2017 Tundra Bolt Pattern Explained: EV Wheel Swap & Upgrade Guide

Why the 2017 Tundra Bolt Pattern Matters for Truck Owners

If you're researching the 2017 Tundra bolt pattern, you're likely shopping for aftermarket wheels, considering a brake upgrade, or exploring whether wheels from other Toyota trucks (including the newer i-Force MAX hybrid Tundra) will swap onto your second-generation Tundra. The bolt pattern — also called the pitch circle diameter (PCD) — determines whether a wheel physically mounts to your hub. Get it wrong, and the wheel simply won't bolt on. Get it right, and you unlock a wider selection of wheels, tires, and even potential EV-platform cross-compatibility as Toyota electrifies its truck lineup.

The 2017 Toyota Tundra uses a 5-lug, 150mm bolt circle, commonly written as 5x150 (metric) or 5x5.9 inches (imperial). This is a relatively uncommon bolt pattern shared primarily with the Toyota Land Cruiser (J200 series, 2008–2021), Lexus LX 570, and certain other Toyota heavy-duty SUV platforms. It is not the same as the Tacoma's 6-lug pattern, and it is not shared with the Ford F-150 Lightning or Rivian R1T — both of which use entirely different hub configurations.

2017 Tundra Wheel Specifications at a Glance

These specs apply to all 2017 Tundra trims: SR, SR5, Limited, Platinum, 1794 Edition, and TRD Pro. The bolt pattern does not change between the 4.6L V8 (1UR-FE) and the 5.7L V8 (3UR-FE) powertrains, nor between the Double Cab and CrewMax body styles.

Vehicles That Share the 5x150 Bolt Pattern

One of the most common questions Tundra owners ask is whether wheels from other vehicles will fit. Because 5x150 is a niche pattern, the cross-compatibility list is short but useful:

• Toyota Land Cruiser (J200) — 2008 through 2021 models share 5x150 with a 110.1mm center bore, making them a direct swap candidate.
• Lexus LX 570 — 2008–2021, same hub dimensions. Lexus OEM wheels can be a stylish, high-quality upgrade for a Tundra.
• Toyota Tundra (2007–2021) — The entire second-generation Tundra run uses 5x150. Wheels from a 2014 Tundra will bolt straight onto a 2017.
• Toyota Sequoia (2008–2022) — Second-gen Sequoia shares the same platform and bolt circle.

Notably, the 2022+ third-generation Tundra (including the i-Force MAX hybrid) switched to a 6-lug, 139.7mm (6x5.5") bolt pattern. This means wheels from the newer hybrid Tundra will not fit your 2017 without adapters — and adapters introduce safety and load-rating concerns that we'll address below.

The EV Connection: Bolt Patterns and Electric Truck Wheel Swaps

As Toyota moves toward electrified trucks — the Tundra i-Force MAX hybrid is already on sale, and a fully electric Tundra is widely expected before 2028 — understanding bolt patterns becomes relevant for a new reason: EV wheel and tire optimization.

Electric and hybrid trucks are heavier than their gas-only counterparts. The Tundra i-Force MAX hybrid, for example, adds roughly 200–300 lbs over the standard V8 due to the battery pack and electric motor integration. When Toyota eventually releases a battery-electric Tundra, expect curb weights in the 6,500–7,500 lb range, similar to the Ford F-150 Lightning (which weighs approximately 6,000–6,800 lbs depending on trim and battery).

This weight increase matters for wheels in three ways:

1. Load Rating: EV-specific wheels carry higher load ratings (often XL-rated or reinforced). A wheel rated for a 5,500-lb GVWR gas truck may be under-engineered for a 7,000-lb electric truck. Always check the wheel's maximum load stamp against your vehicle's Gross Axle Weight Rating (GAWR).
2. Unsprung Weight: Heavier wheels increase unsprung mass, which reduces ride quality, increases brake wear, and — for EVs — directly reduces range. Every pound of unsprung weight is roughly equivalent to 2–3 lbs of sprung weight in terms of efficiency impact.
3. Aerodynamic Design: EV-optimized wheels often feature closed or semi-closed spoke designs to reduce aerodynamic drag. On an electric truck, aero wheels can improve highway range by 2–5%, according to fueleconomy.gov testing data on EV efficiency variables.

