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Explore The Future: Our Rover Project

A step towards innovation and discovery through space-inspired technology.

Futuristic space control room

Project Overview

Our rover is designed to test various sensors and systems that can help in exploration and environmental monitoring.

Precision Navigation

Guided by star-trackers and lunar maps.

Autonomous Sensors

Soil, gas & hazard detection on-the-fly.

Solar-Powered Endurance

Continuous energy from lunar daylight cycles.

Futuristic space rover Mars rover technology Yellow and gray robot toy

Components Used

Circuit board microchip

Motor Driver L298N

Controls the speed and direction of the motors efficiently.

Electronic devices on wood

BO Motor

Provides mechanical movement for the rover’s wheels.

Electronic city

RC Receiver & Transmitter

Allows wireless communication to control the rover remotely.

Jumper Wires

Connects electronic modules with flexibility and reliability.

Soil Moisture Sensor

Measures the moisture content in the soil for analysis.

MQ-2 Smoke Detector

Detects harmful gases and smoke in the environment.

Solar Panel

Provides renewable energy to power the rover sustainably.

How It Works

Step-by-step mission control flow

1️⃣

RC Transmitter sends commands

2️⃣

Receiver passes signals to Motor Driver

3️⃣

BO Motors move the rover

4️⃣

Sensors collect soil/gas data

5️⃣

Solar panel provides power

A control panel in a building at night
The control panel of a space station with notes on it
A view of a control room from above

Our Team

Mission control specialists driving innovation

USS Midway communication room

Mifzan Ansari

Lead Systems Engineer

Mars Solsector

Anuj Barman

Navigation Specialist

Swain Roy

Data Analyst

white and orange car showing license plate

Ayush Roy

Hardware Engineer