Zach drives people around Nairobi for a living. FRANCE 24 asked him why he swapped a petrol car for an electric one, and he answered in shillings. A full charge costs him 300 and covers 100 kilometres. Petrol at 221 shillings a litre, he says, gets him about 60. That is the entire argument, and it arrived because pump prices in Kenya rose 50 percent this year rather than because anybody persuaded him of anything.
The same mechanism keeps showing up with different numbers attached. Thai PBS World reports one driver's monthly running cost falling to about 1,800 baht from something between 10,000 and 20,000 on fuel. At the Bangkok exhibition, bookings ran to at least 11,000 cars over ten days, up from 6,500 a year earlier.
But Thailand also shows what happens after the consumer maths is settled, and it is less comfortable. About 140,000 EVs were registered there in the first seven months of 2026, and the report says over 60 percent were imported, mostly from China. Under the ASEAN-China free trade agreement, fully built Chinese EVs enter at zero import duty. The excise difference, 2 percent for locally produced cars against 10 percent for imports, is not enough, industry figures argue, to make anyone build them locally. The country that called itself the Detroit of Asia is on course to become a very large showroom.
Japan is the counter-example, and Jack Scarlett's account after three months there is more sympathetic than the usual verdict. He reports seeing almost no EVs at all, one new Leaf and a handful of electric kei cars, and effectively no charging infrastructure. He also points out that offshore wind is hard because the water off Japan gets very deep very quickly, and onshore wind is hard because every flat, livable piece of ground is already occupied. None of that excuses Honda cancelling its Zero series or Mazda's second EV being a rebadged Changan. It does explain why the home market never applied the pressure.
What to watch is whether anyone gets an affordable car to the places where the maths already works. State of Charge just took a $29,990 Chevrolet Bolt 243 miles on a single highway charge. That car is the answer to the Kenyan taxi driver's question, and GM has already scheduled it to stop being built in late 2027.
Kenyan Petrol Rose 50 Percent, and the Taxis Switched
FRANCE 24 reports that petrol prices in Kenya have risen 50 percent this year, and that the response has not only been fewer car buyers but a visible shift to electric among motorcyclists and drivers. Zach, who drives people through Nairobi's traffic for a living, gives the comparison that made the decision for him: 300 shillings fills his battery and takes him 100 kilometres, while petrol at 221 shillings a litre covers about 60.
The report focuses on local assembly rather than imports. A Dutch-Ethiopian engineer interviewed on camera designs vehicles specifically for unpaved roads, and fits them with in-car generators so batteries can be charged where infrastructure is missing and the grid is unreliable. His argument is straightforward: Kenya imports fuel at high cost and the end customer pays for it, and there is more than enough sun on the continent to charge from instead. The cheapest of his models, the report says, costs about as much as an imported second-hand Japanese petrol car, which is the price point that actually matters in that market.
On infrastructure, the report says Nairobi is expected to introduce new tax incentives and has promised 10,000 charging stations by 2030, against just 40 two years ago. That is an enormous multiple, and the promise is worth watching rather than banking. But the demand side of this story is not speculative. It is a working driver reading his own receipts.
Three Months in Japan, and Almost No Electric Cars
Jack Scarlett spent four months away, one in Vietnam and three in Japan, renting kei cars and driving through rural regions, and returned with an observation that surprises him: there are still staggeringly few EVs in Japan. He says he saw one new Nissan Leaf, a handful of electric kei cars, and the occasional Model S or electric Macan in the wealthier parts of Tokyo, alongside effectively no charging infrastructure.
His explanation is geographic as much as corporate. Offshore wind is difficult because the sea floor drops away steeply close to the coast, unlike the shallow shelf around Britain. Onshore wind is difficult because, as he puts it, every flat livable piece of ground is already occupied. Japan imports nearly all of its fuel, which leaves it exposed, and yet the domestic market has generated almost no pressure for electrification. He also notes Japan never adopted the crossover: buyers there choose kei cars or minivans, both of which are already efficient.
He is not letting the manufacturers off. He describes Honda cancelling its Zero series at the eleventh hour after enormous spending as frightening, and points out that Mazda's second EV, the 6e, is a rebadged Changan once you take the badges off. He and Robert Llewellyn also discuss the global picture: sales rising sharply in Brazil and Ethiopia, flat or falling in the US, and Norway's near-total adoption attributed not to environmental conviction but to removing purchase tax from EVs and adding it to petrol cars.
