For years, supporters argued that electric drivetrains require far less maintenance than internal-combustion trucks. Skeptics warned that battery degradation and expensive out-of-warranty repairs would eventually erase any ownership savings.
Now, early adopters are beginning to cross the kind of mileage thresholds that provide hard, real-world answers instead of internet speculation.
One F-150 Lightning owner reported that his 2023 Ford F-150 Lightning has officially crossed the 150,000-mile mark. According to Ethan, the truck has required only one wheel bearing replacement and one ball joint replacement over its entire lifespan so far.
And remarkably, the truck is still riding on its factory-original brake pads.
“Just wanted to give an update, 150 thousand miles in…”
“I have still only done one wheel bearing and one ball joint.”
And the detail that caught the most attention:
“Still on the original brake pads.”
Ethan also noted that a previous charging hiccup,
Ethan also noted that a previous charging hiccup, where the truck appeared to stall at an 85% state of charge before abruptly jumping to 100%, ultimately proved to be a minor software anomaly rather than a catastrophic hardware failure.
The “Tug Hill” Factor: This Isn’t a Garage Queen
One passing comment in Ethan’s forum post deserves special attention, as it answers the immediate question of how the truck was driven.
“still used and abused and kept outside all year round in the tug hill region.”
For readers unfamiliar with upstate New York geography, the Tug Hill Plateau is notorious for getting some of the most aggressive, heaviest lake-effect snowfall totals in the United States every single winter.
That doesn’t make the truck bulletproof,
That doesn’t make the truck bulletproof, but it confirms one vital reality: this wasn’t a pampered, fair-weather commuter car stashed inside a climate-controlled garage. It has endured brutal sub-freezing winters, road salt, and constant thermal cycling outdoors.
The Real Cost of EV Maintenance
The significance of Ethan’s update is how inexpensive those repairs actually are.
To put his maintenance log into perspective based on current OEM parts pricing:
- A replacement OEM front wheel bearing/hub assembly for a 2022-2025 Lightning typically runs between $138 and $300 for the part.
- A replacement OEM lower ball joint typically costs around $80 to $92.
Compare that to the brake pads. A front brake pad replacement job on an F-150 Lightning generally costs between $271 and $328 (parts and labor).
In a traditional gas-powered truck driven aggressively in harsh weather for 150,000 miles, an owner might replace the brake pads three or four times. Thanks to the Lightning’s regenerative braking, which uses the electric motors to slow the vehicle and capture energy, Ethan has likely saved roughly $1,000 in brake maintenance alone, easily offsetting the cost of his single wheel bearing and ball joint.
Why High-Mileage EV Stories Matter Right Now
Ethan’s story lands right as the broader used
Ethan’s story lands right as the broader used electric truck market gains surprising momentum. Buyers appear to be watching these high-mileage reports closely.
- Sales Velocity: According to a Ford Authority report citing Bloomberg and Edmunds data, used F-150 Lightnings are turning in roughly 20 days, compared with approximately 44 days for the average used vehicle.
- Pricing Trends: That same report indicates average used Lightning prices have climbed about 4% year-to-date to around $50,000.
- Dealer Demand: A parallel report from Electrekhighlights strong dealer appetite, with some franchise locations opting to retail used Lightnings on their own lots rather than sending them to wholesale auctions.
- Market Valuations:CarGurus market data pegs average used F-150 Lightning pricing at $48,100, with values ticking up 1.25% over a 30-day window and showing a 6.71% year-over-year increase.
These metrics don’t imply that every used EV is a flawless purchase. However, they strongly indicate that used vehicle shoppers are shedding their initial hesitation as verifiable high-mileage success stories pile up.
The Owner’s Experience Mirrors Part of My Own
As a former Lightning owner, Ethan’s update immediately caught my eye.
