This is a high-quality machined kit made from aluminum and brass metals.
By building this 10" tall walking robot, which shifts its center of gravity to walk and turns by sliding its feet in opposite directions, you will learn about advanced embedded programming with BASIC, efficient code development, sensor feedback and general control. It requires 2-3 hours to assemble and tune. Because of the number of possible movements, we consider the Toddler to be appropriate for those aged 14 and above.
The Toddler is controlled by a surface-mounted BASIC Stamp 2 module. Four infrared sensors and receivers, LEDs, servos for tilt and stride, resistors/capacitors, speaker and photoresistors complete the control system. The aluminum parts are brushed, anodized, acid-etched to make the perfect finish (put the legs on a buffing wheel for a silver shine!).
The package includes body parts, legs, ankles, control linkages, screws, nuts and standoffs. Comes with a 155-page "Advanced Robotics" text written in the "Stamps in Class" style.
Assembling
The step-by-step procedure you follow to assemble the robot includes copious pictures which are very necessary if you are to install certain pieces like the stride linkages and ankles correctly since there is a required orientation. Assembly time will vary depending on skill level but at most should not take more than one evening. Except for the four AA batteries and a pair of pliers, everything is included in the parts you receive.
Programming
The workbook is very helpful. Chapters are divided into experiments. It begins with begins with the basics of servo motors, timing pulses, voltage levels and state transition method. Other experiment include: following light, object avoidance, and walking around a table without falling off.