If you're keeping your 2017 Tundra long-term and eventually plan to swap into an electric Toyota truck, knowing that the 5x150 pattern is being retired (the 2022+ Tundra uses 6x139.7) means your current wheel investment won't transfer. Plan accordingly.

Aftermarket Wheel Options for the 5x150 Pattern

The 5x150 bolt pattern limits your aftermarket choices compared to the far more common 5x114.3 or 6x139.7 patterns, but several reputable manufacturers produce wheels specifically for the Tundra/Land Cruiser platform:

Lug Nut Torque, Maintenance, and Safety

Proper lug nut torque is critical, especially on a heavy truck like the Tundra (curb weight 5,200–5,800 lbs depending on configuration). Toyota specifies 97 lb-ft (131 Nm) for the 2017 Tundra's M14 x 1.5 lug nuts. Always use a calibrated torque wrench — never an impact gun alone — and follow a star-pattern tightening sequence.

Re-torque your lug nuts after the first 50 miles following any wheel removal. This is especially important if you've installed aftermarket wheels, as the mating surface may seat differently than OEM. Check torque again at 500 miles and then at every oil change or tire rotation.

For Tundra owners who tow — the 2017 Tundra is rated for up to 10,100 lbs when properly equipped — correct torque becomes even more critical. Towing increases hub and bearing stress, and a loose lug nut under tow load can lead to wheel separation. According to NHTSA data, wheel separation incidents on heavy trucks are disproportionately linked to improper lug nut torque and corroded stud surfaces.

Frequently Asked Questions

Will 6-lug wheels fit my 2017 Tundra?

No. The 2017 Tundra uses a 5-lug (5x150mm) pattern. Six-lug wheels — including those from the 2022+ third-gen Tundra, the Tacoma, and most ¾-ton trucks — will not mount to your hubs. Adapters exist but are not recommended due to the load stresses involved with a full-size truck, especially when towing.

What is the center bore of the 2017 Tundra?

The center bore is 110.1mm. This is a hub-centric design, meaning the hub itself bears the wheel's weight, not the lug studs. Always match or adapt to this bore diameter when selecting wheels.

Can I put Toyota Tacoma wheels on my 2017 Tundra?

No. The Tacoma uses a 6x139.7mm (6x5.5") bolt pattern with a 106.1mm center bore. Neither the lug count nor the bolt circle matches the Tundra's 5x150 pattern.

What size are the stock 2017 Tundra wheels?

Stock sizes depend on trim: 18x8" wheels with 275/65R18 tires on the SR5 and Limited, and 20x8" wheels with 275/55R20 tires on the Platinum and 1794 Edition. The TRD Pro uses 18x8" TRD-specific wheels with BFGoodrich All-Terrain T/A KO2 tires.

Will upgrading to lighter wheels improve my Tundra's fuel economy?

Marginally. Reducing unsprung weight by 5–10 lbs per wheel can improve acceleration response and ride quality, but the fuel economy gain on a 5,500-lb V8 truck is typically less than 0.5 MPG. The effect is more pronounced on lighter vehicles and EVs, where every pound of rotational mass directly impacts kWh/mile efficiency.

Does the 2022+ Tundra use the same bolt pattern?

No. The third-generation Tundra (2022–present), including the i-Force MAX hybrid, switched to a 6x139.7mm (6x5.5") bolt pattern. This aligns it with the Tacoma and most Toyota trucks globally, but it means no direct wheel interchangeability with your 2017 model.

Final Word: Plan Your Wheel Strategy Around Platform Longevity

The 2017 Tundra's 5x150 bolt pattern is a holdover from the second-generation platform that ended in 2021. If you're investing in high-quality aftermarket wheels, understand that they won't transfer to a future third-gen Tundra or its eventual electric successor. Buy for the truck you own now, prioritize load rating and hub-centric fitment, and always torque to 97 lb-ft with a calibrated wrench. Your Tundra's hubs, bearings, and safety depend on it.