Car Modification Software In India' title='Car Modification Software In India' />Design Patented Trademarked Design. The Human. Car Imagine PS mobile power station at WIRED Next. Fest. More Information below FANTASTIC ELECTRONIC BIONIC IMAGINE PSCLICK HERE FOR BROCHURESpecifications HC ImaginePS PHEV plug in hybrid e vehicleV2. G CompatibleFull body biometric inputBody. Steer Patented Chassis 1. Sync. Guideway compatibleStreet legal low mass vehicleMobile power station 1. ACWe are having just as much fun as you watching Human. Car revolutionize the world. Ahead of the Sept. Volvos operation in Hungary accidentally published a promotional video for the carwhich was spotted by paultan. Cloud Solutions from AccountantsWorld offer more effective ways for you to manage your practice, perform your client engagements, and offer new services. Commercial Vehicle Insurance Easy Insurance India offers you packaged Commercial Vehicle, Passenger Carrying Vehicle, Truck, Auto insurance policies that protect. This new site is both a live press kit and resource center of a vehicle that creates electricity and is literally judo flipping the auto industry. Imagine PS Worlds first bionic human hybrid. DUET GEN 1k. W Home power generatorHOTTi 3. HC E4 A multi purpose many options sedan. HCWELCOMETOTHEFUTURE. Information and interview with Human. Car designers and founders. Car Modification Software In India' title='Car Modification Software In India' />Questions and Answers w Charles Greenwood P. E. Chief ScientistInventor of Human. Car Inc Chuck Greenwood CEO of HC Inc. Thank you Seema Sangra Society and Environment Magazine1. How did you conceive the idea of a human powered car It was 1. Traffic was at a complete standstill, again, on a busy boulevard in what is now known as the Silicon Valley. Car Modification Software In India' title='Car Modification Software In India' />Sitting within their cars were many commuters who were overweight and out of shape, breathing unhealthy exhaust fumes. As a young engineer working at my first job at a research and development laboratory for a major corporation, it seemed intuitively that there must be a better way to move people around than this. Could one create a modest modification that would allow automobiles to interface with a tracked system capable of eliminating the need for drivers or vehicle power for part of the daily commute It was this inspiration that eventually lead to the Human. Car project. If a Synchronous Guideway could power and control a car during each leg of the commute, then the vehicle power and weight could be reduced dramatically so much so that it might be practical to use a mix of human and electric power to propel the vehicle where no guideway was available. Thus, even without a guideway, the practical use of augmented human power might provide a matrix of benefits including health enhancement, teamwork building skills, and improved traffic flow. Engineering studies have verified that the lane density measured by occupants per hour per lane with an operating Synchronous Guideway is up to ten times greater than that of an equivalent standard design traffic lane. Similarly, Human. Car, Inc., has verified the practical design for a humanelectric hybrid vehicle that provides the benefits listed above, for use with, or without, the availability of an operating Synchronous Guideway. How did the Human Car actually evolved from the first model to the present one Creative research engineers were expected to suggest projects that might possibly lead to product development at the above mentioned facility. The search for a useful human power interface for vehicle use began with several test devices that could measure the force available from various muscle groups. It was clear that a bicycle type mechanism, while quite successful as a thigh and calf interface, would not meet the needs of a full body work out, so early design focused upon a rowing like motion. The first simple three wheeled prototype traveled around the area in 1. Guideway concept. However, this product did not match the goals of the large corporation, so the design and engineering work moved to a rural location in Southern Oregon, USA, in 1. It would take the next ten years to put together a suitable manufacturing capability and a high tech consulting engineering business to leverage the required skills and machinery to produce serious prototype vehicles. The 1. 89 MPH 3. KPH Retro Rod was the next major vehicle design, as it could rapidly test the limits of the suspension and handling theories developed for the Human. Car project itself. It was and is very successful, turning 14 mile drag racing elapsed times in the low ten second range. Finally, the FM 4 Fully Manual 4 people was ready to build and test. It represented the culmination of the human power interface design coupled with an ultra performance envelope chassis design. The FM 4, never intended to be more than a research skeleton car, has achieved remarkable acceptance around the world as the first practical four wheel fourpassenger full body muscle car. Finally, in 2. 00. The ImaginePS Power Station incorporates the essence of the FM 4 while adding the features anticipated at the beginning of the Human. Car project. 3. What are the typical features of the Human Car We are changing the notion of what features should be considered important. Specifically, the Human. Car ImaginePS Low Mass Vehicle LMV introduces a new entrant into the transportation equation. As an exercise enabled vehicle, it is possible for one, two, three or four people to operate the bi directional human power interface. Alternatively, a single operator may operate the vehicle in electric power mode only or any combination of human and electric power may be employed. The ImaginePS may operate as a plug in hybrid electric vehicle, as an exercise based human electric power station, or in vehicle to grid V2. G mode. Regenerative braking and an advanced power system enhance overall efficiency. Other available features include a humanmachine interface HMI touch screen display with GPS and biometric data logging, i. Smooth Red Patch In Mouth there. Pod integrated sound systems, and Bluetooth compatible onboard computingcommunications devices. The vehicle is especially suited to generate the power required to operate these devices. An all weather roof shell is available. This vehicle is 1. Thus, a new feature is born one of social responsibility. Do you think the Human Car would ever become a commercial success story Yes. Commercial scale production requires manufacturing partnerships worldwide, with distribution channels via existing up market automobile networks. We are self funded, own our facility and over 1. ImaginePS. We are essentially profitable right now. Our scalable manufacturing facility is ready to be cloned worldwide for an immediate supply of units. Our 2. 00 year business plan focuses on the production of geographically appropriate models and guideway systems. The fact that we have gained the respect of engineering professionals world wide through our introduction of a new market definition LMV, and the recognition we have earned at WIREDs Next. Fest 2. 00. 8 in Chicago USA is already a measure of our commercial success. We have achieved brand recognition with our target consumer base on every corner of the earth at a small fraction of the research and development budgets of typical auto makers. Profitability in the new economic reality will require this kind of focus and agility with resources. Human. Car recognizes that alternative commodities such as health, family unity, environmental responsibility and economic independence will emerge as more important criteria for measuring success. John Carnett. Why would people buy your car that fails to address significant customer concerns such as safety, speed, maneuvering etc. People would not buy a car that fails to address safety, speed and maneuverability. Some people do purchase vehicles that do not incorporate style, efficiency and usefulness.