The   Trak-Bot-C3   (TB-C3)   is   one   of   two   indoor   elastomer   tracked   vehicle   used   to   explore,   concept   test   and   demonstrate   autonomous motion.   The   unit   is   based   on   Altera’s   Cyclone™   III   FPGA   (allows   for   fixed   coding   of   motion   or   32-bit   processor   based)   with   dual   motors, H-bridges,   accelerometer,   gyro,   compass   and   expansion   headers   supporting   this   core.   The   chassis   is   constructed   of   ABS   plastic,   which allows   for   customization   such   as   screw   on   attachments   and   custom   painting.   The   drive   system   was   created   to   appear   and   perform   like larger   scaled   tracked   vehicles.   The   tracks   are   of   an   elastomer   material   so   as   not   to   mar   surfaces   and   have   a   modicum   of   traction.   Like     larger   versions   of   tracked   units,   the   drive   wheel   is   a   toothed   gear   balanced   with   the   front   line   wheel,   road   wheels   and   track   idlers.   There are   gearbox   and   motor   combination   per   track.   This   is   a   deviation   most   large   scale   tracked   equipment   which   use   a   single   engine   with   an     splitting differential/transmission system. The   Trak-Bot   base   unit   comes   with   all   the   drive   components   and   built   in   battery   holder.   The   power   system   is   a   single   rechargeable battery group. The battery system is kept internal allowing for a completely clean upper deck. The   cLS-TB-C3   controller   card   contains   an   Altera   Cyclone™   III,   EP3C5,   field   programmable   gate   array   (FPGA).   This   Cyclone™   III   contains 5,136   Logic   Elements   and   414kbits   of   SRAM.   The   configuration   Serial   EPROM   (64Mbit)   is   used   for   the   FPGA   configuration   and   processor code.   The   dual   discrete   level   motor   H-Bridges   are   capable   of   2.5A   continuous   with   an   8-bit   ADC   available   for   bridge   current   monitoring. Rounding   out   the   major   features   is   a   3-axis   accelerometer   interfaced   to   the   Cyclone™   III   via   an   SPI   buss.   An   article   on   this   unit   and project development can be found at ED Online 18446 (Electronic Design 03-27-08). The   cLS-TB-Universal   controller   card   contains   the   dual   discrete   level   motor   H-Bridges   that   are   capable   of   2.5A   continuous.   Rounding   out the   major   features   is   a   3-axis   accelerometer,   3-axis   gyro   and   compass.   Plug-in   area   for   processor   of   choice   is   the   final   feature.   Board ships with a FRDM-KL25Z (Freedom Board) from Freescale Semiconductor. The    user’s    imagination    is    the    only    real    limitation    to    what    either    control    card    can    do.    Optional    add-ons    increase    the    potential exponentially.
cLS-Trak-Bot-C3 - Early version Address all questions and comments about the website to the webmaster.
Physical Characteristics: Overall length – 8.25” Overall Height – 2.50” (To top of mounting deck) Mounting deck width – 5.0” Track width center line – 3.50”
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Trak-Bot
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