AZDelivery 5× LOLIN32 Lite V1.0 ESP32 Rev1 WiFi Bluetooth Boards with LiPo connector and 4MB flash

If you’re setting up an ESP32-based project and want to move quickly from “idea” to working prototype, this AZDelivery bundle makes sense on paper. You get five LOLIN32 Lite V1.0 boards, each with WiFi and Bluetooth support, plus a lithium battery connection interface for running projects without always being tethered to USB.

That’s the appeal: having multiple boards on hand for experimenting, swapping, or building small variations of the same setup. It’s not trying to be the most feature-packed ESP32 option in the world, but for tinkering, learning and making a few reliable demos, it has a practical target.

What it is and why people buy it

These are ESP-32 Rev1–based development boards (LֹLIN32 Lite V1.0) supplied as a 5-pack. Each board includes:

• WiFi and Bluetooth support
• 4MB flash memory
• Breadboard-friendly pins (26 pins designed to plug in and prototype more easily)
• Micro-USB power operation
• A lithium battery connector/interface rated for a maximum charge current of 500mA
• Built-in RF hardware support (antenna/balun RF, power amplifier, low noise amplifiers, filters and power management are described as already integrated)

In real-world prototyping terms, it’s the kind of board you reach for when you need wireless control (for example, a small sensor project that talks to your phone over WiFi, or a Bluetooth-connected experiment), but you also want the flexibility to power it from a LiPo when you’re away from the desk.

The essentials: wireless + prototyping workflow

For many buyers, the “worthiness” of an ESP32 board comes down to the day-to-day workflow. This one is positioned for quick experimentation, with multiple programming paths mentioned:

• Programming via Luascript
• Using the Arduino IDE
• Using MicroPython for quick prototyping

So, depending on how you like to work, it can slot into either a more traditional Arduino-style build or a faster scripting approach. And because the bundle contains five boards, you can keep one stable, while you test changes on the others—no constant “reset your only device” cycle.

One mild limitation to keep in mind: the included E-Book sounds helpful for getting started, but it doesn’t automatically replace learning the basics of WiFi/Bluetooth setup and wiring. If you’re expecting a fully turnkey, no-configuration experience, you may find it needs a bit of hands-on effort.

Key takeaways (what to expect in practice)

The boards are designed around the usual ESP32 dev-board expectations: wireless features, easy breadboard access, and a straightforward power path via Micro-USB. The addition of the lithium battery interface is the standout detail for people building portable projects.

What you’ll likely notice day to day:

• You can prototype on a breadboard thanks to the 26 pins being described as breadboard friendly.
• Charging from a lithium battery path is supported, but only up to the stated maximum charge current of 500mA.
• You’re not stuck with a single programming style—Arduino IDE, MicroPython and Luascript are all mentioned.

Where this sits in the market is pretty clear: it’s more of a practical “get started and iterate” pack than a high-end, specialists-only development platform.

Where it shines vs. what it may not suit

This bundle is most compelling if:

• You want multiple ESP32 boards so you can test code changes without downtime.
• You’re aiming for prototyping (sensors, simple controllers, wireless demos) rather than a final sealed product.
• You specifically want a lithium battery connector/interface for portable or semi-portable builds.

It may not be the best choice if:

• You only need one board and don’t want to pay for extra units you won’t use.
• You plan to push beyond the battery charging capability described (max 500mA). If your project requires different battery handling, you’ll want to double-check the approach.
• You need very specific documentation for your exact setup and expect everything to be tailor-made, the E-Book is “including useful information”, but the exact depth for every use case can vary.

Tech summary: key specifications mentioned

• Type: ESP-32 development board (Lolin32 Lite V1.0)
• Flash memory: 4MB
• Connectivity: WiFi and Bluetooth
• Power: Micro-USB operation
• Battery interface: lithium battery connector/interface with max charge current of 500mA
• Pins: 26 breadboard friendly pins
• Wireless hardware: antenna and balun RF, power amplifier, low noise amplifiers, filters and power management module are stated as integrated

What’s included and how the E-Book helps

The listing says the pack includes an E-Book with information to help you begin your project. It specifically mentions that it provides useful starting guidance, quick setup support, saves time on configuration, and includes application examples plus full installation guides and libraries.

That matters because getting wireless boards running can be the part that eats the most time. Having a referenced starting point (especially if you’re mixing Arduino IDE and MicroPython workflows) can reduce trial-and-error.

Is it worth it?

Worth buying if you want a small “ESP32 workshop” bundle: five ESP32 Rev1 boards with WiFi/Bluetooth, breadboard-friendly pins, 4MB flash, and a lithium battery interface capped at 500mA—plus an E-Book aimed at helping you get configured and coding sooner.

You may want to skip it if you only need a single board, or if you’re building something that needs battery charging behaviour outside the stated limit. It’s also not a substitute for learning the basics of wireless configuration and wiring, even if the guides and libraries are included.

Quick micro-usage example

Imagine you’re building a desk demo first: you wire a breadboard circuit to one board, flash a WiFi/Bluetooth sketch or script using your preferred environment (Arduino IDE, MicroPython or Luascript), and confirm it sends/receives data. Once it’s stable, you keep that board untouched and move to one of the other four boards to test your battery-powered version using the lithium connector/interface.

Mini FAQ

Can I power it from USB and also use a lithium battery?

Yes. The board can be operated via Micro-USB, and it also offers a lithium battery interface with a stated maximum charge current of 500mA.

Does it support both WiFi and Bluetooth?

The description says it supports WiFi and Bluetooth.

What programming options are mentioned?

The listing mentions programming via Luascript, with the Arduino IDE, or with MicroPython for quick prototyping.

Why buy a 5-pack instead of a single board?

The practical reason is iteration. Having multiple boards lets you test changes or keep a known-good version while you experiment.

Is the included E-Book essential?

It’s included and positioned to help with quick setup and configuration, plus examples and installation guidance, but you’ll still need to do some hands-on work for your specific project.