Tesla is making a small change to its mobile app that could be more meaningful than it first appears — especially for owners who regularly remove, reinstall or replace their wheel covers.
With Tesla app version 4.60.5, Tesla is preparing a simpler way for owners to switch between wheel covers on and wheel covers off without digging through the vehicle's wheel configuration menu.
At first glance, this sounds like a minor visual update.
But there's an important reason to pay attention:
Tesla doesn't treat wheel configuration as purely cosmetic. It can affect the vehicle's range estimates. (Not a Tesla App)
And for Tesla owners choosing between factory aero covers, exposed wheels and aftermarket wheel covers, that makes this update particularly interesting.
What's Changing in the Tesla App?
Until now, changing the wheel configuration on a Tesla has generally required going into:
Controls → Service → Wheel & Tire → Wheels
There, owners can select the wheel configuration installed on their vehicle.
Tesla uses that selection to update the wheel appearance shown on the vehicle visualization, but the setting does more than change the picture of your car.
Tesla's own owner's manual says changing the wheel configuration can affect range estimates, tire-pressure warning levels and vehicle visualization. (Tesla)
With Tesla app 4.60.5, the company is preparing to make one common change much easier.
Instead of treating the covered and uncovered versions as completely separate wheel choices, owners should be able to switch more easily between:
Wheel Covers On
and
Wheel Covers Off
The feature was identified as an undocumented change in Tesla app 4.60.5, released on September 4, 2026. (Not a Tesla App)
It's a small interface improvement.
But it highlights something Tesla owners have been debating for years:
Do wheel covers actually make enough of an efficiency difference to matter?
Why Does Tesla Care Whether Your Wheel Covers Are On?
Because wheels interact directly with the air moving around the vehicle.
At highway speeds, a rotating wheel creates aerodynamic turbulence.
Open wheel designs may look great, but air moving through and around the spokes can contribute to aerodynamic drag.
A more enclosed aerodynamic wheel cover can help manage that airflow.
Tesla itself recommends keeping aero wheel covers installed, when equipped, as one of its tips for maximizing range. (Tesla)
That doesn't mean installing any wheel cover automatically increases range.
The aerodynamic design of the cover matters.
But it does explain why Tesla pays attention to wheel configuration in the first place.
Wheel Covers Aren't Just About Appearance
For many Tesla owners, wheel covers are primarily a styling decision.
Factory aero covers are designed with efficiency in mind, but not everyone likes the way they look.
Remove them and the wheels underneath can have a cleaner or sportier appearance.
Aftermarket wheel covers take the idea further, giving owners designs inspired by performance wheels without requiring a complete wheel replacement.
But that creates a trade-off Tesla owners often worry about:
Can I change the look of my wheels without sacrificing range?
That's where things become more interesting.
A wheel cover can potentially serve three purposes:
Change the appearance of the wheel
Protect more of the factory wheel surface
Influence airflow around the rotating wheel
The challenge is balancing all three.
A great-looking wheel cover isn't necessarily aerodynamic.
And an aerodynamic cover isn't necessarily a design every owner wants on their car.
How Much Range Do Tesla Aero Covers Actually Add?
There's no single percentage that applies to every Tesla, wheel, speed and driving condition.
The effect depends on factors including:
-
Vehicle model
-
Wheel size
-
Cover design
-
Tire
-
Driving speed
-
Temperature
-
Wind
-
Road conditions
-
Tire pressure
Speed is especially important.
Aerodynamic drag becomes increasingly significant as vehicle speed rises, which means the effect of an aerodynamic wheel design tends to matter more during sustained highway driving than during low-speed city driving.
This is also why claims like:
“Wheel covers add 10% range.”
should be treated carefully unless the company provides repeatable test conditions and data.
The better question isn't:
How many miles does a wheel cover add?
It's:
How much does this specific wheel-cover design change energy consumption under controlled conditions?
Why Wh/mi Matters More Than the Battery Percentage
If you want to know whether a wheel cover actually improves efficiency, watching the battery percentage isn't enough.
A more useful metric is:
Wh/mi — Watt-hours per mile
This tells you how much battery energy the vehicle is using to travel one mile.
For example, imagine the same Tesla is tested under comparable conditions:
Without covers: 260 Wh/mi
With covers: 250 Wh/mi
The covered configuration is using less energy to travel the same distance.
