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