation until all five are fully secured. Re-check the torque after 50 to 100 miles of driving, as the aluminum alloy wheels can settle.

Brake Torque Notes

When servicing the brakes on a 2025 Tesla Model S, you must account for the regenerative braking system. Because regenerative braking handles much of the vehicle's deceleration, the physical friction brakes are used less frequently. This can lead to caliper slide pins seizing if they are not properly lubricated and torqued.

When reinstalling the brake caliper brackets, ensure the mating surfaces on the knuckle are completely free of rust and debris. Torque the heavy-duty front caliper bracket bolts to 103 ft-lb (140 Nm) and the slide pins to 23 ft-lb (31 Nm). Do not overtighten the slide pins, as stripping the threads in the aluminum caliper body is a costly mistake. Always place the vehicle in "Tow Mode" or use the service screen to retract the electronic parking brake before servicing the rear brakes.

Why Torque Matters

In an advanced electric vehicle like the Model S, torque specifications are not just suggestions—they are engineering requirements. Overtightening fasteners can stretch bolts beyond their yield point, strip delicate aluminum threads, or warp mating components (like brake rotors). Undertightening can result in fasteners vibrating loose under the massive instantaneous torque delivered by the electric drive units.

Using a high-quality, calibrated torque wrench ensures that clamp load is evenly distributed. This protects the integrity of the vehicle's suspension, braking, and drivetrain components, keeping you and your passengers safe at highway speeds.

Disclaimer: The torque specifications provided in this article are for general reference purposes only. Automotive manufacturers frequently update specifications. Critical fasteners, especially those related to steering, suspension, and braking systems, should always be verified against the official OEM Tesla Service Manual for your specific VIN before performing any repairs.

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