That difference can then be used to estimate the potential effect on range.
But a proper test should control as many variables as possible.
The same car.
The same tires.
The same tire pressure.
The same route.
The same speed.
Similar weather.
And ideally multiple runs in both directions to reduce the effect of wind and elevation.
Without that methodology, small efficiency differences can easily be mistaken for aerodynamic improvements.
What About Aftermarket Tesla Wheel Covers?
This is where Tesla's new wheel-cover toggle becomes particularly relevant for owners who modify their wheels.
Aftermarket wheel covers are extremely popular because they can dramatically change the appearance of a Tesla without the cost of replacing the entire wheel.
A Model Y owner, for example, may want the aggressive appearance of a performance-style wheel while keeping the lighter factory wheel underneath.
But owners frequently ask:
Will aftermarket wheel covers reduce my range?
The answer depends on the design.
An aftermarket cover with good aerodynamic characteristics could potentially retain much of the efficiency benefit associated with a more enclosed wheel surface.
A poorly designed cover could do the opposite.
That's why aftermarket wheel covers shouldn't all be treated as aerodynamically identical.
The only convincing answer is testing.
Should You Change the Tesla Wheel Setting After Installing Aftermarket Covers?
This is where some nuance is important.
Tesla's wheel configuration system is designed around wheel configurations Tesla recognizes.
Tesla's owner's manuals instruct owners who install or swap wheels to select the matching wheel configuration so the vehicle can provide more accurate status information. Tesla also warns that non-Tesla-approved wheels can create risks and are not covered by Tesla's responsibility for resulting damage. (Tesla)
That does not mean Tesla has a calibrated efficiency profile for every aftermarket wheel cover.
So if you install an aftermarket cover, you shouldn't assume that selecting a visually similar Tesla wheel configuration will make the range estimate more accurate.
The car doesn't automatically know the aerodynamic characteristics of an aftermarket cover simply because it looks similar to an OEM design.
For most owners, the most useful efficiency measurement remains the vehicle's actual energy consumption over repeated drives.
Estimated Range and Real-World Range Aren't the Same Thing
This distinction is important.
Changing a Tesla wheel configuration can change the vehicle's estimated range calculation.
That doesn't mean changing a setting physically changes how far the car can drive.
The physical difference comes from the actual hardware:
wheel design + wheel cover + tire + aerodynamic behavior + driving conditions.
The software setting helps Tesla calculate an estimate appropriate for the recognized configuration.
Think of it this way:
Software configuration
Changes what the vehicle expects.
Physical wheel configuration
Changes how the vehicle actually interacts with the road and air.
Ideally, those two should match as closely as possible.
Why Tesla Owners Care So Much About Wheel Efficiency
A small aerodynamic improvement might sound insignificant.
But EV owners tend to notice efficiency changes more than drivers of gasoline vehicles because energy consumption is constantly visible on the screen.
Tesla owners can see their Wh/mi.
They can see projected arrival battery percentage.
They can compare trip efficiency.
They can watch consumption change with temperature, speed and wind.
Tesla also emphasizes tires and aerodynamics in its own range guidance. The company recommends maintaining the correct tire pressure and keeping aero covers installed on vehicles equipped with them. (Tesla)
That makes wheels unusually important in the Tesla aftermarket.
Owners don't just ask:Does it look better?
They also ask:What does it do to my range?
Style vs. Efficiency Doesn't Have to Be an Either/Or Decision
This is ultimately the opportunity aftermarket wheel covers are trying to solve.
Many Tesla owners like the efficiency of their factory wheel setup but want something visually more aggressive.
Replacing the entire wheel can be expensive.
Larger performance wheels may also change weight, tire characteristics and aerodynamic behavior.
A wheel cover offers another route:
Keep the factory wheel underneath. Change the appearance on top.
For example, performance-inspired designs can give a Model 3 or Model Y a more aggressive appearance without requiring a complete wheel replacement.
That's one reason we've seen continued interest in Uberturbine-style Tesla wheel covers and similar designs among owners.
But appearance shouldn't be the only consideration.
