Build Your Own Combat Robot
Build Your Own Combat Robot
Build Your Own Combat Robot
- TAGS
- build
- combat
- robot
- 85.185.231.196
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
374 <strong>Build</strong> <strong>Your</strong> <strong>Own</strong> <strong>Combat</strong> <strong>Robot</strong><br />
RFI (radio frequency<br />
interference), 168<br />
Rheostats, 143<br />
Right-angle drives, 123, 124<br />
Rims, carefully consider, 53<br />
Rivets<br />
blind, 200–201<br />
pop, 200–201<br />
standard impact, 201<br />
Robo-goose, 269–271<br />
<strong>Robot</strong> brains, 27, 260–274<br />
microcontroller<br />
applications, 269–274<br />
microcontroller basics,<br />
261–269<br />
<strong>Robot</strong> builders<br />
beginning-level, 43<br />
first-time, 45<br />
helping new, 17<br />
<strong>Robot</strong> class, fully<br />
autonomous, 253–256<br />
<strong>Robot</strong> combat<br />
future of, 330–332<br />
has come long way, 2<br />
history of, 7<br />
<strong>Robot</strong> combat events, safety<br />
first, 253<br />
<strong>Robot</strong> competition<br />
Web sites, 344<br />
<strong>Robot</strong> competitions, combat,<br />
5–17<br />
<strong>Robot</strong> construction, cost<br />
factors in large, 35–36<br />
<strong>Robot</strong> contests, compete in<br />
fastest-growing, 277<br />
<strong>Robot</strong> design approach,<br />
23–34<br />
designing for<br />
maintenance, 31–33<br />
game of compromise,<br />
29–30<br />
start building now, 33<br />
testing, testing, testing, 34<br />
<strong>Robot</strong> Institute of America,<br />
The, 5<br />
<strong>Robot</strong> locomotion, 41–59<br />
power of Caterpillar<br />
bulldozers in robots,<br />
45–47<br />
robots with legs, 42–44<br />
tank treads: power of<br />
Caterpillar bulldozers<br />
in robots, 45–47<br />
wheels: tried and true<br />
method of locomotion,<br />
47–59<br />
<strong>Robot</strong> material and<br />
construction techniques,<br />
183–201<br />
general machining<br />
operations, 192–201<br />
metals and materials,<br />
184–193<br />
when in doubt, built it<br />
stout, 201<br />
<strong>Robot</strong> motors, current draw<br />
specifications from, 26<br />
<strong>Robot</strong> organizations, 43<br />
<strong>Robot</strong> part suppliers, 302<br />
<strong>Robot</strong> parts, sources of, 35<br />
<strong>Robot</strong>, remotely controlling<br />
one’s, 157–180<br />
AM, FM, PCM and radio<br />
interference, 167–170<br />
antennas and shielding,<br />
173–174<br />
control channels,<br />
160–166<br />
failsafe compliance,<br />
179–180<br />
IFI (Innovation First<br />
Isaac) robot controllers,<br />
175–179<br />
miscellaneous radio<br />
modems, 175–179<br />
radio interference and<br />
reliable control,<br />
170–173<br />
traditional RC controls,<br />
158–160<br />
<strong>Robot</strong> rovers, Mars, 50<br />
<strong>Robot</strong> Soccer, 16–17<br />
most difficult robot<br />
sport, 16<br />
<strong>Robot</strong> structures, using<br />
extruded metal stock for,<br />
189–191<br />
<strong>Robot</strong> style, hexapods are<br />
popular, 43<br />
<strong>Robot</strong> sumo, 275–303<br />
annual robot sumo<br />
events, 303<br />
growing popularity<br />
of, 277<br />
how sumo match<br />
proceeds, 278–279<br />
international robot sumo<br />
class, 299–303<br />
mini sumo, 281–298<br />
official rules for<br />
international, 279<br />
promotes sportsmanship<br />
and education, 278<br />
sumo ring specification,<br />
280–281<br />
<strong>Robot</strong> sumo class,<br />
international, 299–303<br />
advanced software<br />
algorithms, 301–302<br />
infrared range<br />
detectors, 301<br />
laser range finding and<br />
vision systems, 301<br />
motor controllers,<br />
299–300<br />
motors, 299<br />
robot part suppliers, 302