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  • ESP8266 Weather Station DIY Kit IOT Starter Kits for Arduino with 0.96 OLED Display D1 MINI Wireless WIFI Bluetooth Module
  • ESP8266 Weather Station DIY Kit IOT Starter Kits for Arduino with 0.96 OLED Display D1 MINI Wireless WIFI Bluetooth Module
  • ESP8266 Weather Station DIY Kit IOT Starter Kits for Arduino with 0.96 OLED Display D1 MINI Wireless WIFI Bluetooth Module
  • ESP8266 Weather Station DIY Kit IOT Starter Kits for Arduino with 0.96 OLED Display D1 MINI Wireless WIFI Bluetooth Module
  • ESP8266 Weather Station DIY Kit IOT Starter Kits for Arduino with 0.96 OLED Display D1 MINI Wireless WIFI Bluetooth Module
  • ESP8266 Weather Station DIY Kit IOT Starter Kits for Arduino with 0.96 OLED Display D1 MINI Wireless WIFI Bluetooth Module
ESP8266 Weather Station DIY Kit IOT Starter Kits for Arduino with 0.96 OLED Display D1 MINI Wireless WIFI Bluetooth Module

ESP8266 Weather Station DIY Kit IOT Starter Kits for Arduino with 0.96 OLED Display D1 MINI Wireless WIFI Bluetooth Module

$3.60-$6.30/ Piece|1 Piece/Pieces(Min. Order)
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ESP8266 Weather Station DIY Kit IOT Starter Kits for Arduino with 0.96 OLED Display D1 MINI Wireless WIFI Bluetooth Module

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Environmental Monitoring: Equipped with a DHT11 temperature and humidity sensor for real-time data collection, displayed on the integrated 0.96" OLED screen.
  • IoT Connectivity: Powered by an ESP8266/ESP32 microcontroller with built-in Wi-Fi and Bluetooth, enabling wireless data transmission and remote control for IoT applications.
  • Modular Expansion: Features GPIO pins for seamless integration with additional sensors, actuators, and external devices, supporting diverse project requirements.

Key features

  • 1. Durable and Compact Design

    • With a sturdy FR4 PCB and surface-mount components, you can achieve a robust and compact form factor, offering superior durability compared to through-hole designs*.

  • 2. Real-Time Data Monitoring

    • With an integrated 0.96-inch OLED display, you can view temperature, humidity, and other sensor data directly on the board, eliminating the need for external devices*.

  • 3. Seamless Wireless Connectivity

    • With built-in Wi-Fi and Bluetooth capabilities, you can connect to the internet or devices for remote control and monitoring, surpassing traditional wired setups in convenience*.

  • 4. Versatile IoT Project Adaptability

    • With GPIO pins and sensors like the DHT11, you can customize solutions for home automation, environmental monitoring, or industrial applications, outperforming single-purpose devices in flexibility*.

  • 5. Compliance with Industry Standards

    • With FCC-certified wireless modules, you can ensure regulatory compliance for reliable operation in global markets, meeting safety and performance benchmarks*.

Product details

ESP8266 Weather Station DIY Kit IOT Starter Kits for Arduino with 0.96 OLED Display D1 MINI Wireless WIFI Bluetooth Module

The ESP8266 Weather Station DIY Kit is a compact IoT development board designed for prototyping and experimenting with electronic projects. Equipped with a 0.96" OLED display, Wi-Fi/Bluetooth connectivity, and environmental sensors, it enables users to build smart devices like weather monitors, home automation systems, and IoT prototypes. Its modular design and versatile components make it ideal for hobbyists, educators, and professionals.

Technical specifications

FeatureSpecificationApplication Scenario
MicrocontrollerESP8266/ESP32 (upgradable)IoT devices, Wi-Fi-enabled sensors
Display0.96" I2C OLED (128x64 pixels)Real-time data visualization
ConnectivityDual-mode Wi-Fi/BluetoothRemote monitoring and cloud integration
SensorsDHT11 (temperature/humidity)Environmental monitoring systems
GPIO Pins12+ programmable I/O pinsCustom sensor/actuator integration
Power SupplyMicro USB (5V)Portable or desktop-based projects
MaterialFR4 PCB with SMT componentsDurable, high-reliability applications

Customization guide

Adjustable parameters include GPIO pin configurations, sensor types (e.g., DHT22 for higher accuracy), and firmware programming languages (C/C++, Python, Node.js). Users can customize the board to meet specific needs, such as adding GPS modules for geolocation or motor drivers for robotics projects.

