
Test-Driving The 2025 BYD Seal: Is It Dog Friendly?
Matthew MacConnell
Rather than potter around in this week's press car, a BYD Sealion 7, I thought I'd pit it against my two extra-furry dogs who emit litres of saliva, require the chilliest of environments, and need acres to get comfortable. They're not the biggest dogs, but they could be amongst the pickiest.
Before diving into the dog tests, the Sealion 7 is Chinese manufacturer BYD's Coupe SUV. Buyers can choose from three trim levels: Comfort, Design AWD, and Excellence AWD, the latter being my loaner. Power ranges from 308 to 522bhp while range is between 283-312 miles depending on trim.
It's packed with standard tech like heated seats and steering wheel, adaptive cruise control, a 360-degree camera, a 12-speaker Dynaudio sound system, electric front seats and much more. Think of the BYD Sealion 7 as a Tesla Model Y competitor.
As the 522bhp suggests - it's fast. The 4.5 second 0-to-62mph time, as the rear badge indicates, is believable. Still, it's a biggish, tall SUV weighing 2267kg - you won't lose any Porsches through the bends, but it is a family car, after all.
Drive modes include: normal, eco, sport and snow. But the BYD Sealion 7 is best left in normal or eco mode, returning a 3.0mi/kWh average while going to and from various dog parks.
BYD Sealion 7
BYD
The rotating 15.6-inch touchscreen is vibrant and quick, while buttons on the centre console give quick access to climate controls. Visibility isn't great, but we'll come to that later. And finally, the build quality is excellent. You'd need to dig deep to find any scratchy plastics.
Up first is two-year-old 27kg Shepkita, Chloe. My wife and I rescued this precious soul when she was just eight months old. She came from a bad background and fears sudden movements, loud noises and vans.
She's incredibly cheeky, alarmingly chomps through snacks and enjoys the odd TV remote. Similarly, she adores other dogs and is learning to love people.
Chloe the Shepkita and Freya the Siberian Husky
Matthew MacConnell
Dog two is two-year-old 20kg Siberian Husky, Freya. Like her sister, Freya was adopted from a shelter. We don't know much about her past, but like most huskies, she enjoys arguing. She's deeply affectionate towards humans and screams when she spots other dogs. She's a sucker for cucumber, loves being carried around, and enjoys intensely staring at people with her blue eyes.
Both dogs enjoy walkies, but did they like the BYD Sealion 7?
Being a coupe, the BYD Sealion 7 won't match a Kia EV9 or a BMW iX on dog friendliness. Still, the 520-litre boot was big enough for both dogs, but not together.
If your dog is large and is confident with cars, they should have no issue scaling the BYD Sealion 7's boot lip. Ours struggled and had to be lifted, but luckily, the BYD has a double-height boot floor, which is ideal for giving bigger pups more room.
Chloe the Shepkita in the BYD Sealion 7's boot
Matthew MacConnell
Once inside, our Shepkita had enough room to manoeuvre and get comfortable. Our Siberian Husky is happy sleeping almost anywhere, so felt instantly at home in the BYD's boot. However, larger dogs will struggle for headroom because of the BYD Sealion 7's rakish roofline.
The BYD also features adjustable rear seatbacks; these tilt forward to give Max the Great Dane more space. This eats into rear occupancy comfort, but dog comfort is more important.
Two anchor points allow humans to secure harnesses, while the back seat gets ISOFIX points.
Because the BYD isn't a seven-seater, there are no vents in the boot, which can be worrying in hotter temperatures. But there are vents in the second row, and because we often get cold, despite the outside temperature being circa 20 degrees, we'd shut the front vents, which channel more air to the rear, cooling both our dogs.
If you are like us, you'll probably carry various dog toys, chews, bowls and leashes. Therefore, you'll be happy to see a storage net and a deep underfloor cubby. Similarly, there's a 'frunk', so your dog won't need to fend off the electric snake (charging cable) whenever a sharp corner arrives.