A good aftermarket wheel cover needs to balance:
Design
Secure fit
Factory-wheel protection
Durability
Aerodynamic efficiency
That's also why we believe wheel-cover manufacturers should be publishing more real-world efficiency testing instead of relying only on visual comparisons.
How We Think Aftermarket Wheel Covers Should Be Tested
At Yeslak, we think the useful comparison isn't simply:
Wheel cover vs. no wheel cover.
Tesla owners considering an aftermarket design actually want to know:
If I replace my factory aero cover with this better-looking aftermarket cover, what happens to efficiency?
That requires three configurations:
1. Factory Wheel Without Aero Cover
Provides a baseline for the exposed wheel.
2. Tesla Factory Aero Cover
Shows the efficiency of the OEM configuration.
3. Aftermarket Wheel Cover
Shows whether the alternative design maintains, improves or reduces efficiency relative to the other two.
The test should use the same vehicle, tires, tire pressures, route and target speed.
Highway testing is particularly valuable because aerodynamic differences become more meaningful as speed increases.
And instead of publishing only an estimated number of extra miles, the results should show the actual:
Wh/mi
Percentage difference
Test speed
Distance
Temperature
Wind conditions
Tire pressure
That's the kind of data that allows Tesla owners to make an informed decision.
What Tesla's New Toggle Really Tells Us
The new Tesla app feature isn't revolutionary by itself.
It's a convenience feature.
But the thinking behind it is more interesting.
Tesla recognizes that owners remove and reinstall wheel covers.
Tesla already accounts for wheel configuration when calculating vehicle information such as estimated range. (Not a Tesla App)
And Tesla's own range guidance recommends installing aero wheel covers when the vehicle is equipped with them. (Tesla)
Taken together, the message is clear:
Wheels and wheel covers aren't purely cosmetic on an EV.
Their aerodynamic characteristics can matter.
The question for aftermarket manufacturers is no longer simply whether they can make a Tesla look better.
It's whether they can do that without unnecessarily sacrificing the efficiency that made the factory setup effective in the first place.
Yeslak's Take
Tesla making it easier to switch between wheel covers on and off might look like one of those tiny app changes most owners will barely notice.
We think it represents something bigger.
Tesla owners increasingly want both:
Efficiency and personalization.
They don't necessarily want to choose between an efficient factory-looking wheel and an aggressive aftermarket design.
That's exactly where the next generation of Tesla wheel covers needs to improve.
Good design shouldn't stop at appearance.
Fitment, retention, wheel protection and aerodynamic behavior all matter.
And when a manufacturer claims its wheel covers improve or maintain efficiency, owners should expect to see real test data behind that claim.
Tesla has already made wheel configuration part of its range-estimation logic.
Now it's up to the aftermarket industry to get more serious about proving what different wheel-cover designs actually do on the road.
FAQ
Do Tesla wheel covers improve range?
Aerodynamic wheel covers can reduce airflow disruption around the wheels and may improve efficiency, particularly at highway speeds. However, the effect varies by vehicle, wheel design, cover design and driving conditions. Tesla itself recommends keeping aero wheel covers installed on vehicles equipped with them as part of its range guidance. (Tesla)
Does removing Tesla aero covers reduce range?
It can reduce efficiency because the exposed wheel may create more aerodynamic drag. The size of the difference depends on the specific vehicle, wheel and driving conditions.
Why does Tesla need to know which wheels are installed?
Tesla says changing the vehicle's wheel configuration can affect range estimates, tire-pressure warning levels and the vehicle visualization. (Tesla)
Does changing the wheel setting actually increase range?
No. Changing the software setting doesn't physically make the vehicle more efficient. It helps Tesla calculate information based on the selected configuration. Actual efficiency depends on the physical wheels, tires, covers and driving conditions.
Do aftermarket Tesla wheel covers affect range?
Potentially. Different cover designs can interact with airflow differently. You shouldn't assume that every aftermarket cover improves—or reduces—range by the same amount. Controlled testing is the best way to measure the difference.
Should I select a different Tesla wheel configuration after installing aftermarket wheel covers?
Don't assume a visually similar OEM wheel setting accurately represents an aftermarket cover. Tesla's configurations are based on recognized wheel setups, while an aftermarket design may have different aerodynamic characteristics. Follow Tesla's applicable wheel-configuration guidance and the accessory manufacturer's fitment instructions.
