FlyRails board 2 people every 6 seconds.
Mega Monorails board 240 people every 10 minutes.
FlyRails move same number at a fraction of the cost.
Power poles support the rails.
Stations on one kilometer grid.
Zero Emission on-demand vehicles.
Mass transportation for the price of a sidewalk.
Aesthetic wind turbines to power FlyRails.
A busy intersection on a smoggy evening in Beijing.
Small FlyRails footprint provides open space.
Right elevator for exit, left elevator for entry.
FlyRails does not interfere with ground traffic or pedestrians.
FlyRails Pod storage.
FlyRails Grid with 600 2-person pods moves more
people than a typical large monorail with 200-person trains
The FlyRails people-mover system features two-person FlyPods, a 20-foot-high micro-rail grid, and stations placed every mile to form a large, interconnected network. Each grid intersection hosts a station, ensuring convenient access. In a 10-mile by 10-mile grid, there are 100 stations, allowing residents within the area to reach a station on foot in under 10 minutes.
FlyPods are centrally controlled, offering non-stop travel to a rider's chosen destination. The system predicts demand, repositioning FlyPods to ensure availability. Riders can request a trip or make reservations through a mobile app, making transportation seamless and efficient.
Traditional urban transit systems—streets, light rails, parking lots, and mega monorails—consume 30% of city land. FlyRails frees up this space, making cities greener, more livable, and better connected. Unlike cars, motorcycles, and trains, which contribute to pollution and global warming, FlyRails operates with solar-powered electric FlyPods, significantly reducing emissions. Ground transportation is often slow, congested, and accident-prone—FlyRails offers a faster, safer, and more predictable alternative.