Accompanying your woofer is a subwoofer and two rear speakers. We wafted from park to park while listening to low-volume classic music. Soon enough, both dogs would drift off to sleep. Aiding this was the Sealion 7's superb noise insulation. At 62mph, my sound device recorded a 64db average, putting it on par with a BMW i5 M60. The nifty foot wave sensor under the rear bumper meant I could hold one dog's leash without looking for the boot release switch.
It's good. But it's not the best electric SUV coupe available. Remember, this is a new-to-market SUV and BYD will make improvements as the Sealion 7's life continues. It's not the most efficient, and the screen is a little confusing at first, but not many electric coupe SUVs cater for two medium dogs.
The Excellence has heaps of straight-line punch, and although the 311-mile range figure is somewhat impressive, it'll return between 260-280 miles in reality.
BYD Sealion 7
Matthew MacConnell
I drove the BYD a lot during my loan week. It turned many heads, conjured conversations, was fun to drive and comfortable, and most importantly, my picky dogs were happy being chauffeured in it.
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


Atlantic
3 hours ago
- Atlantic
The End of Ford as We Know It
Last year, Ford CEO Jim Farley commuted in a car that wasn't made by his own company. In an effort to scope out the competition, Farley spent six months driving around in a Xiaomi SU7. The Chinese-made electric sedan is one of the world's most impressive cars: It can accelerate faster than many Porsches, has a giant touch screen that lets you turn off the lights at your house, and comes with a built-in AI assistant —all for roughly $30,000 in China. 'It's fantastic,' Farley said about the Xiaomi SU7 on a podcast last fall. 'I don't want to give it up.' Farley has openly feared what might happen to Ford if more Americans can get behind the wheel of the Xiaomi SU7. Ford was able to import a Xiaomi from Shanghai for testing purposes, but for now, regular Americans cannot buy the SU7 or another one of the many affordable and highly advanced EVs made in China. Stiff tariffs and restrictions on Chinese technology have kept them out of the U.S. If things changed, Ford—along with all other automakers in the U.S.—would be in serious danger. Chinese EVs can be so cheap and high tech that they risk outcompeting all cars, not just electric ones. In the rest of the world, traditional automakers are already struggling as Chinese cars hit the market. In Europe, Chinese brands now have roughly as much share of the market as Mercedes-Benz. 'We are in a global competition with China,' Farley said earlier this year. 'And if we lose this, we do not have a future at Ford.' It might sound a bit overblown. American auto executives delivered similar warnings about Japan in the '80s —and Ford's still standing today. But this week, Ford signaled in unusually clear terms for the auto industry, that it sees China as an existential threat. At a Ford factory in Louisville, Kentucky, Farley announced a series of drastic countermeasures to begin making cheaper electric cars that can compete with Xiaomi and other Chinese companies. The changes are so fundamental that Ford is retooling the assembly line itself—the very thing Henry Ford used to get the world motoring a century ago. Ford's answer to China starts with—what else?—a pickup truck. In 2027, the Louisville plant will produce a new electric truck starting at $30,000. By today's standards, this would be one of the cheapest new EVs you can buy in America. It will cost far less than Ford's current electric truck, the F-150 Lightning Pro, which starts around $55,000. Plenty of Americans might get excited about a decent, affordable electric truck. But what's more important than the price is how it'll be made. Ford's other EVs, like the F-150 Lightning and electric Mustang Mach-E, were heavily adapted from existing gas-powered models. Those vehicles are built by cobbling together a hodgepodge of individual components that evolved independently of one another over time, like a house that's been slowly renovated several times across decades. Retrofitting a design for a big, expensive EV battery comes with all kinds of compromises, including high costs. Ford realized early on that it was spending billions of dollars on wiring, among other things, that its competitors such as Tesla didn't need to deal with, because their electric cars are purpose-built from the ground up. No wonder, then, that Ford's electric division has racked up $2 billion in losses in just the first half of this year alone. Ford's approach with its new truck is more like bulldozing the entire house and starting from scratch. A small team full of former Tesla and Apple engineers, working out of California, designed the process. The new truck will be made with 20 percent fewer parts than a traditional gas vehicle, Ford has said, and half as many cooling hoses. The company has 'no illusion that we have one whiz-bang idea' to keep costs down, Alan Clarke, Ford's head of advanced EV development, who spent a dozen years as a top Tesla engineer, told me. 