| When flying a high-performance sleek aircraft | | | | about thirty seconds and shine for about 6 |
| often it is problematic getting the aircraft | | | | minutes and they shine quite bright since |
| slowed down. Many super high performance | | | | they use a very bright LED light. Here is a |
| aircraft and gliders have spoilers or speed | | | | link to this home use flashlight: |
| brakes to help slow them down for landing by | | | | |
| increasing drag. For smaller high performance | | | | Here is a quick movie you can watch online to |
| Experimental Composite Aircraft, I propose | | | | see how this technology works. |
| using this fact to help us power up LED | | | | |
| Landing Lights. | | | | I propose we use the engine rumble along with |
| | | | the simple mechanical flutter device to |
| I propose we use make a small mechanical | | | | insure we always have power even if we lose |
| flutter energy generator to absorb the | | | | the electrical system. It will of course work |
| vibrations to power up the landing lights | | | | best and be brightest as you are slowing the |
| using electromagnetic induction technology to | | | | aircraft down, as well as assist you in |
| charge a capacitor instead of the headlights | | | | bleeding off the airspeed. Perhaps this is a |
| working off a battery. Currently there are | | | | good way to save energy, save guard in |
| some nifty micro-flashlights being used which | | | | emergency of electrical system failure, |
| you can buy which use a similar technique and | | | | assist in slowing down the aircraft and |
| are available thanks to the Everlite | | | | provide the light you need for night |
| Flashlight technology research lab. These | | | | landingsl? Think on this. |
| smaller flashlights work by shaking them for | | | | |