Nvis 3302ARD RoboCar

• Robot Mechanism:

- Motors: 2 metal geared 12V DC/150rmp/2Kgcm
- Interconnection for modules: CBK male connector

• Robotic Processor Board:

- Arduino processor with on board Zigbee for movements Control.
- Arduino Controller IC - Atmega328P
- FT232 PCB for USB programming
- Motor driver ICs - L293d
- On board Zigbee 2.4 GHz for robotic control
- Sensor interfacing PCB, CBK male connectors plug able onboard.
- Sensor interface PCB with facility
        -- Ultrasonic
        -- Accelerometer(on range: ±2g, ±4g, ±8g, ±16g)
        -- Gyro scope(on range: ±2g, ±4g, ±8g, ±16g)
        -- 4 Analog sensors and 1 Digital
        -- 6 PWM servomotors optional
- USB 2.0 compatible for programming PCB
- 16 MHz Crystal Oscillator
- Separate reset switch facility for Zigbee, controller
- On board 4 SMD LEDs for digital output indicator
- Rechargeable batteries 8.4V /3000mAh (Lithium battery)
- DC Charger Supply 9volt/700mAh.
- On Board battery charger
- On Board separate Supply +5V, +3.3V

• The Robotic Mechanical Structure:

- Dimension: 190 x 190 x 80mm Dual rim
- Weight: 1kg approx

• Included Accessories:

- DC Adapter 9V/700mA: 1 no.
- Product tutorial CD: 1 no
- USB Cable B type: 1 no
- Zigbee base with Zigbee: 1 no

• Optional Accessories:

- AVR USB Programmer: 1 no.
- Simtel Robotics: 1 no

• To study the:

- Basic robotic theory
- Board Configuration and pin configuration
- Programming on Arduino (ATmega328P) Processor
- Control DC Motor
- Ultrasonic Sensor
- Zigbee Interface with robot control
- Gyreosensor with accelerometer
- Arduino Software hardware Interfacing
- Accelerometer interfacin
- Gyroscope interfacing
- Led interface
- Learn to interface various Sensor modules