Get inspired

Turn your ideas into reality with this versatile development kit. Build a smart weather station to track environmental conditions, create a Wi-Fi-connected alarm system, or integrate it into a home automation network. With its open-source ecosystem, you can experiment freely and scale your projects from prototypes to real-world solutions.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
MicrocontrollerESP8266 (80MHz)ESP32 (160MHz)ESP32-S3 (240MHz)*
Memory4MB Flash8MB Flash16MB Flash
ConnectivityWi-Fi (2.4GHz)Wi-Fi + Bluetooth 4.2Wi-Fi 6 + Bluetooth 5.0
Sensor CompatibilityDHT11, basic GPIODHT22, light/IR sensorsMulti-sensor array support
Expansion OptionsStandard headersStackable headersPCIe/M.2 expansion ports

Supplier's note

  1. Technical Breakthroughs:

    • The Pro Model’s ESP32-S3 microcontroller (240MHz) offers 50% faster processing than the Base Model, enabling real-time data analysis for industrial IoT.
    • Wi-Fi 6 support in the Pro Model ensures 30% faster connectivity compared to traditional Wi-Fi 4, ideal for high-bandwidth applications.
    • The Advanced Model’s Bluetooth 4.2 allows seamless pairing with smartphones for remote control, a key upgrade over the Base Model’s Wi-Fi-only design.

  2. Optimal Version Selection:

    • Hobbyists/Beginners: Choose the Base Model for cost-effective prototyping of basic IoT projects like weather stations.
    • Educators/Intermediate Users: Opt for the Advanced Model to teach advanced concepts like Bluetooth integration and multi-sensor systems.
    • Professionals/Enterprise: The Pro Model’s high-speed Wi-Fi 6 and 16MB Flash make it ideal for industrial IoT deployments, such as smart agriculture or factory automation. With triple the memory of the Base Model, it supports complex firmware and multi-tasking.

*Pro Model’s ESP32-S3 includes built-in Bluetooth Low Energy (BLE) for energy-efficient connectivity.

Frequently asked questions

  • Which IoT development board suits small-scale weather monitoring projects like home use?

  • How do I clean the micro USB port on the ESP8266 development board?

  • ESP8266 vs ESP32: Which is better for basic IoT prototyping?

  • Can I customize this kit to add additional sensors for environmental monitoring?

  • Is the DHT11 sensor in this kit FDA-approved for commercial IoT applications?

  • Does the OLED display support real-time data visualization for weather parameters?

  • How to program this board using Python for IoT automation?

  • Is this ESP8266 kit compatible with Arduino IDE for rapid prototyping?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
MicrocontrollerIoT prototyping, Home AutomationESP8266 (80 MHz, 64 KB RAM) ▲
ESP32 (160 MHz, 520 KB RAM) (Advanced)		Low power consumption; Built-in Wi-Fi/Bluetooth ▲
Higher processing power (Advanced)		Limited RAM (Base); Requires external power for complex tasks (Base)
OLED DisplayReal-time data visualization0.96" (128x64 pixels) ▲
Industry: 0.91" (128x32 pixels)		Clear text/graphic display; Low power usageSmaller screen than high-end kits (e.g., 1.3" displays)
SensorsEnvironmental MonitoringDHT11 (0–50°C, ±2°C accuracy) ▲
Advanced: BME280 (±0.5°C, humidity/pressure)		Affordable baseline sensing ▲
Higher precision (Advanced)		DHT11 drifts over time; No pressure sensing (Base)
ConnectivityRemote MonitoringWi-Fi (802.11 b/g/n) ▲
Bluetooth 4.2 (Advanced)		Seamless IoT integration ▲
Bluetooth compatibility (Advanced)		No 5GHz Wi-Fi support (Base); Requires coding for Bluetooth (Advanced)
GPIO PinsCustom Sensor Integration17 GPIO (Base) ▲
27 GPIO (Advanced)		Flexible peripheral expansion ▲
Supports complex projects (Advanced)		Limited pin count for multi-sensor setups (Base)
Material & DurabilityIndustrial/Outdoor ProjectsFR4 PCB (1.6mm thickness) ▲
Industry: 1.5mm (Standard)		Rugged design for prototyping ▲
Thermal resistance (Advanced)		Thinner PCBs may warp under heat (Standard); No IP rating (Base)

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