Found a better price?
Let us know!
We'll try to match the price for you
Witty Fox - ESP32 Storm Board with On-Board Li-ion Battery & Wireless Programming
People Also Buy
Witty Fox - ESP32 Storm Board
The Witty Fox ESP32 Storm board is an easy-to-use prototyping board developed specially keeping IoT Applications in mind. It allows users to upload their program wirelessly (OTA) by default or connect to the laptop using Witty Fox ESP Programmer. With mostly all usable GPIO breakouts of ESP32 neatly organized with power pins to aid the user in quick prototyping. It also has multiple breakouts for both SPI and I2C interfaces, as well as a dedicated breakout for the PIR sensor.
If want you can make NFC based security door lock and for that you will need few essential components like:
- Witty Fox NFC board
- 12V Solenoid lock
- 5V relay module
- Jumper Wires
- 5V microUSB Power adapter
- 12V Power adapter
The in-built battery charging and protection board can be easily replaced by the user in case of any damage to the product caused during prototyping. It features a low dropout on-board linear regulator by Microchip Technology[TM] for operation with Li-Ion batteries. The board comes along with a 1000 mAh Lithium-ion battery.
Video Tutorial of Witty Fox - ESP32 Storm Board:
Over The Air (OTA) | Wirelessly Program Witty Fox ESP32 Storm Board using Arduino IDE
Package Includes:
- 1 x Witty Fox ESP Storm Board
- 1 x In-Built Li-ion Battery Pack
Specifications:
| Brand | Witty Fox |
| Model | ESP Storm Board |
| Dimensions | 12.7 x 9.91 x 5.08 cm |
| Weight | 100grams |
| Style | Storm Board with battery |
1. WHAT IS AN ESP32 STORM BOARD USED FOR?
- The ESP32 storm board is used to build any embedded solution or prototype embedded applications. It is also a good platform for a beginner who wants to get a quick start in learning about embedded systems and IoT.
2. WHAT PROGRAMMING LANGUAGES CAN I USE TO PROGRAM THE ESP32 STORM BOARD?
- You have several options here as the ESP32 Storm Board supports multiple programming languages. The two most widely used frameworks are the ESP-IDF and Arduino Framework.
