Tag Archives: Tesla

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Tesla Model 3 Survives Arctic Chill in Real-World Cabin Heat Test

Winter can be brutal, but for Canadian YouTuber FrozenTesla, it became the perfect laboratory. On one of the coldest nights of the season—temperatures plunging to a bone-chilling −37 °C—he decided to see just how resilient a 2024 Tesla Model 3 Long Range All-Wheel Drive could be when it came to keeping passengers warm while stranded.

The experiment was straightforward but telling. FrozenTesla parked his Model 3 outside around 11 p.m. with an 80 percent battery charge, activated Camping Mode, and set the cabin HVAC system to a modest 60 °F. While not exactly tropical, the temperature would be sufficient to stave off frostbite over an extended night outdoors.

Over the next 12 hours, the Model 3 quietly battled the Arctic chill. After nine hours, the battery had dropped 30 percent. By the end of the test, the state of charge read 40 percent—meaning the car used roughly 40 percent of its battery simply to keep the interior habitable. Remarkably, the vehicle’s systems continued to function normally: the trunk opened, the windows operated without issue, and even the charging port cover didn’t seize in the extreme cold.

When the test concluded, FrozenTesla brought the car inside to recharge. Restoring the battery to 80 percent required 36 kWh of energy—roughly 3 kWh per hour—translating to a cost of $6.80 at the average U.S. electricity rate of $0.189/kWh. In practical terms, the Model 3 consumed about 3.33 percent of its battery per hour to maintain warmth. That means a driver with just 30 percent of charge could expect up to nine hours of cabin heat before running out of power—but six to seven hours would be a safer window to preserve enough energy to reach a charger or home.

FrozenTesla’s experiment is more than a YouTube stunt; it’s a revealing look at what electric vehicles can offer in extreme conditions. While most EV owners might not face sub-zero temperatures this severe, the test underscores that modern Teslas can handle both climate control and functionality even in a harsh winter freeze—making them surprisingly practical for cold-weather adventures.

Source: Frozen Tesla via YouTube

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Tesla Strips the Model Y to Save It

Tesla has quietly re-shuffled the deck on its most important car, and the result is a Model Y that promises more range for less money—provided you’re willing to live without a few of the creature comforts that once defined the brand’s minimalist-meets-premium vibe.

The company has introduced a Long Range Rear-Wheel Drive version of its newly pared-back Model Y, ditching the “Standard” label in the process. In the UK, it starts at £44,990, which is £3000 more than the base rear-drive version but a crucial £4000 cheaper than the model it effectively replaces. Step up to Premium trim and you’re looking at £48,990, still a notable undercut of the outgoing Long Range Model Y.

That pricing drop isn’t just a spreadsheet exercise—it places Tesla’s German-built crossover squarely in the firing line of Europe’s EV establishment, notably the Skoda Enyaq and Audi Q4 E-tron. In other words, Tesla is no longer pricing itself like the disruptor; it’s playing the mainstream game now.

Range Up, Cost Down

The headline number is 383 miles of WLTP range from the Long Range RWD, which is just four miles less than the previous version despite using what’s understood to be the same 82-kWh battery pack. Tesla, as ever, won’t confirm that figure, but the implication is clear: efficiency gains have done the heavy lifting.

The standard Rear-Wheel Drive model isn’t left out either. It now claims 314 miles, a three-mile bump Tesla attributes to the car’s lighter curb weight—lightened, in no small part, by the aggressive cost-cutting elsewhere.

Where Tesla Found the Savings

To hit that new, lower price point, Tesla has taken a scalpel to the Model Y’s spec sheet. Out go the full-width front and rear light bars, replaced by simpler split units. The panoramic glass roof is gone. The clever frequency-selective dampers give way to basic passive suspension.

Inside, the faux-leather upholstery is swapped for cloth, the center console is smaller, and the sound system drops from nine speakers to seven. Rear passengers lose their touchscreen, and Tesla’s wonderfully dramatic Bioweapon Defense Mode for the air filtration system is no longer part of the deal.

Even the steering wheel loses its power adjustment, now set manually, and the physical key fob is gone—you’ll unlock your Model Y entirely through the Tesla smartphone app. Minimalism, meet margin protection.

Still Trying to Look Premium

Interestingly, while the base Model Y in markets like the US rides on 18-inch wheels, the UK car gets 19-inch Crossflow alloys. Tesla says it’s about protecting residual values, but let’s be honest—it’s also about making sure the entry-level Model Y doesn’t look quite so entry-level on the driveway.

