Navigational Robot – Car-2 (Communications)
Master wireless control, multi-mode remote interfaces, and communication-driven robotics.
Car-2 is the second robot in the ZAS Navigational Robotics Series, designed to teach how robots receive commands, communicate wirelessly, and respond reliably in real time.
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Product Description
The Navigational Robot – Car-2 (Communications) teaches students how modern robots receive commands and operate through wireless communication systems.
Delivered fully assembled with a UK-engineered motor controller board and integrated power routing, Car-2 provides a clean, reliable robotic platform with no external wiring challenges.
The standout feature of Car-2 is its advanced UK-engineered Remote Controller, supporting button-based input, joystick steering, accelerometer-based tilt control, and gesture interfaces.
Using NRF24L01 radio, Bluetooth connectivity, and IR remote control, students gain hands-on experience with the three most widely used wireless technologies in robotics and embedded systems.
What’s Included
A complete wireless control and remote robotics platform.
- Fully assembled navigational robot car
- UK-engineered motor controller board (pre-mounted)
- UK-engineered remote controller board
- NRF24L01 radio communication module
- Bluetooth module
- IR remote and IR receiver
- MPU6050 accelerometer (remote control)
- Joystick module
- Gesture control interface
- 2 Arduino boards (car + remote)
- 2 OLED displays (car + remote)
- 2 × 18650 battery cases
- Battery charger
- Integrated power routing and charging system
What Can Students Do?
- Master wireless robot control using NRF24L01, Bluetooth, and IR
- Operate robots using buttons, joystick steering, and gesture input
- Implement accelerometer-based tilt control for driving
- Control DC motors and steering mechanisms remotely
- Learn command transmission and data packet structures
- Understand communication reliability and latency
- Receive live feedback via dual OLED displays
- Build real remote-controlled robotic systems used in engineering
Who Is This For?
- Students ready to build wireless and remotely controlled robots
- Schools teaching communication and control systems
- Robotics clubs developing multi-input robotic platforms
- Learners progressing toward autonomous and networked robots
Where This Fits in the Learning Journey
Car-2 builds on autonomous navigation by introducing wireless communication, remote control architectures, and multi-input interaction systems.
Sensor Kit → Motion Kit → Communication Kit → Car-1 → Car-2 → Autonomous Robots
Master Wireless Control in Real Robots
Enable students to design, control, and debug communication-driven robotic systems.
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