The Chuo Shinkansen Using the Superconducting Maglev System
The Chuo Shinkansen Project using the Superconducting Maglev system enables an ultra-high speed travel at the speed of 311mph.
The scheduled inauguration between Tokyo and Nagoya is in 2027, and Tokyo and Osaka in 2045.
CENTRAL JAPAN RAILWAY COMPANY
Advanced railway system (traction, power supply,signalling,environmental control system etc.) for various range.
Improved Mobility through Transportation System Planning and Design
We made improvements to transportation systems by analyzing traffic data from ICT technology, promoting projects to improve traffic safety through the use of drive recorders, and designing roundabouts.
Anti-seismic Underground Bicycle Parking “ECO Cycle”
Storage capacity of 204 bicycles and sympathetic with surrounding environment
Automated underground bicycle parking system with minimum retrieval time of 8 seconds
Anti-seismic Underground Car Parking “ECO Park”
Storage capacity of 50 cars and sympathetic with surrounding environment
Automated underground car parking system with average retrieval time of 25 seconds
Monorail – Proven Safe Public Transportation Solution
Low construction and maintenance cost. Safe and sustainable transporation solution with flexibility of running route thanks to the operationa capability for steeper grade and smaller radius curves
Portable Bicycle Parking System “MOBILE ECO Cycle”
Compact and Movable Bicycle Parking System that can quickly be constructed (only 1-2 days)
Aiming to form a smart cycle community that allows the use of bicycles “anytime”, “anywhere” and “easily”