PHYSICS,REIMAGINED.
Magnetic levitation. Near-vacuum pressure tubes. AI-controlled pods. HyperLoop combines three breakthrough technologies to achieve speeds previously reserved for aircraft — on the ground.
Three systems. One breakthrough.
Passive Magnetic Levitation
HyperLoop pods float on a Halbach array magnetic track — no active power required for levitation. The passive system creates a repulsive magnetic field that suspends the 8,200 kg pod 10mm above the guideway with zero mechanical contact.
Near-Vacuum Tube
Structural steel tubes evacuated to 0.001 ATM — eliminating 99.9% of aerodynamic drag. Custom vacuum pump stations every 25km maintain pressure.
Pod System
Carbon-fiber composite shell, 28-seat passenger configuration, aerospace-grade life support and emergency systems.
AI Network Control System
A distributed neural network monitors every pod, every sensor, every millisecond. Predictive routing, collision prevention, and autonomous emergency response — all running at 2ms latency across the entire network.
Nothing on the ground comes close.
Los Angeles → San Francisco (559 km)
From concept to reality.
Concept Validation
Full-scale vacuum tube prototype constructed at Nevada test facility. First successful levitation test at 0.001 ATM.
Speed Record
HyperLoop pod reaches 620 km/h in 500m test tube — fastest ground vehicle in history at the time.
1,000 km/h Barrier
Extended 2km test track enables breakthrough: pod sustained at 1,080 km/h for 45 seconds.
LA–SF Phase 1 Groundbreaking
Construction begins on first commercial route. 240km of tube infrastructure under installation.
Phase 1 Operational
First commercial passengers travel LA to SF in 28 minutes. Full commercial service launched.
East Coast Corridor
NY–DC–Boston triangle network opens, connecting 45M people across three major metro areas.
National Network
12,000 km of operational HyperLoop tube spanning 28 major US cities. 12M annual passengers.