'We've had to do hundreds of things to be able to meet this price point.' For Ford, a single $30,000 electric truck is hardly a sufficient answer to China's inexpensive EVs. The bigger development might be the factory itself. Besides adding robots, the company's assembly line hadn't changed much since the days of Henry Ford. At the revamped Louisville plant, Ford is using what it's calling an 'assembly tree' system: three 'branches' where the vehicle's battery and major body parts converge to make the car with fewer parts. By doing so, Ford says, it'll crank out trucks up to 15 percent more quickly than the plant's current vehicles. It's one factory and one vehicle for now, Clarke said, but if successful, this approach could spread throughout Ford. 'It is certainly the future of EV-making, one way or another,' he said. In some ways, Ford is simply catching up to what China has already been doing. 'Broadly, what Ford announced this week is already being done—just not by them,' Tu Le, the founder of Sino Auto Insights, a research firm, told me. With EVs, the battery became the most expensive part of a vehicle—so carmakers, starting with Tesla, began to rethink how body parts and other components were made and come together to cut costs. China ran with many of those ideas. Ford's plans will be challenging to pull off. China has immense government subsidies, a huge pool of engineering talent, the world's best battery technology, and ultra-low labor costs. (A Reuters analysis of BYD, the Chinese EV giant, indicates that its workers are paid roughly $850 per month.) Meanwhile, Donald Trump's One Big Beautiful Bill Act just gutted many EV subsidies and incentives that would have helped America catch up to China. Legacy automakers have made big promises before about a forthcoming EV revolution, only to retreat, retrench, and rethink when things got hard, or when they got a pass from environmental regulators. Last year, Ford canceled a large electric SUV, and its current EV lineup is getting old while competitors like General Motors have been rolling out new models all of the time. Ford's new truck is at least two years away, and China isn't waiting around. Chinese EVs are surging in developing countries like Nepal, Sri Lanka, Djibouti, an d Ethiopia —where more limited gasoline infrastructure and lower EV-maintenance costs make them especially appealing. That competition is bad news for a company like Ford, which builds and sells cars all over the world. Ford's new car is designed to be exported as well, though the automaker won't say where yet. A lot is riding on a $30,000 truck. As Chinese EVs take over the world, keeping them out of the U.S. becomes a tougher and tougher sell. It's not hard to imagine a company like BYD eventually getting the go-ahead to build a factory in the U.S. 'I see a Chinese EV being built in the U.S. within Trump's current term,' Le predicted. Those cars won't be as dirt cheap as they are in China when built with American labor, but they would still be considerably more advanced. Henry Ford's company once reinvented how cars were built. The most alarming possibility for Ford is that it could do so all over again—and somehow, even that might not be enough.


New York Post
5 hours ago
- New York Post
Intel shares skyrocket following report Trump admin is mulling taking stake in chipmaker
The Trump administration is in talks with Intel to have the US government potentially take a stake in the chipmaker, Bloomberg News reported on Thursday, citing people familiar with the plan. Shares of the company rose nearly 7%. The plan stems from a meeting this week between President Trump and Intel CEO Lip-Bu Tan, the report added. The plan stems from a meeting this week between President Trump and Intel CEO Lip-Bu Tan, the report added. Getty Images This comes after Trump publicly demanded the resignation of Tan over his past investments in Chinese tech companies, some linked to the Chinese military. The White House and Intel did not immediately respond to requests for comment from Reuters.
