The glove used for control:
I made my hovercraft from nothing but normal household junk, which was lying around in my house, all rusted and worn out, I used a 900W meenu mixie motor(one of the oldest of Indian mixies) and a 1200W 230VAC motor drom a Eureka Forbes vacuum cleaner, about which my parents still have no clue about.I used rectangular sheet of MDF wood as the base with its corners chipped off. The most important part of a hovercraft is it's skirt, there are many skirt designs available like bag skirt ,wall skirt, finger skirts,etc they all have their unique purpose.
The first motor is used to provide forward propulsion to the craft and the second motor provides a vertical lift,by building up air pressure beneath it, and encapsulating it using a skirt.
I used a wall skirt design in my hovercraft, i made it using about 4 sheets of a polyplastic material(The black trash bags we use) which was cut and stitched up together to serve the purpose , after many calibrations and modifications i was able to set up the basic hovercraft as shown in the video here, it could even support my entire body weight:
The next step of the build was the setting up of a driver control system to control it.
What makes my hovercraft unique from all the others are that , it is controlled using a glove which you wear in your hand, the instructions to operate it is as shown in the video below.I even hooked it up with GPS, so that we can find out it's current location.
I used two ATMega168's on the receiver and transmitter sections i.e., on the glove and on the hovercraft,
I used an ADXL 3-axis accelerometer sensor(it works on the piezo electric principle) for tilt measurements of my hand, the data communication was using 2 Xbee modules(2.4GHz), the hovercraft has a load of other features explained in the video below,I used 2 servo motors for the rudder(to control the direction of movement) and another for a LED array.I can control my hovercraft from about 30 feet away.
Some of the features of it are:
1.It is completely controlled using a glove(worn by the operator) ,completely unique.
2.Turning the craft on/off is controlled by the vertical motion of the hand (as in video).
3.It is hooked up to a GPS module, to provide the speed of movement and the correct location.
4.It is provided with temperature monitoring of it's two electric motors.
5.Automatic light detection, when it moves into dark regions , it lights up an array of high power LED's on the front, it turns off as soon as it enters into a well lit area.
6.The LED light array points correctly to the direction of movement, providing enhanced vision.
7.The glove provided for control is very user friendly and requires minimum expertise to operate.
The video of the final result is shown here, along with the instructions to operate it:
The applications of my project:
1.I prize at NIT(National Institute of Technology,Calicut) for IEEE interface competition.
2.I prize at St.Joseph's Engineering College,Kottayam.
3.II prize at St.Gits Engineering College,Pala.