Wireless Sensor Monitoring • Learn IoT & Automation • STEM Agriculture Project
⚠️ Note: This kit does not include batteries. You will need to purchase 6 × AA batteries separately.
Step into the future of agriculture with this ESP32-based Smart Farm Kit — a hands-on educational platform designed to teach Internet of Things (IoT), sensor integration, and intelligent farm management.
This comprehensive kit integrates multiple environmental sensors and wireless communication modules, allowing you to build and program your own automated smart farming system.
Through guided tutorials and practical experiments, you will learn:
How IoT systems work
How to connect and program sensors
How to collect and process environmental data
How to automate farm management using wireless communication
How to design intelligent monitoring systems through coding
This kit provides real-world applications of technology used in modern smart agriculture.
The kit includes multiple essential modules used in intelligent farming systems:
Photoresistor (Light Sensor) – Monitor sunlight intensity
Soil Humidity Sensor – Measure soil moisture levels
Water Level Sensor – Detect water availability
ESP32 Wireless Communication Module – Enable WiFi and Bluetooth connectivity
By combining these modules, you can create a fully functional IoT-based farm monitoring system.
Understand how sensors gather data and how that data is processed and applied in real-world systems.
Step-by-step experiment guides
Video instruction
Example codes
Complete project documentation
These resources help learners deeply understand both hardware and software components.
Powered by the ESP32 control board, this kit offers:
Excellent scalability
Wireless connectivity (WiFi 2.4G & Bluetooth v4.2)
Customisable system design
Endless expansion possibilities
Create your own intelligent farm projects and expand your IoT knowledge.
This kit not only improves hands-on skills and creativity but also cultivates:
Technological innovation awareness
Logical thinking
Data-driven decision making
Engineering problem-solving ability
Perfect for students, STEM programs, makers, and future innovators.
Working Voltage: 5V
Battery Voltage: 9V
Maximum Output Current: ≤1.5A
Maximum Power Consumption: ≤10W
WiFi Frequency: 2.4G
Bluetooth Protocol: v4.2 Full Standard
Dimensions: 255 × 185 × 130mm (±1%)
Working Temperature: –10°C to +65°C
STEM education programs
IoT beginners
Robotics & electronics students
Agricultural technology projects
Coding and automation training
📘 Additional Information & Resources:
https://fs.keyestudio.com/KS0567





















