and shrapnel out.
There was only one day left
before the bots debut at the Schiele
Museum back in July, so I quickly
put together a wedge using two
chunks of 1/2” nutstrip, some
UHMW, and a sheet of 1/16” 7075
aluminum. This was attached to the
bot using a short length of 1/4”
titanium rod. This was a tight fit in
the holes and I thought it would
hold up alright, but combat was to
prove otherwise. The bot — now
named Trilobite — was ready to go
(Figure 13).
BUILD REP RT:
A Team Building Exercise
● by Pete Smith
My Kitbots bot hockey team “Team Scotch Pies” had
competed in one event and
taken part in a couple of
demonstrations, but the bots were
retasked for a summer camp and
were less than ideal. The bots were
four wheel drive, but only used two
cordless drill motors and they only
weighed 8 lbs each (rather than the
allowed 15 lbs). It was clear when
they first met other custom-built
hockey bots that they were simply
outclassed.
A planned demonstration at the
Durham Museum of Life and Science
in March ‘ 11 gave me the impetus
needed to build a new fleet of
competitive bots.
To save time,
I used as many
standard Kitbots
parts and familiar
processes as I could.
The finished design
(Figure 1) uses
template routed
polycarbonate panels
joined to together
with my 3/8” nutstrip
and four 18V cordless
drill motors in the
budget motor mounts, plus 3”
Colsons with the standard hubs. The
top and bottom are identical as are
the two sides and the front and rear
FIGURE 1. Bot
hockey CAD.
setting each one up. The top and
bottom are 1/4” thick while the
sides are 3/8”.
The watercut templates
were ordered from www.team
whyachi.com and once they
FIGURE 2. Routing
out the bot hockey
top panel.
FIGURE 3. Routing
out the bot hockey
side and front rear
panels.
SERVO 10.2011 29