The ESP32-WROOM-B ESP32-DEVKITC Core Board for Arduino is a low-cost WiFi and Bluetooth development board, listed at Tech Depot India for Rs 759. Order it directly from the ESP32-WROOM-B ESP32-DEVKITC Core Board for Arduino product page.
What is the ESP32-WROOM-B DEVKITC core board?
This board pairs the WROOM-B variant of the ESP32 module with a DEVKITC-style core board layout, giving you a ready-to-use WiFi and Bluetooth development platform for Arduino projects. It's a core/dev board — the starting point of a build, not a finished gadget.
Check the product page for header layout and connector details before you start wiring anything to it.
ESP32-WROOM-B ESP32-DEVKITC Core Board for Arduino projects — what you can build
Realistic, common uses for a board like this — not tested claims about this specific unit:
- Entry-level WiFi/Bluetooth IoT projects
- Home automation experiments such as smart switches or sensors
- Cloud-connected data loggers
- Classroom and hobbyist ESP32 learning boards
- Prototyping before moving a design to a custom PCB
- Low-cost multi-node sensor network builds
ESP32 development board options compared
| Product | Price | Notes |
|---|---|---|
| ESP32-WROOM-B ESP32-DEVKITC Core Board for Arduino | Rs 759 | WROOM-B variant, DEVKITC layout, budget-priced core board |
| Arduino Nano ESP32 - Pro IoT Microcontroller - Best for Wireless projects | Rs 2,332 | Nano-form-factor ESP32 board for wireless projects |
| Arduino NANO ESP32 with Headers | Rs 2,599 | Same Nano ESP32 line, supplied with headers |
| ESP32 WROVER E CH340 ESP32 DEVKITC Core Board for Arduino | Rs 1,491 | WROVER-E variant with more onboard memory, DEVKITC layout |
How to get started
Start with the basics: install the ESP32 board definition in the Arduino IDE, connect the board over USB, and run a simple blink or serial-print sketch before touching WiFi or Bluetooth code. Confirm which COM port and driver your system needs on first connection — this is the step that trips up most first-time users, not the wireless code itself.
Once you've confirmed the board uploads and runs reliably, move on to a basic WiFi connection example from the ESP32 board package before building your actual project logic on top. Keep the pin-out from the product page handy while you wire up any external sensors.
ESP32-WROOM-B ESP32-DEVKITC Core Board for Arduino specifications
Full and latest specifications for this board are listed on the product page — check there for pin-out, module variant and connector details before finalising your build.
Buy ESP32-WROOM-B ESP32-DEVKITC Core Board for Arduino Online in India
Tech Depot India ships pan-India — Bengaluru, Delhi NCR, Hyderabad, Mumbai, Chennai and beyond — with a GST invoice on every order. Payment is prepaid only via Razorpay (UPI, cards or net-banking). Orders go out within 8-10 working days from Bengaluru, Delhi NCR or Hyderabad, and every unit carries a 15-day warranty on manufacturing defects (report within 5 days of delivery). For the Best ESP32-WROOM-B ESP32-DEVKITC Core Board for Arduino India has at this price point, order from the product page, browse the microcontrollers collection, or contact us via WhatsApp at https://wa.me/917828534155 or email techdepotindia@gmail.com.
Frequently asked questions
What is the price of the ESP32-WROOM-B ESP32-DEVKITC Core Board for Arduino in India?
It's priced at Rs 759 on Tech Depot India. Check the product page for the current price before ordering.
How long does delivery take?
Orders are dispatched from Bengaluru, Delhi NCR or Hyderabad and typically reach you pan-India within 8-10 working days.
What warranty applies to this board?
A 15-day warranty covers manufacturing defects, provided you report the issue within 5 days of delivery.
What payment methods work, and do I get a GST invoice?
Payment is prepaid only, via Razorpay (UPI, cards or net-banking). A GST invoice is issued with every order.
Will this board work with the Arduino sketches and shields I already use?
Check the pin-out on the product page against your existing setup and your other board's documentation before assuming compatibility.