Langenburg Education & Scientific Research: Langenburg Research Flying Vehicle

| Langenburg Research Flying Vehicle |

Our highways are obsolete. Every year, millions of dollars are wasted on repairing a system that can no longer accommodate the transportation needs of the 21st century. And to make matters worse, our already overburdened highways are bombarded yearly with thousands and thousands of new drivers. Not only does this cause further highway destruction, but it worsens pollution and slows traffic. Maybe worst of all, it increases the likelihood of traffic fatalities. The Langenburg Research Center in Eugene, Oregon has an alternative: The Electrically Powered Flying Vehicle.

The Electrically Powered Flying Vehicle will:

-Save taxpayers millions of dollars on highway repair costs.

-Decrease the amount of toxic fumes released into the air.

-Decrease travel and commute time.

-Decrease the number of highway accidents.

-Decrease fuel consumption.

-Alleviate highway bottlenecks.

-Incorporates technology that is environmentally safe and friendly.

The electrically powered flying vehicle is the invention of Dr. Hohenlohe-Langenburg, head of the Langenburg Research Center. Dr. Hohenlohe-Langenburg is one of the leading electronic experts in the world. The flying vehicle is being developed at both the Langenburg Research Center and its sister organization, Langenburg Forschung Institute (LFA), based in Berlin, Germany.

| Power Supply |

The flying vehicle is decades ahead of similar projects. Unlike other electronic vehicles that require battery recharging every five to ten hours, the flying vehicle utilizes self-charging power. In otherwords, the power supply is self-supplied. The owner does not have to worry about a dead battery or battery recharging.

| Control System |

Unlike today's automobiles, the flying vehicle can be controlled manually or through voice activation. With the voice activation option, the driver simply informs the vehicle of travel speed and destination. For example, the driver might say " Travel speed: 55 miles per hour. Destination: 1234 Madison Street." From that point on, the driver can simply relax. With a highly advanced safety system, it is impossible for crashes or collisions. Each flying vehicle has a sensor that detects any object in its path. To prevent unwarranted usage, the flying vehicle only recognizes the owner's voice. However, it can be programmed to recognize eight different voices. Each voice can then be programmed into a specialized wristwatch. This allows the flying vehicle to be controlled when the driver is away. This feature is especially important for recalling the vehicle from a parking lot. The flying vehicle does not recognize voice recordings.

| Health Monitoring System |

One of the most exciting features of the flying vehicle is a highly specialized system that detects the driver's health condition. Through an advanced electronic steering wheel and seating system, the flying vehicle can detect changes in the driver's overall health. When the driver places his/hers hand on the steering wheel or settles into the seat, sensitive detectors record and monitor heart rate, body temperature, etc. If there is a change that warrants medical attention, the vehicle automatically contacts the nearest hospital, assumes control, and safely grounds itself.

| Security System |

Like the control system, the security system is voice activated. The driver simply commands the vehicle to lock or unlock. The driver secures and unsecures the vehicle through the wristwatch or by speaking directly to the vehicle. The flying vehicle can also be manually secured and unsecured.

| The Future |

With the growing fuel and pollution we face, the flying vehicle is the alternative transportation option for the 21st century. Langenburg Research Center and the Langenburg Forschung Institute more than welcome your inquiries about this exciting technology. For further inquiries about this vehicle please contact langen@langenburgresearch.com.


	\| Langenburg Research Flying Vehicle \| Our highways are obsolete. Every year, millions of dollars are wasted on repairing a system that can no longer accommodate the transportation needs of the 21st century. And to make matters worse, our already overburdened highways are bombarded yearly with thousands and thousands of new drivers. Not only does this cause further highway destruction, but it worsens pollution and slows traffic. Maybe worst of all, it increases the likelihood of traffic fatalities. The Langenburg Research Center in Eugene, Oregon has an alternative: The Electrically Powered Flying Vehicle. The Electrically Powered Flying Vehicle will: -Save taxpayers millions of dollars on highway repair costs. -Decrease the amount of toxic fumes released into the air. -Decrease travel and commute time. -Decrease the number of highway accidents. -Decrease fuel consumption. -Alleviate highway bottlenecks. -Incorporates technology that is environmentally safe and friendly. The electrically powered flying vehicle is the invention of Dr. Hohenlohe-Langenburg, head of the Langenburg Research Center. Dr. Hohenlohe-Langenburg is one of the leading electronic experts in the world. The flying vehicle is being developed at both the Langenburg Research Center and its sister organization, Langenburg Forschung Institute (LFA), based in Berlin, Germany. \| Power Supply \| The flying vehicle is decades ahead of similar projects. Unlike other electronic vehicles that require battery recharging every five to ten hours, the flying vehicle utilizes self-charging power. In otherwords, the power supply is self-supplied. The owner does not have to worry about a dead battery or battery recharging. \| Control System \| Unlike today's automobiles, the flying vehicle can be controlled manually or through voice activation. With the voice activation option, the driver simply informs the vehicle of travel speed and destination. For example, the driver might say " Travel speed: 55 miles per hour. Destination: 1234 Madison Street." From that point on, the driver can simply relax. With a highly advanced safety system, it is impossible for crashes or collisions. Each flying vehicle has a sensor that detects any object in its path. To prevent unwarranted usage, the flying vehicle only recognizes the owner's voice. However, it can be programmed to recognize eight different voices. Each voice can then be programmed into a specialized wristwatch. This allows the flying vehicle to be controlled when the driver is away. This feature is especially important for recalling the vehicle from a parking lot. The flying vehicle does not recognize voice recordings. \| Health Monitoring System \| One of the most exciting features of the flying vehicle is a highly specialized system that detects the driver's health condition. Through an advanced electronic steering wheel and seating system, the flying vehicle can detect changes in the driver's overall health. When the driver places his/hers hand on the steering wheel or settles into the seat, sensitive detectors record and monitor heart rate, body temperature, etc. If there is a change that warrants medical attention, the vehicle automatically contacts the nearest hospital, assumes control, and safely grounds itself. \| Security System \| Like the control system, the security system is voice activated. The driver simply commands the vehicle to lock or unlock. The driver secures and unsecures the vehicle through the wristwatch or by speaking directly to the vehicle. The flying vehicle can also be manually secured and unsecured. \| The Future \| With the growing fuel and pollution we face, the flying vehicle is the alternative transportation option for the 21st century. Langenburg Research Center and the Langenburg Forschung Institute more than welcome your inquiries about this exciting technology. For further inquiries about this vehicle please contact langen@langenburgresearch.com.
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