Robotics Starter Kit - Advice, comparisons, news, reviews and prices.

Vex Robotics Starter Kit Specification and Features

Robotics Starter Kit
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Our rating: 44
56 out of 57 owners liked it!

Selected reviews

4.0A rich system of hardware, software, and powerful sensors

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Editor's Opinion

Excellent way to become familar with robotics concepts but I was disappointed with the programming kit.
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Aggregate Reviews

(PcMag) rating: 4.0

For owners only

Pros

Lets you design robots with many different functions
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Cons

For serious builders only
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Technical data

Age: high school kids
Bluetooth: false
Competition events: FIRST Vex Challenge
Controller: 2 PIC18F8520 microprocessors with sixteen ports
Ease of use: Robotic machines in hours
Manufacturer: Vex
Model: 2762151
Programmable: yes
Programming: EasyC Programming Kit or our Prototype Programming Kit
Release date: June 2005
Remote control: Radio control transmitter and receiver with a range 35 to 40 meters
Sensors: 4 sensors: two rugged bumper switches and two more sensitive microswitches. Additionally you can buy light sensor or the ultrasonic range finder.
Servos: 3 variable-speed motors, 1 servo motor that moves forward and back through a 120-degree arc
Bluetooth: technology that makes possible to transmit signals over short distances between telephones, computers and other devices, like household appliances, without the use of wires.
Controller: it is a control circuit for a servo. In the simples case it is a remote control unit that has one or more joysticks, knobs or levers. Direct digital control (i.e. not remote control) of a servo is relatively simple if a stable, accurate timebase is available. A microprocessor or microcontroller with a quartz crystal driven clock will do fine.
Sensor: a device that responds to a stimulus, such as heat, light, or pressure, and generates a signal that can be measured or interpreted.
Servo (servo motor): is any kind of electric motor whose speed or position is controlled by a closed loop feedback circuit. An example is the drive motor in a floppy disk drive, which must maintain an exact rotational speed. The speed of the motor is measured by a tachometer that is physically coupled to the output shaft of the motor. The tachometer produces a voltage that is proportional to the speed. This voltage is compared to a reference point and the difference, or error, is used to adjust the speed of the motor, either up or down.

Features

  • Over 500 parts including a chassis, wheels, motors, gears and a controller.
  • Remote control with alternate frequencies lets you operate multiple robots at the same time.
  • Detailed user guide.
  • Build your own robot. This kit offers unlimited design possibilities with instructions for three configurations (4-wheel robots, crawlers etc.).
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