A Cybertruck driver said a 1,000-mile Dallas-to-Florida trip required roughly 11 Supercharger stops, and the number sounds worse until the charging curve is added back in. I checked the road-trip report, Tesla's Cybertruck charging specs, the Cybertruck manual, and State of Charge's DC fast-charge analysis. The useful finding is simple: Tesla's route logic may favor more short stops because the Cybertruck adds the next useful 50-100 miles far faster at a low state of charge than it does higher in the pack.
The driver, posting as LDRHAWKE on a Cybertruck forum, said the trip was his first real education in long-distance Cybertruck charging. At first, he asked Grok to plan the shortest, fastest route from Dallas back to Florida using Tesla Superchargers. The answer surprised him: about 11 charging stops over roughly 1,000 miles.
The pattern frustrated him at first. Then the logic started to make sense. He said the Cybertruck was often charging in the roughly 5% to 50% range because that is where the charging rate is strongest. Some stops were about 10 minutes, while others stretched closer to 40 minutes.
The route was not necessarily trying to minimize the number of stops. It was trying to minimize wasted charging time.
What Torque News Checked
Torque News checked the forum road-trip report and the comment thread. One commenter said the range question is often the wrong question for EV road trips. Another said he disliked the "splash and dash" approach and preferred his GMC Sierra EV for long trips. Another pointed to the Hyundai Ioniq 5's ability to hold high charging power deeper into the pack.
Those comments are useful because they show the real buyer split. Some drivers like quick, frequent stops. Others would rather stop less often, even if each stop is longer.
Torque News also checked Tesla's official Cybertruck page. Tesla lists the Cybertruck AWD at 325 miles of range and says it can add up to 137 miles in 15 minutes under the right conditions.
The charging-curve data explains why the route looked odd. EVChargingStations, using State of Charge test data, reported that a 2024 Tesla Cybertruck AWD tested at a Tesla V3.5 Supercharger peaked at 323 kW. The truck exceeded 300 kW only briefly, between about 12% and 21% state of charge. The 10-80% session took 35 minutes and 4 seconds.
The more important data point is how quickly the truck adds usable miles. In that test, the Cybertruck needed about 4.2 minutes to add 50 miles of range. Adding 100 miles took about 9.3 minutes. Adding another 100 miles after that took more than 27 minutes.
Those three numbers explain why a short charging stop can be rational
If the next leg only requires another 80-120 miles, it can be faster to unplug early, drive to the next charger, and arrive low again. Staying plugged in to reach 70% or 80% may feel more comfortable, but the time cost rises as charging power falls.
This is why EV road trips often feel backwards to new owners. Gas drivers usually fill the tank because the pump speed stays mostly consistent. EV drivers are often better off taking only the energy they need for the next leg, especially when the vehicle charges fastest near the bottom of the pack.
Tesla's manual language supports part of that behavior. The Cybertruck manual says scheduled charging is ignored at fast chargers, including Tesla Superchargers. In its charging-locations guidance, Tesla also says that when navigating to a Supercharger, Cybertruck preconditions the battery to prepare for charging. That means the best results usually come when the truck knows where it is going and can arrive ready to charge.
The Cybertruck is not unusual in having a tapering charge curve. Most EVs charge fastest when the battery is lower and slow as the pack fills. What makes this case interesting is the emotional gap between what looks efficient to software and what feels efficient to a driver on a 1,000-mile day.
To a driver, 11 stops can sound exhausting. To route-planning software, 11 short stops may beat fewer long stops if each session stays in the strongest part of the curve.
The view he stuck around for
The driver ultimately came around to that view. He said that once he understood why the truck was doing it, he relaxed and enjoyed the ride. He estimated the EV trip added about an hour compared with an internal-combustion vehicle, but said it felt more relaxing.
That does not mean every driver will agree. The Sierra EV comment matters because trucks with larger packs can change the rhythm. A bigger battery may reduce stop count, even if the total charging picture depends on efficiency, charger power, speed, weather, towing, and route spacing. The Ioniq 5 comment matters for a different reason: some EVs hold high charging power deeper into the session, so their best road-trip strategy may feel different.
For Cybertruck shoppers, the lesson is practical. Do not judge the truck by the number of charging stops alone. Ask how long those stops are, what state of charge the truck arrives with, whether the route keeps it in the fast part of the curve, and whether your own driving style can tolerate short stops.
If the answer is yes, the Cybertruck's road-trip strategy can make sense. A 10-minute stop that adds the next useful leg is not a failure. It is the system using the pack where it charges best.
If the answer is no, and you prefer fewer interruptions even when the total time is close, then a bigger-pack EV truck or a vehicle with a flatter high-power charging curve may feel better on long trips.
The next time a Cybertruck route shows more stops than expected, the first question should not be "why can't it go farther?" It should be "how many minutes does each stop buy?" On an EV road trip, that number may matter more than the stop count.
Cybertruck owners, would you rather make more short Supercharger stops or fewer longer ones? Share your longest trip, stop count, and whether Tesla's routing matched how you wanted to drive.
Let us know in the comments below.
About The Author
Noah Washington is an automotive journalist based in Atlanta, Georgia, covering sports cars, luxury vehicles, and performance culture. His reporting focuses on explaining the engineering, design philosophy, and real-world ownership experience behind modern vehicles.
Noah has been immersed in the automotive world since his early teens, attending industry events and following the enthusiast communities that shape how cars are built and driven today. His work blends industry insight with enthusiastic storytelling, helping readers understand not just what a car is, but why it matters.
Noah is also a member of the Southeast Automotive Media Association (SAMA), a professional organization for automotive journalists and industry media in the Southeast.
His coverage regularly explores sports cars, luxury vehicles, and performance-driven segments of the automotive industry, including the evolving culture surrounding Formula Drift and enthusiast builds.
Read more of Noah's work on his author profile page.
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