Capable of travelling over land, water, mud, and ice, a hovercraft vehicle produces large volumes of air to hover.
In this experiment, a miniature hovercraft is built with a computer fan. A computer contains multiple fans for keeping components cool.
Removed from the computer, a computer fan has a red (positive) wire and black (negative) wire.
Attaching a fan to a paper plate and power source, the initial test proves a miniature hovercraft can hover. A circular hole the size of the fan is cut into the middle of the paper plate.
The first test fan circuit received too much current and broke. A second fan is tested with a battery pack. 15.64 V DC provides enough power for the miniature hovercraft to hover (without carrying a battery pack).
The idea to create the "solar-powered hovercraft" received a setback while recording the solar panel output. 5.47 V DC output from the solar panel was recorded. The panel will not provide adequate current to lift the hovercraft.
An alternative to the "solar-powered hovercraft" is a battery-powered hovercraft. If proven, the battery-powered hovercraft can be adapted to use rechargeable batteries charged using the solar charger (Experiments > Solar Charger).
The first battery pack tested was too heavy. For each AA battery weight, 1.5 V DC was provided. I switched to 9 V DC batteries to provide more current with less weight.
Inside a 9 V battery, there are 6 miniature 1.5 V batteries (6 * 1.5 V = 9 V).
An initial test of 2 9 V DC batteries (18 V DC) proves the miniature hovercraft will hover (without carrying a battery pack).
Multiple 9 V batteries were connected and fixed to the top of the hovercraft. The batteries provided the hovercraft power enough to hover while carrying the battery pack, albeit briefly.