The Detroit of Asia Is Becoming a Showroom
Thai PBS World reports at least 11,000 cars booked over the ten days of a Bangkok motor exhibition, up from 6,500 the year before, with buyers interviewed on camera citing running costs. One driver says his monthly travel spend has fallen to about 1,800 baht from somewhere between 10,000 and 20,000 on petrol.
The structural problem sits behind that demand. According to the Electric Vehicle Association of Thailand, about 140,000 electric vehicles were registered in the first seven months of 2026, and the report says over 60 percent of them were imported, mostly from China. Under the ASEAN-China free trade agreement, fully built EVs imported from China face zero import duty. There is an excise difference, 2 percent for locally produced EVs against 10 percent for imports, but industry leaders quoted in the piece say the gap is not large enough to persuade manufacturers to build in Thailand. One warns that firms with 40-year-old Thai plants have already begun importing from China instead.
The report frames this as a competitive problem as much as a tax one. Vietnam has strong state support for domestic EV production and Indonesia is using incentives to attract battery and supply chain investment. Analysts interviewed argue Thailand needs to move up the value chain into design, testing and research rather than defending assembly alone, and to tighten local content rules, if the Detroit of Asia label is going to survive the transition.
243 Miles at 70 mph, for $29,990
State of Charge's Tom Moloughney took a 2027 Chevrolet Bolt LT out on the New Jersey Turnpike for his standard constant 70 mph highway range test. The car carries a 65 kilowatt hour LFP pack on 17-inch wheels with Michelin all-seasons, and is rated by the EPA at 262 miles combined, 232 highway and 294 city.
It finished at 243.1 miles with 1 percent showing, having used 66.6 kilowatt hours at a final 3.6 miles per kilowatt hour. The quarters were consistent: 63.1 miles then 64, both at 3.8 miles per kilowatt hour with a following wind, then 58.2 and 57.8 after he turned north into a 6 to 7 mph crosswind that dropped consumption to 3.7 and then 3.6. He argues from the energy used that the pack holds more than the 65 kilowatt hours GM claims, closer to 68 or 69, and reckons he could have squeezed out another four or five miles.
One oddity: he says this is the first vehicle he has tested whose speedometer reads slow rather than fast, so he set cruise control to 69 mph to travel a true 70. The pricing is the headline. The LT starts at $28,995 and the car he drove, with the $995 comfort package, lists at $29,990. It has a native NACS inlet, which he says all 2027 GM vehicles will now carry, and charges 10 to 80 percent in under 30 minutes. Bolt production is scheduled to end in late 2027 after an 18-month run.
Aptera Announced a Camping Kit and Almost Nothing Else
Aptera has published a teaser introducing a camping kit for its solar electric vehicle. It is a music-led piece with no narration, and we want to be straight about what that means: no specifications, no pricing, no availability date and no component list are stated anywhere in the video. There is nothing here to fact-check, because there are no facts on offer yet.
It is worth flagging anyway, because of all the accessory categories a solar vehicle could enter, this is the one that makes the most sense on paper. A camping kit is the use case where a car that generates its own power stops being a curiosity and starts being genuinely useful, since the constraint at a remote campsite is not range but whether anything is available to plug into. That is the same argument behind the 120-volt outlets buyers now expect in electric trucks and SUVs, and Aptera starts from a better position than most, because the panels are already on the vehicle.
The company has been more transparent than most lately on the numbers that matter. Last week's independently instrumented three-day solar test, run by an outside certification firm rather than in-house, is the standard we would like applied here too. Whatever this kit turns out to be, the questions are how much it weighs, what it costs, what it costs in aerodynamic drag, and how much of the daily solar yield it consumes. We will cover it properly when Aptera publishes those.
Bottom line: Sixteen years of environmental argument moved fewer people than one year of Kenyan pump prices. That should be uncomfortable reading for anyone who has spent that time making the case on climate grounds, and it is also the most useful piece of information in this edition: adoption follows the household budget, almost everywhere, almost without exception. Which makes the Bolt's cancellation date the real story here. A $30,000 car that covers 243 highway miles is the product this moment is asking for, and it has an expiry date on it.
Commentary on third-party videos. Figures and claims are as presented in the sources and have not been independently verified. Spotted an error? Tell us and we will correct it.