Project Overview
Our rover is designed to test various sensors and systems that can help in exploration and environmental monitoring.
Real-time Data
Continuous monitoring of environmental conditions
Remote Control
Wireless operation from any location
Components
Advanced technology powering our lunar exploration mission
Motor Driver L298N
Controls the speed and direction of the motors efficiently.
BO Motor
Provides mechanical movement for the rover's wheels.
RC Receiver & Transmitter
Allows wireless communication to control the rover remotely.
Female to Female Jumper Wires
Connects electronic modules with flexibility and reliability.
Soil Moisture Sensor
Measures the moisture content in the soil for analysis.
Smoke Detector Sensor MQ-2
Detects harmful gases and smoke in the environment.
Solar Panel
Provides renewable energy to power the rover sustainably.
How It Works
Command Input
Transmitter sends wireless signals
Processing
Receiver interprets and executes commands
Action
Motors and sensors respond accordingly
Signal Flow
- • Transmitter → Receiver → Motor Driver
- • Solar Panel → Power Management → All Systems
- • Sensors → Data Processing → Feedback Loop
Data Collection
- • Real-time environmental monitoring
- • Continuous sensor readings
- • Wireless data transmission
Real-time Control
Instant response to commands with minimal latency
System Integration
Seamless coordination between all components