If you have ever looked across a canyon at a town you could practically shout to, then spent the next hour driving all the way around to reach it, you already understand the problem China just solved in Guizhou. The province is basically one enormous pile of mountains and gorges, the kind of place where two spots sitting a mile apart as the crow flies can be half a day apart by road. So engineers did the thing that sounds unhinged right up until you see the photos: they strung a four-lane highway 625 meters (2,050 feet) over the Beipan River and called it a shortcut.<\/p>\n
The Huajiang Grand Canyon Bridge opened to traffic on September 28, 2025, and it turned a drive that used to eat two hours of white-knuckle switchbacks into a two-minute cruise across open air. The deck sits higher above the river than the Empire State Building stands above the street. It is held up by about 22,000 tons of steel, roughly three Eiffel Towers worth of the stuff, and it is the highest bridge anyone has ever built. TIME named it one of the world’s greatest places for 2026<\/a>, which is a polite way of saying people now fly across the planet to drive over a gorge they used to drive around.<\/p>\n The headline number is the height of the deck above the water: 625 meters, or about 2,050 feet. For scale, that deck sits higher than the Empire State Building is tall, higher than One World Trade Center, and somewhere around six Statues of Liberty stacked nose to torch. It is also close to twice the height of the Eiffel Tower, which becomes a recurring theme with this bridge.<\/p>\n If you want to get pedantic about it, and bridge engineers absolutely do, the official record is even bigger. After the bridge opened, Guinness World Records sent an adjudicator out with measuring gear, and in April 2026 it certified the height at 626.01 meters<\/a> following repeated measurements. The sign bolted to the bridge still reads 625m, so that is the figure most people quote, but the number on the books is a full meter taller. Either way it cleared the previous champion with room to spare. That was the Duge Bridge, also called the Beipanjiang Bridge, which crosses the same river about 120 miles upstream at a now-modest 565 meters.<\/p>\n Building a road that high over a canyon is less about brute force and more about not dropping anything. The deck is a steel-truss suspension design: cables strung between two towers, with a stiff steel lattice forming the roadway underneath. That truss is assembled from 93 separate steel segments that weigh about 22,000 tons all together. The Eiffel Tower uses around 7,300 tons of steel, so the deck alone is roughly three of them melted down and re-hung in the air.<\/p>\n The two towers holding it up are not even the same size, because the canyon walls are not. The northern tower rises 262 meters (860 feet); the southern one, planted on steeper ground, only needs to reach 205 meters. Engineers anchored the suspension cables into solid rock, which is the entire reason a suspension design works here in the first place. Each main cable is spun from tens of thousands of high-strength steel wires rated to 2,000 megapascals, the kind of tensile strength that shrugs off a canyon crosswind.<\/p>\n Getting the steel into position was the hard part. Crews used what the project’s senior engineer Wu Chaoming described as the largest span cable-hoisting system ever built, which in practice is a colossal cable crane slung between the two towers that ferried each multi-ton girder out over the gorge and lowered it into place. They tracked the whole operation with China’s BeiDou satellites and drones, and ran a Doppler LiDAR rig to read the wind in three dimensions before committing to a lift. Then, before a single car was allowed across, engineers ran a load test in late August 2025<\/a>, parking 96 trucks weighing more than 3,300 tons combined onto the deck to see if it flinched. It did not.<\/p>\n The wild part is the bill. China built this in about three years for roughly $280 million. For comparison, the Gordie Howe International Bridge between Detroit and Windsor took more than seven years and stands barely a third as tall. There are real reasons for that gap, including the environmental reviews, land negotiations, and political wrangling that Western megaprojects answer to and a centrally directed Chinese build largely does not. It is the same story we have watched in China’s race to out-build America on clean-power megaprojects<\/a>. But the sticker shock is the sticker shock.<\/p>\n Here is the context that makes the Huajiang bridge make sense: it is not a one-off stunt. Guizhou is home to something like 32,000 bridges, up from around 2,900 in the 1980s, and nearly half of the world’s 100 tallest bridges sit inside this single province. Locals have a saying that there is “no three feet of level ground” in Guizhou, which is barely an exaggeration when more than 90% of the place is mountains and hills. The terrain that makes it gorgeous, the reason people call it the “Switzerland of China,” is exactly what kept it poor and cut off for most of its history.<\/p>\n Bridges are how Beijing has been trying to fix that. Guizhou was one of the country’s poorest provinces, isolated by its karst geology, and the government has leaned on roads and bridges as a poverty-alleviation tool. The logic is simple enough: you cannot ship produce, run a business, or get to a hospital across a gorge you have to drive two hours around. The Huajiang bridge drops a previously stranded stretch of the S57 Liuzhi\u2013Anlong Expressway into the national highway grid. None of it is cheap or simple, and the towers alone swallowed enormous quantities of the high-cement, load-bearing concrete that not every kind of sand can even produce<\/a>. If hanging a highway in the sky still sounds like a lot, it is of a piece with what China has been doing elsewhere, like the two-lake “water battery” it is stacking on a Tibetan mountain<\/a> to bank a day’s worth of electricity.<\/p>\n Records are fun, but the bridge earns its keep on the ground. More than 2.3 million tourists had already turned up by the spring of 2026, pulled in by a glass-floored walkway slung under the deck, a glass elevator running up one of the towers to a caf\u00e9, and what is billed as the world’s highest bungee jump off the side. If your idea of a good afternoon is leaping off the tallest bridge on Earth, the line forms over there.<\/p>\n For the people who actually live in the canyon, the payoff has less to do with adrenaline and more to do with everything a fast road quietly unlocks. NPR reported in June 2026<\/a> that the wave of investment which arrived with the bridge also brought high-speed internet to the region, and residents are now using 5G to run guesthouses and take bookings online. A drive that used to mean two hours of switchbacks, the kind prone to rockfalls, is now the boring part of getting to school, to a doctor, or to a job in the nearest city. That is the real trade: a world record on top, an ordinary commute underneath.<\/p>\n There is a temptation to file the Huajiang bridge under “wild thing China built” and move on, and the photos certainly encourage it. But the most impressive number is not the 625 meters or the 22,000 tons. It is the two minutes. Engineers spent three years and $280 million hanging a road in the sky, and the entire point was to make crossing it feel completely unremarkable. For the folks who used to drive the long way around, unremarkable is the luxury.<\/p>\n","protected":false},"excerpt":{"rendered":" If you have ever looked across a canyon at a town you could practically shout to, then spent the next … <\/p>\nHigher than the Empire State Building, on purpose<\/h2>\n
How you hang 22,000 tons of steel over a 600-meter drop<\/h2>\n
Guizhou already has 32,000 bridges, and that is a strategy<\/h2>\n
What a two-minute crossing actually buys<\/h2>\n