1 |
Uni-directional |
8 |
As there are 8 wheels at a time on the ground which gives a good resistance for direction change |
Portability |
5 |
As its size is not much so it is easily portable |
Semiautomatic |
14 |
As there are 12 wheels which provides great control, which can be done both manually and automatically |
To climb steps |
9 |
As wheeled locomotion are relatively high power efficient |
Speed Control |
0 |
Steps of different height require variable torque, thus speed of the bot need to be controlled. |
Aesthetic |
6 |
As it is more asthetically pleasing |
Obstacle detection |
0 |
As there is no relative advantage in obstacle detection |
2 |
Uni-directional |
0 |
Datum |
Portability |
0 |
Datum |
Semiautomatic |
0 |
Datum |
To climb steps |
0 |
Datum |
Speed Control |
0 |
Datum |
Aesthetic |
0 |
Datum |
Obstacle detection |
0 |
Datum |
3 |
Uni-directional |
16 |
As there is no scope of turning in chain mechanism |
Portability |
-5 |
As this design require a lot of components(for chain mechanism) thus increasing the weight and decreasing the portability |
Semiautomatic |
7 |
As it has good grip with the ground, thus providing more control which can be done both manually and automatically |
To climb steps |
-9 |
Chain mechanism is not much efficient for climbing steps and it is difficult to accomplish it |
Speed Control |
0 |
As all the bots are using same motors. |
Aesthetic |
-12 |
As it is relatively less aesthetically pleasing |
Obstacle detection |
0 |
As it doesn't provide any advantage |
4 |
Uni-directional |
-8 |
As there is no scope of turning in wheel leg mechanism |
Portability |
5 |
As it is compact in size it is more portable |
Semiautomatic |
-7 |
As the motion is jerkey here there is less control over the operation of the bot |
To climb steps |
9 |
As the wheel leg mechanism is effective in climbing steps |
Speed control |
0 |
As all the bot have same motor |
Aesthetic |
0 |
As it is not relatively aesthetically pleasing |
Obstacle detection |
-8 |
As its motion is jerkey which can effect the obstacle detection |