Tesla is recalling a small number of Cybertrucks because a wheel stud can separate from the wheel hub, creating a safety risk that could affect vehicle control. The recall involves certain 2024 through 2026 Tesla Cybertruck vehicles equipped with 18-inch steel wheels.
According to the official NHTSA Safety Recall Report 26V255, the brake rotor stud holes may crack. If cracking grows during continued use, the wheel stud can separate from the wheel hub. That can increase the risk of a crash, especially if the vehicle is driven over rough roads, potholes, or during sharp cornering.
The recall affects 173 vehicles, making it narrow compared with many national auto recalls. But the defect itself is serious because wheels, hubs, rotors, studs, and lug nuts are core safety parts. A failure in this area is not a comfort issue or a software inconvenience. It involves the hardware that keeps the wheel attached and the vehicle stable.
What Part Is Failing?
The issue is tied to the brake rotor stud holes. Wheel studs pass through or align with the wheel and hub assembly so lug nuts can secure the wheel. When everything is manufactured and torqued correctly, the wheel remains clamped firmly to the hub.
In affected Cybertrucks, cracks can form around the rotor stud holes. Tesla told NHTSA that higher-severity road impacts and cornering can strain the stud-hole area. If the cracks continue to propagate, a wheel stud may separate from the hub.
That may sound like a small mechanical detail, but it matters. Wheel studs and lug nuts are part of the clamping system that holds the wheel in place. Any loss of clamping force or stud integrity can create vibration, looseness, abnormal loading, and possible loss of control.
Which Cybertrucks Are Affected?
The recall covers certain 2024, 2025, and 2026 Cybertrucks equipped with 18-inch steel wheels. Multiple reports identified the vehicles as Rear-Wheel Drive Long Range Cybertrucks, a small production run that Tesla later stopped producing.
The Associated Press reported that the recall affects 173 Cybertrucks from model years 2024 through 2026 and that the issue involves cracking in the wheel rotor that could cause the wheel stud to detach from the hub. Tesla said it was not aware of crashes, injuries, or fatalities linked to the issue.
Owners should not rely only on online descriptions to decide whether their truck is affected. The safest step is to check the vehicle identification number through the NHTSA recall lookup tool or through Tesla’s official service system.
Why the Recall Is Physical, Not Over-the-Air
Many Tesla recalls are software-related and can be fixed through an over-the-air update. This one is different. A cracked rotor-stud area or a wheel-stud retention issue cannot be corrected by software.
Tesla’s remedy is to replace the affected front and rear brake rotors, hubs, and lug nuts at no cost to owners. That means owners must schedule physical service, and the repair requires parts and technician work.
This distinction matters because Tesla has become known for remote software fixes. But some vehicle safety problems remain old-fashioned mechanical failures. When a wheel-attachment component is involved, the repair happens in a service bay, not through a download.
Why Wheel-Stud Problems Are Dangerous
A wheel stud helps hold the wheel securely to the vehicle. If one stud loosens, breaks, or separates, the remaining studs may take on additional stress. That can create vibration, uneven load, wheel wobble, brake-rotor stress, and greater risk of additional fastener failure.
In normal driving, the forces on wheels are high. During cornering, braking, acceleration, bumps, potholes, curb strikes, off-road travel, or heavy loading, the forces rise even more. The Cybertruck is a heavy vehicle, and wheel-end components must handle substantial loads.
A wheel that is not properly secured can compromise steering, braking, and stability. Even if the wheel does not fully detach, looseness at the hub can make the vehicle harder to control and increase crash risk.
How the Defect Was Found
Tesla reported the issue to NHTSA after identifying the defect and reviewing warranty claims. The Verge reported that Tesla identified three warranty claims potentially related to the problem and that the company said it was not aware of any collisions, injuries, or deaths connected to the recall.
The NHTSA filing says the recall condition involves cracking that may originate at the brake rotor stud holes. It also states that production of the affected vehicles stopped on November 25, 2025, due to limited demand for Cybertrucks equipped with 18-inch steel wheels.
That detail is unusual because it reveals how small this variant’s production run was. The recall affects all 173 vehicles in that group, according to multiple reports.
The Grease and Torque-Retention Issue
Wired reported that the defect involved improperly applied grease on lug nuts, which could reduce friction and affect torque retention under high-load conditions. Reduced friction can change how a fastener behaves when tightened and used under stress.
In vehicle wheel assemblies, torque matters because lug nuts must create the correct clamping force. Too little effective clamp load can allow movement. Too much or uneven stress can damage components. If a manufacturing issue affects friction, torque, or retention, it can create stress concentrations around the stud holes.
Tesla’s recall remedy replaces the relevant hardware rather than asking owners to simply retorque the wheels. That suggests the concern is not only a loose lug nut but damage or vulnerability in the rotor and hub assembly.
Why Rough Roads and Cornering Matter
Tesla’s recall language points to higher-severity road perturbations and cornering as conditions that can strain the affected parts. In plain language, that means bumps, road impacts, potholes, uneven surfaces, and turning forces can make the defect more likely to show up.
A truck like the Cybertruck may be driven on highways, city streets, construction areas, gravel roads, campsites, and rougher terrain. Even if most owners use it as a daily vehicle, the design has to tolerate significant wheel loads.
If a wheel-end component is already vulnerable, real-world road stress can turn a small crack into a bigger failure.
What Owners Should Do Now
Affected owners should schedule the recall repair with Tesla as soon as possible. The repair is free and involves replacing the front and rear brake rotors, hubs, and lug nuts.
