Pinterest Stock Falls as CFO Julia Brau Donnelly Resigns 
Unitree Shares Plunge 45% After Blockbuster IPO, Raising China Tech Bubble Fears 
Meta Agrees to $18 Billion Settlement, Tightens Teen Social Media Rules 
Nvidia Revenue Soars 106% as AI Demand Hits ‘Inflection Point’ 
BofA Names ASML Top Semiconductor Equipment Pick on Growth, Valuation 
Countries Tighten Social Media Bans for Children 
SK Hynix Shares Fall as Workers Reject Wage Deal 
Nvidia Eyes Perplexity Investment at $30 Billion Valuation 
Samsung Shares Tumble 8% as $79 Billion Return Plan Disappoints 
HP Stock Drops 9% Despite Q3 Earnings Beat and Raised 2026 Outlook 
Google Changes EU Spam Policy Amid Antitrust Scrutiny 
OpenAI Data Center Chief Chris Malone Exits Ahead of Planned 2027 Listing 
SoftBank Eyes $20 Billion Bond Sale to Refinance OpenAI Loan 
New Zealand Moves to Ban Social Media for Children Under 16 
New Zealand Labour Backs Social Media Ban for Under-16s 
U.S. Probes Apex Logistics Over Nvidia AI Chip Shipments to China 
Add as a preferred source on Google
The tech industry is eagerly awaiting the day when passengers can hurtle from one end of the US to the other at the speed of sound on the Hyperloop. Based on the success of the most recent test, which involved the actual pod, this dream is one step closer to reality. Reaching speeds of 192mph, it’s not exactly supersonic, but it is a step in the right direction.
The whole premise behind the Hyperloop is putting a pod carriage inside a vacuum tube, where magnetic levitation (maglev) technology will propel it forward at top speeds of over 760mph. This would effectively cut land travel from Los Angeles to San Francisco in mere minutes. The recent test by Hyperloop One is still quite a bit slower than that, but it’s still impressive, WIRED notes.
Made of aluminum and carbon fiber, the pod that was placed inside the tube is 28 feet in length, has a semicircular circumference and has a front end that looks like a bird’s beak. The tube itself is made of concrete and spans 1,600 feet in length.
By reducing air pressure inside the tube to practically nothing and using maglev to reduce friction, the pod was able to hit near 200mph in five seconds. The crewmembers at Hyperloop One were incredibly happy with the results and CEO Shervin Pishevar even said that this marks the start of the transportation technology’s transition to commercialization.
"This is the dawn of the age of commercialization for the hyperloop,” he said.
Before anyone starts jumping in hysterics, however, it’s worth pointing out that the test highlighted quite a few compromises with regards to the technology’s initial goal. When Tesla CEO Elon Musk envisioned a day when transcontinental travel would only take a few hours, it involved a much smaller pod and an actual loop, hence the name.
As The Verge pointed out, however, some of these elements had to be changed. The pod is now the size of a bus and the vacuum tubes will likely not be a loop. This will significantly impact the efficiency and utility of the system, which might even make it more like a glorified bullet train than anything.
