The Arduino Nano ESP32 - Pro IoT Microcontroller - Best for Wireless projects is an ESP32-based Nano-format board positioned for wireless integration work, listed at Rs 2,332 on Tech Depot India; specification and procurement details for the Arduino Nano ESP32 - Pro IoT Microcontroller - Best for Wireless projects are available on our store.
What is the Arduino Nano ESP32 - Pro IoT Microcontroller?
As indicated by its name, this unit combines the Nano board footprint with an ESP32-class processor, which typically brings integrated Wi-Fi and Bluetooth to the design. For an engineer evaluating boards for a connected-device prototype, the Nano ESP32 family is positioned specifically for use cases where wireless communication is a core requirement rather than an add-on.
Retaining the Nano pinout keeps this board interchangeable with existing Nano-format carrier boards and enclosures in many designs. Full electrical and pin-mapping documentation for the Nano ESP32 IoT microcontroller is provided on the product listing and should be consulted before finalizing a design.
Arduino Nano ESP32 - Pro IoT Microcontroller - Best for Wireless projects projects — what you can build
- A wireless sensor node reporting telemetry to a gateway or cloud endpoint
- A Bluetooth Low Energy peripheral for a connected device prototype
- An IoT proof-of-concept requiring both Wi-Fi provisioning and local sensing
- A remote monitoring node for an industrial or environmental deployment
- A compact controller for a product requiring both compute and connectivity in one footprint
Arduino Nano ESP32 options compared
| Product | Price | Notes |
|---|---|---|
| Arduino Nano ESP32 - Pro IoT Microcontroller - Best for Wireless projects | Rs 2,332 | ESP32-based Nano board positioned for wireless/IoT use |
| Arduino NANO ESP32 with Headers | Rs 2,599 | Same ESP32-based Nano platform, supplied with headers fitted |
| ESP32 WROVER E CH340 ESP32 DEVKITC Core Board for Arduino | Rs 1,491 | ESP32 WROVER-E based core development board |
| ESP32-SOLO-1 IoT Development Board Module for Arduino | Rs 1,498 | ESP32-SOLO-1 module based IoT development board |
Arduino Nano ESP32 - Pro IoT Microcontroller - Best for Wireless projects specifications
For complete and current Arduino Nano ESP32 - Pro IoT Microcontroller - Best for Wireless projects Specifications — chipset, RF module and pin-mapping details — refer to the product page rather than a general summary.
Buy Arduino Nano ESP32 - Pro IoT Microcontroller - Best for Wireless projects Online in India
Tech Depot India fulfils orders for this board from Bengaluru, Delhi NCR and Hyderabad, with delivery pan-India — Mumbai and Chennai included — within 8-10 working days, and a GST invoice issued for every transaction. Procurement is prepaid only, processed via Razorpay (UPI, cards or net-banking); this is a standard consideration for teams evaluating the Arduino Nano ESP32 - Pro IoT Microcontroller - Best for Wireless projects Price in India against other sourcing options. Engineers searching for the best Arduino Nano ESP32 - Pro IoT Microcontroller - Best for Wireless projects for a wireless build will find a 15-day warranty against manufacturing defects on every unit, applicable if reported within 5 days of receipt. For procurement queries, contact WhatsApp or techdepotindia@gmail.com, or review the broader microcontrollers collection.
Frequently asked questions
What is the Arduino Nano ESP32 - Pro IoT Microcontroller - Best for Wireless projects Price in India?
This board is listed at Rs 2,332 on Tech Depot India, with a GST invoice issued on every order.
What is the expected delivery timeframe?
Orders are dispatched from Bengaluru, Delhi NCR or Hyderabad and typically reach customers pan-India within 8-10 working days.
What warranty coverage applies?
A 15-day warranty against manufacturing defects applies, provided the issue is reported within 5 days of delivery.
What payment methods does Tech Depot India accept?
Payments are prepaid only, accepted via Razorpay (UPI, cards or net-banking), with a GST invoice issued for every order.