Owners should also watch for warning signs such as unusual wheel vibration, clunking, wobbling, clicking, steering pull, brake pulsation, grinding noises, or a feeling that the vehicle is unstable after hitting bumps. Any such symptoms should be treated seriously.
If an owner suspects a wheel or hub issue, they should avoid driving the vehicle until it is inspected. A wheel-stud defect is not something to monitor casually while continuing long trips.
Why Owners Should Check Their VIN
Because the recall affects only a specific subset of Cybertrucks, most Cybertruck owners may not be included. The most reliable way to know is to use the VIN.
The NHTSA recall lookup page lets owners enter a VIN and see open safety recalls. Tesla owners can also check through Tesla’s app or contact Tesla service.
VIN checking is especially important for used vehicles. A buyer may not know whether a Cybertruck has open recalls or whether the repair was completed. Anyone buying a used Cybertruck should request service records and check the recall status before purchase.
Why This Recall Adds to Cybertruck Scrutiny
The Cybertruck has drawn intense attention since launch because of its unusual stainless-steel design, high-profile rollout, and repeated recalls. Some Cybertruck recalls have involved software, while others have involved physical parts.
The latest recall is narrow, but it adds to the perception that Tesla’s first electric pickup has faced a rough quality-control path. Reports have counted this as one of several Cybertruck recalls involving issues such as accelerator pedal trim, exterior trim panels, inverter problems, camera-related faults, and now wheel-end hardware.
For Tesla supporters, a 173-vehicle recall may show that the company is catching and fixing a specific defect. For critics, the recall reinforces concerns that the Cybertruck reached customers while manufacturing and design issues were still being worked out.
Why Small Recalls Still Matter
It is easy to dismiss a recall involving only 173 vehicles. But the size of a recall does not always match the seriousness of the hazard. A million-vehicle recall for a label error may be less urgent than a small recall for a defect that could affect steering, braking, or wheel retention.
This recall involves components tied to the wheel and braking assembly. That makes it important even if the affected population is small.
For the individual owner, the risk is personal. If your vehicle is included, the fact that only 172 other vehicles are affected does not make the defect less relevant.
Why Tesla’s Service Response Matters
The repair requires Tesla to replace physical components, so parts availability and service scheduling matter. Owners will judge Tesla not only by the recall notice but also by how quickly the company can complete repairs.
A smooth recall experience can reassure owners. A delayed repair can increase frustration, especially for a vehicle that may be expensive, relatively new, and important for daily use.
Tesla’s direct-sales and service model gives the company more control over communication with owners through the app, email, and service centers. That can help if the company uses those channels clearly and quickly.
What Drivers Should Avoid Before Repair
Owners who know their Cybertruck is affected should avoid unnecessary hard use until the repair is completed. That may include aggressive cornering, heavy loading, rough-road driving, off-road use, or long trips where service access is limited.
This does not mean every affected vehicle is about to fail. It means the risk is serious enough that the manufacturer issued a safety recall, and the safest path is to complete the remedy quickly.
Drivers should also avoid attempting home fixes, aftermarket parts swaps, or simple retorquing as a substitute for the official recall repair. The recall remedy replaces the affected hardware because the problem involves possible cracking and separation, not just a loose fastener.
Why Wheel Hardware Requires Precision
Wheel hardware is designed around exact materials, dimensions, surface finishes, torque values, friction conditions, and load paths. A small manufacturing or assembly issue can change how stress moves through the parts.
That is why recalls involving studs, hubs, rotors, and lug nuts are taken seriously. These parts may look simple, but they operate under repeated high loads and thermal cycles. Braking heats the rotor. Road impacts stress the hub. Cornering loads the wheel laterally. Acceleration and braking add torque.
A defect in this system can grow over time, especially if cracks develop and continue spreading with use.
The Broader Lesson for EV Buyers
Electric vehicles have fewer traditional engine parts, but they are still complex machines. They still rely on brakes, tires, suspension, steering, hubs, wheels, fasteners, sensors, structural components, and high-voltage systems.
Software updates can solve many EV problems, but they cannot replace good manufacturing quality in physical components. The Cybertruck recall is a reminder that EV safety is not only about batteries and driver-assistance technology. Basic mechanical integrity still matters.
For buyers, the lesson is to take all recalls seriously, even for high-tech vehicles.
Why Recall Completion Rates Matter
Issuing a recall is only the first step. The safety benefit comes when owners actually complete the repair. Some recalls remain open for years because owners miss notices, sell vehicles, delay service, or assume the issue is not urgent.
For a wheel-stud defect, delay is risky. Owners should confirm recall status, schedule service, and keep documentation after the repair.
Used-car buyers should check for open recalls before purchase because recall responsibility follows the vehicle, not just the original owner.
Final Takeaway
Tesla is recalling 173 Cybertrucks from model years 2024 through 2026 equipped with 18-inch steel wheels because brake rotor stud holes may crack and allow a wheel stud to separate from the wheel hub. The defect can increase crash risk, especially under road impacts or cornering loads.
The recall is narrow, but the issue is serious because it involves wheel-retention hardware. Tesla will replace the front and rear brake rotors, hubs, and lug nuts free of charge. The repair cannot be handled by an over-the-air software update.
Cybertruck owners should check their VIN through NHTSA or Tesla, schedule service if affected, and avoid ignoring symptoms such as unusual wheel vibration, wobble, clunking, or instability. A wheel-stud problem is not a cosmetic flaw. It is a safety defect that deserves quick repair.
