Maneuvering Skateboards Upside Down - Controlling the Hover Board of the Future

 Engineers and designers are getting serious about building skateboards of the future, but these won't be regular skateboards, we're talking hyper-maneuver hoverboard. In fact, the online think tank is now preparing a special report The Future of Skate Park, Skateboard, and Hover Boards of the Future. In fact, one of the most serious questions is security.

How can we protect the hoverboard system for the rider? When we ask a technology expert at Amherst University in Massachusetts, how will we prevent them from dumping their rider?

Great questions and for your question of hoverboard stabilization, loop, roll, or inverted flight are some ideas here; We keep the skateboard or hoverboard in "positive" G mode all the time. Like a barrel roll, hang glider, parasail, or chopper in an airplane. If you start from a high-speed steep bank and put it in the positive G sector Move around living.

In a special report from an online think tank, you will see two items in the reference section of the report; # 2 and # 8. The on-board sensor of the board will sense the weight distribution and adjust it for the rider. Consider the methods of Segway or the young scientist who has a motorcycle competing in the DARPA Grand Challenge?

This technology is available now and will be more sophisticated in the use of wheelchairs, artificially intelligent robots Android Assisted Living Units, and similar gyro systems are used throughout the space, aviation, marine industries. Six-axis communication antennas are now used in many areas. It's just a matter of size, weight, cost, and Moore's law. These sensors and systems will become so small that you can build a mosquito-sized flight unit, and they are doing it now. This will help in the stabilization system. Please click on more information Best Wold News.

Most military fighters now have computerized flight control auto-pilot type systems to launch an aircraft carrier to reduce buffering and prevent improvements by human pilots. In addition, there is a system that prevents a pilot from departing the flight by performing an impossible maneuver that the aircraft cannot.

The board will move as the skateboarder puts in command, but will not let the rider endanger depending on the level of the game. You may be a beginner, but an advanced rider may turn down that system. Then someone would come up with magnetic boots to prick them for upside-down flight without the use of "G-Force" stability techniques and this invention would add fun to the most advanced riders. The skateboard/hoverboard will become a "zoom-zoom" only platform and will have many uses besides having fun.

The final stage of this technology in future periods will be a hoverboard that will be controlled by the idea, such as future HUD systems used in Apache Attack Helicopters but helmet carbon nanotube materials used for skateboarding to protect the material. A very thin cap would read the neuron transmission between the rider and the cap and through the skull using an ultra-sound stereo system at an extremely low power setting.

"Your will is my command and control"

And this is how the online think tank will make all these integrated stability and control systems work. And they believe it will work very well.