What’s Next?

Tesla has already applied this same stripped-back strategy to the Model 3, and a Long Range version of that car is widely expected to follow. If this pricing logic holds, it could become one of the most compelling electric sedans on the European market—especially as rivals struggle to keep costs in check.

For now, the new Model Y Long Range RWD sends a clear message: Tesla is done chasing luxury margins and is doubling down on what made it powerful in the first place—range, performance, and aggressive pricing, even if that means sacrificing a few of the bells and whistles along the way.

And in today’s EV battleground, that might just be the smartest move yet.

Source: Tesla

News

Tesla Semi Enters Full Production at Last

By the time Tesla’s Semi rolls into full production this year, it will have taken one of the longest victory laps in modern automotive history. Nearly ten years after Elon Musk first pulled the wraps off the futuristic electric big rig in 2017, Tesla now says the Semi is finally ready for true mass production and customer deliveries. And, for the first time, we have a clear picture of what the production-spec truck actually is.

The short version? It’s big, it’s powerful, it’s very fast to charge—and it’s probably not going to be cheap.

Two Trucks, One Mission: Kill Diesel

Tesla will sell the Semi in two flavors: Standard Range and Long Range. Both are rated for a gross combined vehicle weight of 37.2 tons (about 82,000 pounds), meaning they’re designed to haul a full-size trailer without excuses. Underneath, both versions use a tri-motor drivetrain producing 800 kW, or 1072 horsepower—a figure that would have sounded absurd in trucking a decade ago, but now sits at the heart of Tesla’s diesel-disrupting pitch.

The Standard Range Semi is rated for 523 km (325 miles) on a full load. The tractor itself weighs about 9 tons, leaving room for a 28-ton payload, and Tesla claims an energy consumption of 1.7 kWh per mile—an impressively low number for something that can tow a small apartment building down the highway.

Step up to the Long Range Semi and the range jumps to 805 km (500 miles). Tesla still won’t officially say how big the battery is, but at the same consumption rate, it works out to roughly 900 kWh—which is about 13 times the capacity of a Model Y. The tradeoff is weight: the tractor grows to 10.5 tons, cutting payload to 26.7 tons. For long-haul operators, though, that extra range will likely be worth the hit.

Megawatts, Not Kilowatts

The Semi’s other headline feature is charging. Both versions use the Megawatt Charging System (MCS 3.2), allowing peak charging power of up to 1.2 megawatts. That’s not a typo. Tesla says the battery can go from empty to 60 percent in just 30 minutes, roughly the length of a mandated driver break. In theory, that makes the Semi viable for real-world freight cycles, not just short shuttle routes.

Tesla has also built in an electric power take-off (ePTO) system delivering up to 25 kW, letting the truck run refrigerated trailers, hydraulic systems, or other auxiliary equipment without firing up a diesel generator. It’s a small detail that matters a lot in commercial use.

The Slow Road to Production

This isn’t Tesla’s first time building Semis. Limited production started back in late 2022, with early trucks going to PepsiCo, followed by smaller fleets at Walmart and DHL Supply Chain. Those pilot programs were essentially rolling test beds, feeding data back to Tesla while the company ironed out the last production wrinkles.

Now Tesla says it’s ready to scale up, turning what was once a flashy prototype into an actual product you can order.

The Price Nobody Wants to Talk About

And that brings us to the elephant in the loading dock: price.

Tesla is staying silent, but history gives us some clues. Back in 2017, Musk promised a $150,000 price for a roughly 300-mile Semi and $180,000 for the 500-mile version. Those numbers look downright quaint in 2026, given inflation, battery costs, and the simple fact that the Long Range Semi now packs a battery larger than most houses.

One indirect hint came from Ryder, which quietly cut its Semi order from 42 trucks to 18 while keeping the total budget at $7.5 million. Do the math and you’re looking at something north of $400,000 per truck—a far cry from the original promise.

Even with sticker shock, the Tesla Semi is shaping up to be one of the most important EVs on the road. With over 1000 horsepower, megawatt-level charging, and real-world range numbers that make long-haul electrification plausible, it’s no longer just a Silicon Valley science project.

After almost a decade of waiting, Tesla’s electric big rig is finally ready to do what it was always meant to do: take on diesel where it actually counts—on the open road, hauling real cargo, for real customers.

Source: Tesla