LeafspringsAttaches to adifferential andservo allowingcontrol of the frontwheel ends toprovide steering.DifferentialMotordrivelinesRadioReceiver90mmshockEndwheelsmotorcasetirerimgearreducerHold the bearingsthat supports thewheel shafts.Provides a stationarysupport in the rearand a rotatingsupport in the front.ServoESCbatteryThe shock absorberutilizes a coil springto allow suspensiontravel while aninternal oil reservoirhelps dampen smallvibrations.Consists of one ormoreelectrochemicalcells that convertstored chemicalenergy intoelectrical energy.radiotransmitterDifferentialgearsTransmitspower fromthe motor tothe drive-linesmotorcasegearsCircularcomponents thatare intended torotate on an axleto provide aneasier pathforward motionRack &pinionAlso referred to as rotaryactuators. A standard servois capable of 180 degreesof rotation. Uses mayinclude, steering arms,legs, wheels, and othercomponents on a robot thatinvolve motion.LeafspringsAttaches to adifferential andservo allowingcontrol of the frontwheel ends toprovide steering.DifferentialMotordrivelinesRadioReceiver90mmshockEndwheelsmotorcasetirerimgearreducerHold the bearingsthat supports thewheel shafts.Provides a stationarysupport in the rearand a rotatingsupport in the front.ServoESCbatteryThe shock absorberutilizes a coil springto allow suspensiontravel while aninternal oil reservoirhelps dampen smallvibrations.Consists of one ormoreelectrochemicalcells that convertstored chemicalenergy intoelectrical energy.radiotransmitterDifferentialgearsTransmitspower fromthe motor tothe drive-linesmotorcasegearsCircularcomponents thatare intended torotate on an axleto provide aneasier pathforward motionRack &pinionAlso referred to as rotaryactuators. A standard servois capable of 180 degreesof rotation. Uses mayinclude, steering arms,legs, wheels, and othercomponents on a robot thatinvolve motion.

Unit 3 parts & purposes - Call List

(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.


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  1. Leaf springs
  2. Attaches to a differential and servo allowing control of the front wheel ends to provide steering.
  3. Differential
  4. Motor
  5. drive lines
  6. Radio Receiver
  7. 90mm shock
  8. End wheels
  9. motor case
  10. tire rim
  11. gear reducer
  12. Hold the bearings that supports the wheel shafts. Provides a stationary support in the rear and a rotating support in the front.
  13. Servo
  14. ESC
  15. battery
  16. The shock absorber utilizes a coil spring to allow suspension travel while an internal oil reservoir helps dampen small vibrations.
  17. Consists of one or more electrochemical cells that convert stored chemical energy into electrical energy.
  18. radio transmitter
  19. Differential gears
  20. Transmits power from the motor to the drive-lines
  21. motor case gears
  22. Circular components that are intended to rotate on an axle to provide an easier path forward motion
  23. Rack & pinion
  24. Also referred to as rotary actuators. A standard servo is capable of 180 degrees of rotation. Uses may include, steering arms, legs, wheels, and other components on a robot that involve motion.