AI | Explaining | Technology on Instagram: "China is building a high-speed Hyperloop train capable of 621 mph inside a vacuum pipeline. Using magnetic levitation, the train floats above the tracks, eliminating air resistance and slashing Beijing-to-Shanghai travel from 5 hours to just 30 minutes. Future plans aim to push speeds up to 3107 mph, redefining high-speed rail and vacuum transport. Follow for daily breakthroughs at the intersection of AI and technology @growthofai #hyperloop #magneticl

Swisspod Technologies on Instagram: "Last year in 60 seconds: built the largest hyperloop infrastructure, unveiled our first capsule, broke speed records, all with an all-star team 🫡💪🇺🇸"

EPIC on Instagram: "Last_wealth You're witnessing China's "T-Flight" hyperloop prototype accelerate a one-ton vehicle from zero to 435 mph in two seconds. Target speed: 621 mph--faster than commercial iets, on the ground. The pod floats on magnetic fields to eliminate friction. A linear synchronous motor-essentially an unwrappeo electric motor stretched along the track-creates a traveling magnetic field that propels it forward This is still a test platform Prototype speeds don't guarantee operat

Hardt Hyperloop on Instagram: "🚄 Hardt Hyperloop sets a speed record and demonstrates lane switching at the European Hyperloop Center Our test vehicle reached 85 km/h on the 420m track and successfully performed a lane switch maneuver at the @europeanhyperloopcenter! It accelerated at 0.3G, hit top speed within 140m, switched lanes over 155m, and came to a safe stop in the final 100m, exceeding its design speed of 80 km/h. Since the first test last year, more than 750 missions have been complet

The EngineeringIcon on Instagram: "Most vehicles accelerate. This one teleports. You are watching a test of China's "T-Flight" hyperloop, a system that has just set a world record by accelerating a one-ton vehicle to over 700 km/h (435 mph) in just two seconds. This isn't a train; it is a demonstration of pure electromagnetic physics. The pod levitates using powerful magnets to eliminate friction, while a linear synchronous motor-essentially an "unrolled" electric motor stretching the length of

Mechanical Engineer ⚙️ | Physics on Instagram: "China is building a high-speed Hyperloop train capable of 621 mph inside a vacuum pipeline. Using magnetic levitation, the train floats above the tracks, eliminating air resistance and slashing Beijing-to-Shanghai travel from 5 hours to just 30 minutes. Future plans aim to push speeds up to 3107 mph, redefining high-speed rail and vacuum transport. Follow for daily breakthroughs at the intersection of AI and technology. ➕ @forcetofuture Unlock your