Yahoo
6 hours ago
- Yahoo
Cathie Wood buys $13.4 million of surprising tech stock
Cathie Wood buys $13.4 million of surprising tech stock originally appeared on TheStreet. Cathie Wood didn't name-drop it, but her massive $13.4 million bet on low-profile robotaxi stock sent a quiet signal across the autonomy space. Though Tesla and Waymo come to mind when you think of robotaxis, ARK Invest is placing its chips elsewhere. 💵💰💰💵 This under-the-radar bet isn't just testing driverless cars; it's already in the game in the world's busiest cities. At this point, it is one of the clearest pure-plays on robotaxis going commercial, and Wood's massive trades might say more than she's letting on. Why Cathie Wood is all-in on robotaxis Cathie Wood's all-in on robotaxis, and she views it as one of the clearest long-term plays out there. In ARK's playbook, autonomy is a once-in-a-generation opportunity, turning point-to-point travel into a software platform. Its Big Ideas 2025 report models robotaxis running at just 25 cents per mile at could become a game-changer from today's prices, driving mass adoption. ARK sees 2025 to 2030 as a critical commercialization window. By the decade's end, it projects a global fleet of nearly 50 million robotaxis, with Tesla and Waymo expected to claim the lion's share. The long-term payoff is tremendous; ARK's deck sketches a whopping $34 trillion in enterprise value if the ramp occurs. Additionally, Wood calls Tesla's push 'the largest (applied) AI project on earth,' underscoring the strength of its data flywheel, safety edge, and the ability to undercut human ride-hailing. Cathie Wood buys $13.37 million of stock Cathie Wood's ARK Invest shelled out $13.37 million on August 12, scooping up shares of Chinese robotaxi upstart For Wood, represents the cleanest 'pure-play' bet in autonomy. What sets apart from the rest is that it's hitting two key levers, including fully driverless operations and manufacturable scale. On top of that, it's doing it in highly conducive places that show a strong appetite for instance, last month, the company landed a marquee win, where it got the green light to run fully driverless, fare-charging rides in Shanghai's Pudong core. That's a major stamp of approval in one of the busiest urban zones in China. Moreover, Pony claims to be the only provider running fully driverless robotaxis in all four of China's tier-one cities. At the same time, it's ramping its next-generation Gen-7 vehicles into mass production with 200+ already built, and 1,000 targeted by the end of the year. Hardware costs are dropping at an encouraging pace as well. Pony says its latest self-driving tech is roughly 70% cheaper, which brings the cost down to roughly $41,000 per vehicle. On top of that, they're also getting a lot more efficient, with just one remote assistant needed for every 30 cars. It's also building city-by-city, working with local partners and regulators. Moreover, it's tapping into Uber's powerful aggregator platform for overseas expansion, including Middle East pilots shifting into high gear. On the back of the recent positive developments, stock is up 12.45% in the past month, but roughly flat YTD (+0.07%). That said, Cathie Wood might see asymmetric upside in Pony stock compared to diversified names like Tesla, aligning well with ARK's autonomy mega-theme. Cathie Wood sells popular defense stock, adds flying car stock In addition to the stake, Cathie Wood's ARK Invest made other eye-catching moves on August 12, dumping a hot defense stock while doubling down on flying cars. ARK dumped $18.49 million worth of Kratos Defense stock, after it surged close to 17% post-earnings. Kratos hit a new 52-week high, and Wood will have sensed an opportunity to lock in gains. At the same time, she kept the innovation bets rolling. More News: JPMorgan drops 3-word verdict on Amazon stock post-earnings Billionaire Bill Ackman floats bold fix for the housing market crisis Goldman Sachs revamps Nvidia stock price target ahead of earnings ARK added $3.15 million to Archer Aviation, a frontrunner of the flying car industry, which has been riding a wave of investor interest. Across ARKK, ARKQ, and ARKX, the funds scooped up 330,122 shares of Archer. It's still pre-revenue, but Archer's sitting on a colossal $1.70 billion in its cash till, making big bets on commercial air taxis and military aircraft. Elsewhere, Wood's biotech buying spree continued. ARK dropped $1.83 million in Caris Life Sciences, $2.45 million in Illumina, and $1 million in Exact Sciences. Conversely, she trimmed more from Guardant Health, selling $5.88 million, and cut $7 million from Natera. These developments show Wood is reshuffling the deck, trimming into rallies, while sticking with high-upside conviction Wood buys $13.4 million of surprising tech stock first appeared on TheStreet on Aug 13, 2025 This story was originally reported by TheStreet on Aug 13, 2025, where it first appeared. Error in retrieving data Sign in to access your portfolio Error in retrieving data Error in retrieving data Error in retrieving data Error in retrieving data