Tesla Cybertruck uses a 6×139.7 bolt pattern across the 2023 through 2026 model years covered here. That shared pattern simplifies an initial search, yet it does not make every six-lug truck wheel suitable. The Cybertruck wheel decision also depends on wheel position, hub interface, tire package, brake space, and load capability. For wheel distributors, retailers, fleet buyers, and installers, a vehicle-specific quotation prevents avoidable returns and installation delays.
Quick Answer
Cybertruck uses a 6×139.7 PCD, commonly called a 6×5.5 lug pattern. The verified 2023 through 2026 baseline uses an 84.1 mm center bore, M14x1.5 hardware, and a 205 Nm tightening value. Treat those figures as the starting specification set, then confirm the vehicle year, trim, tire plan, wheel load requirement, and the wheel maker fitment record before you release stock.
Tesla Cybertruck Wheel Specifications 2023 to 2026
The following specification baseline applies to 2023 through 2026 Cybertruck configurations. Use it to screen a wheel program, then release the final part number only after a vehicle-level fitment review.
| Model years | Factory wheel | PCD | Offset | Center bore | Hardware | Tire reference |
|---|---|---|---|---|---|---|
| 2023 to 2026 | 20×9 | 6×139.7 | ET58.5 | 84.1 mm | M14x1.5, 205 Nm | LT285/65R20 |
An 18×9 ET55 direction uses LT285/75R18, while a 22×9 ET55 direction uses LT285/55R22. These specifications support a first shortlist, not automatic approval for a specific wheel design, tire, brake package, and modified vehicle.
Why the Cybertruck Lug Pattern Is Only the First Filter
A 6×139.7 wheel can mount only when its mounting circle matches, yet physical mounting is not the same as a sound wheel package. Check the hub contact area and center-bore relationship first. Then compare ET and width against the intended tire, suspension travel, fender space, steering path, and brake envelope. Confirm the wheel load capability against the vehicle application before the sales team releases any quotation.
The current 20×9 ET58.5 reference sits far from many generic truck-wheel positions. A much lower offset moves the wheel outward and can change clearance at the fender line. A much higher offset moves it inward and can reduce room at suspension and brake components. Ask for the exact wheel drawing, not simply a PCD label, when the application includes a wider tire and nonstandard suspension.
Wheel Selection Scenarios for Cybertruck Programs
20 inch replacement direction
If you manage a replacement-led stock plan, keep a 20×9 program close to the 20 inch reference. Keep the tire diameter near the established package and request the supplier drawing for offset, bore, brake clearance, and load capability. The goal is consistent replacement fitment, not a dramatic stance change. For a broader sourcing conversation, Wheels for Tesla provide a relevant starting category after the application record receives a review. For a diameter-specific shortlist, 20 inch alloy wheels keep the conversation aligned with the replacement direction.
18 inch off road direction
An 18×9 ET55 direction uses an LT285/75R18 tire reference. The additional sidewall can appeal to distributors and retailers planning a rough-surface package, though wheel diameter alone does not establish caliper clearance. Before you commit to this direction, confirm the wheel barrel and spoke profile against the actual brake assembly, then check full steering and suspension movement with the final tire. 18 inch alloy wheels can support initial product screening, subject to that vehicle-level review.
22 inch visual direction
A 22×9 ET55 direction uses a lower-profile LT285/55R22 tire reference. This selection places more emphasis on appearance and paved-road use, so tire availability, wheel protection, and clearance under compression deserve close attention. When you quote this direction, compare the exact 22 inch wheel drawing with the intended tire package. Each choice needs its own fitment confirmation before shipment.
Construction and Sourcing Paths
A performance-focused quotation may begin with forged monoblock wheels. The construction route does not replace the vehicle application review. Match the final size, PCD, offset, center bore, load target, and brake clearance to the order record. If you need a six-lug source, you can also screen 6×139.7 wheels, then narrow the selection using the same vehicle-specific checks. You still need the final vehicle application record before confirmation.
Common Cybertruck Fitment Mistakes
Treating every 6×139.7 truck wheel as a direct match. A shared PCD does not control hub support, wheel position, brake space, tire clearance, and load capability. Use the complete vehicle specification set before assigning stock.
Ignoring the 84.1 mm hub interface. A wheel with a different center-bore relationship may not center correctly at the hub. Confirm the hub-centric arrangement and approved hardware with the wheel manufacturer.
Using appearance-led offset without a clearance plan. A wheel that sits too far outward can contact the fender area under compression. A wheel that sits too far inward can limit space near suspension and brake parts. Compare the final tire package before ordering.
Changing tire diameter without checking vehicle systems. A large tire change can affect clearance and displayed speed information. Inspect the full steering range and suspension movement with the chosen tire before release.
Overlooking modified suspension. Lift, leveling, and other suspension changes reshape the available clearance envelope. Request the final suspension and tire specification at quotation stage, not after the wheel reaches the installer.
Inventory and Quotation Control
When you carry mixed truck inventory, keep Cybertruck wheels separate from generic six-lug stock until the application record is complete. Capture model year, drive configuration, target wheel diameter, tire size, suspension condition, brake package, and intended work cycle. This detail gives sales teams a cleaner quotation, helps installers prepare the right hardware, and reduces reverse-logistics exposure after delivery.
Final Thoughts
For Cybertruck stock planning, the 2023 to 2026 6×139.7 pattern gives a clear starting filter, while the 20×9 ET58.5 reference and 84.1 mm hub interface shape the real fitment decision. KIPARDO helps wheel businesses turn those details into a usable sourcing brief. Send us the model year, drive configuration, target diameter, tire plan, suspension condition, and intended use, and we can review the order path with you before production planning.
Frequently Asked Questions
What is the Tesla Cybertruck bolt pattern?
Tesla Cybertruck uses a 6×139.7 bolt pattern for the 2023 through 2026 model years covered here. The first number identifies six mounting holes, while 139.7 mm identifies the pitch-circle diameter. That figure starts a parts search, yet it does not approve a wheel by itself. Confirm the hub interface, offset, width, brake space, tire package, hardware, and load capability before installation.