During the 47,000 miles I logged on my own F-150 Lightning, my out-of-pocket maintenance costs remained strictly at zero. It required zero mechanical repairs, was still rolling on its original factory tires, and consistently averaged 2.1 miles per kilowatt-hour despite heavy workloads hauling lumber, towing utility trailers,tackling long-distance Texas road trips, and launching a pontoon boat.
While my former truck covered less than one-third
While my former truck covered less than one-third of Ethan’s current odometer total, our combined experiences represent nearly 200,000 cumulative miles of real-world Lightning operation without a single trace of the catastrophic electrical or drivetrain failures predicted by early critics.
Two trucks do not constitute a massive scientific study. But they provide transparent, ground-level operational data.
The Operating Cost Math: Electric vs. Gas Over 150,000 Miles
Maintenance is only half of the total cost equation. Fuel is where the long-term math gets interesting.
Using my former Lightning’s lifetime efficiency average
Using my former Lightning’s lifetime efficiency average of 2.1 mi/kWh as a baseline benchmark, traveling 150,000 miles consumes roughly 71,400 kWh of electricity. (Note: Ethan did not track exact lifetime efficiency figures for his vehicle, so his personal consumption may vary).
Now, compare that energy footprint against a traditional gasoline-powered F-150 averaging 18 mpg (a realistic mixed-driving number for a high-mileage working truck). Over 150,000 miles, that gas truck burns through roughly 8,333 gallons of gasoline.
- $3.00 per gallon: ~$25,000 in fuel
- $3.50 per gallon: ~$29,000 in fuel
- $4.00 per gallon: ~$33,000 in fuel
While residential electricity rates vary wildly by utility provider and home solar setup (such as my own 3.4 kW array), the operating-cost delta explains why high-mileage EV owners monitor charging costs as closely as tire wear. By the time a truck reaches 150,000 miles, avoiding the gas pump can save an owner tens of thousands of dollars.
The Battery Health Question: Fact vs. Estimate
Naturally, battery health is the first question
Naturally, battery health is the first question on every reader’s mind when an EV hits high mileage.
Ethan estimates that his battery pack has likely degraded by roughly 5%, though he is quick to clarify that this is an informal estimate because the pack has not yet been subjected to a formal diagnostic test.
In the forum thread discussion, fellow members even offered to run comprehensive battery telemetry if Ethan provided his VIN. So while the vehicle’s odometer milestone is verified by the owner, the exact battery degradation figure remains an educated estimate rather than a lab-tested metric.
The Takeaway for Used EV Shoppers
Skeptics will rightly point out that a single
Skeptics will rightly point out that a single truck cannot speak for every F-150 Lightning on asphalt. Individual driving environments, towing loads, and charging habits dictate longevity.
Even so, six-figure ownership benchmarks are becoming increasingly difficult for the automotive community to dismiss. This doesn’t permanently settle the endless EV-versus-ICE debate. What it does is add another rock-solid data point to a conversation that was once entirely theoretical.
For Ethan, the tally reads cleanly: 150,000 miles, one wheel bearing, one ball joint, original brake pads, and a working truck that continues pulling daily dutythrough brutal winters.
For anyone currently eyeing the used electric truck
For anyone currently eyeing the used electric truck market, that is the exact kind of ownership longevity report worth bookmarking.
Would you rather buy a 150,000-mile F-150 Lightning or a 150,000-mile gasoline F-150 at the same price point? Drop your thoughts in the comments below.
Blake Lowry is a tech forward automotive enthusiast with a background in software development and animation working with clients such as Car & Driver, Hot Wheels, Google, Microsoft and the History Channel where he contributed on various interactive experiences. Blake’s automotive passion is centered around his hands-on experience with electric cars and trucks, alternative/green energy and practical applications in the real world. At Torque News, Blake’s articles focus on Ford F-150 Lightning, Chevrolet Silverado EV, GMC Sierra EV, Rivian R1T, Ford F-150 PowerBoost, Ford Maverick hybrid, Chevy Bolt and Slate Truck coverage.
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