The hassle of maintenance from filthy grease, dirt, and gas are completely eliminated. A vehicle can be built more durable, because the weight of motors is no longer a factor, and this weight can now be transferred to the structure of the vehicle!

Vehicular Computing

Vehicular Computing is designed to take advantage of proper physics principles and maximum efficiency for vehicle transportation.

Proper Physics cannot be stressed enough. Until proper physics are adopted, real solutions cannot be achieved.

Proper Physics will allow machines to do a better job of creating propulsion, producing energy and doing other physical tasks.

All this can be easily achieved without fumes, explosions, or dangerous chemicals!

Calculating Speed for a Hard Drive System.

Hard Drives can produce much more efficient power than a gasoline engine, using a fraction of the energy.

Hard Drive speed is based upon the surface, tolerance, and processing power generated by the Computer, Flywheel Switch Station and Generator.

The density of the C:\ Drive also matters, which will determine how much torque can be delivered to the rear wheels and create velocity.

A Desktop Hard Drive.

The Basic Computer Hard Drive

The simple hard drive was the key to developing energy systems of the future!

Duplicating the entire format of a personal computer creates a readily available platform whereby vehicles have an abundant source of "Renewable Power" in the form of software code.

Using proper physics applications, the hard drive becomes the new source for powering and heating Homes or driving Vehicles.

A Vehicular Hard Disc w/o its casing.

A Vehicular Hard Drive Disc

Vehicle Hard Drive Systems do not have information stored on them, but transmit signals through holes in the disc.

Proprietary patterns are being withheld to retain some source of opportunity, but the basic platform is OPEN SOURCE, for developers to build technologies designed for Vehicular Integrated Computing.

The Vehicular Hard Disc can stand up or be laid down flat for different vehicle configurations.

Generally, Vehicular Cycles use a hard disc that stands up, and traditional Automotive Vehicles will use a hard disc that lays down.

The Vehicular Hard Drive in a real NMV!

D:\ Drive exposed from the wheel left well

The D:\ Hard Drive is opened for visible inspection. Vehicle Hard Disc Systems are more durable than a desktop hard drive, which is ideal for real world driving conditions.

The brake assembly will be set up to capture energy that can be sent directly to the Vehicular Integrated Computer System (VICS).

Today's automobiles waste all energy potential, from their conception to disposal. A Vehicular Hard Disc requires 90% less energy than a gasoline engine, and delivers 50%+ more direct torque.

Under the hood!

D:\ & E:\ Drives and other components under the hood!

The VICS (Hard Drives) are under the hood of a physical vehicle, and not on some laboratory bench top.

The VICS boasts the potential to provide mankind with abundant and affordable energy that traditional sources cannot deliver!

R&D in thermo technologies will advance the capability for hard drives to produce enormous power using less energy.

A Non-Motorized Vehicle Dashboard.

Real Vehicular Computing in the dashboard!

The VICS turns the entire vehicle into a giant moving computer. The automotive industry will directly oppose this revolution, because they become obsolete!

Electronics can now replace the wasteful junk that people thought was technology.

Americans can put the country back on financial track by creating the first "DIGITAL VALLEY" in the Northeast Region!

C:\ Drive is in the rear!

C:\ Drive is in the rear end!

Nothing beats physical proof, but surprisingly, SKEPTICS will waste everyone time and resources.

Developing a technology that uses computing as a form of propulsion was a challenge that the world could not conceive.

Magnetic Levitation was discovered in approximately 1902, but it took 60 years before the Government, Industry, Investors and the Public realized its potential.

Americas will once again face another technological opportunity, or lose it to another country!

Other Sub Assembly Systems.

Booting Up a Vehicular Hard Drive System!

A VICS requires similar procedures needed to boot up a personal computer.

The Starter/Tach/Generator combo works to boot the system, and provide the signaling needed to maintain its operation.

When things are fully booted, the batteries under the hood are not needed, and the vehicle does not need to be plugged in!

The VICS can operate under all operating conditions faced by today's automotive fleet.