http://www.canv-maglev.com/The California-Nevada Maglev Project will create a brand new industry to the United States and provide the foundation for other corridors throughout the country. The project will also provide significant benefits to both Nevada and California. It will boost the economy, decrease environmental impacts, and provide riders with one of the fastest, safest and most reliable forms of ground transportation in the world.
Job Creation & Economic Benefits: The full corridor of the rail project will create nearly 97,000 total jobs, $12 billion in economic output and $3.4 billion in household income. Benefits also include economic development impact, such as construction, operation and maintenance jobs as well as commercial and residential development around stations or in the adjacent corridor
Environmental Benefits: Maglev technology will contribute to a reduction in emissions, noise and air pollution in this corridor. The technology emits far fewer pollutants than traditional transportation, reducing the CO2 tons per year as compared to other modes of transport. California-Nevada Maglev Project will help ease land consumption issues, impact to wetlands and endangered species as well as community disruption. Maglev provides energy-efficient operation and reduces U.S. reliance on foreign or domestic oil. The complete 269 mile corridor will utilize less than 1% of the presently available electricity on existing grids.
Travel Speed and Trip Time: Transrapid maglev trains run at speeds of over 300 mph, twice that of Amtrak’s fastest commuter train, and will make the full 269 mile trip in less than 90 minutes as opposed to the 3.5 to 8 hours it can take to get from Las Vegas to Anaheim. The ride from Las Vegas to Primm will take only 12 minutes. Transrapid trains can also accelerate quickly to high speeds reaching 300 km/h (185mph) after a distance of only 5km (3miles). Modern high speed trains require at least four times this distance to reach the same speed. The Transrapid Maglev system can therefore be used not only for long distances but also for short and medium distances in metropolitan areas with short intervals between stops.
Capacity of a New Eight-Lane Freeway: Utilizing less than 20% of the land required for a new eight-lane freeway, the California-Nevada Maglev Project system can deliver the equivalent number of passengers as an eight-lane freeway (four lanes in each direction) moving at 60 mph. Operating at 10-minute headways 16 hours per day, the system will deliver 76,800 passengers per day in each direction.
Regional Transportation Benefits: It is estimated that 52 million people will be traveling along the I-15 corridor annually by 2015. Existing I-15 highway and airport service, however, is projected to have a maximum annual capacity of moving only 38 million people. California-Nevada Maglev Project has the opportunity to change the shape of urban development in a metropolitan area projected to grow by at least 30 percent in the next 25 years. The value of reduced congestion and delays on highways from diversion of auto travelers to Maglev is a significant benefit of the California-Nevada Maglev Project on the I-15 corridor roads, and airports. When complete, the train will link three major airports, three major tourist destinations, and some of the largest, fastest-growing regions in the United States. It is the only high speed system available to connect the heavily populated areas of Southern California and Southern Nevada.
Efficiency and Reliability: This innovative technology is already operational in other parts of the world with successful results – an incredible efficiency of 99.85% on-time to schedule. While the average lifespan of steel-on-rail vehicles is about seven years, requiring frequent maintenance, Maglev vehicles are expected to be in service for 30 years or more with minimal maintenance.
Safety: Maglev is considered to be a very safe mode of high-speed ground transportation. The vehicle is designed to wrap around the guideway and therefore cannot be derailed. Only the section of the guideway occupied by the vehicle is electrified, precluding the possibility of two or more vehicles entering the same space. Also, elevated guideways eliminate the need for grade-level crossings, unlike traditional railroads. In case of power failures on board, batteries allow the train to remain levitated so it can be pushed to the nearest station or an evacuation point on the guideway. Since there is no fuel on-board and non-combustible materials are used in construction, there is no fire danger.