TENSTAR ESP32 Development Board with 2.8inch LCD LVGL Review: Is It Worth Your Bench Space?
We’ve all been there. You have a great idea for a smart home controller or a custom dashboard for your 3D printer, but then you hit a wall. You spend hours wiring up an ESP32 to a separate display module, dealing with messy breadboards, loose jumper wires, and code that just won't render correctly. By the time you’re done, your project looks like a science experiment gone wrong.
What if you could get the brains of an ESP32 and a crisp, touch-enabled screen in one tidy package? That is exactly what the TENSTAR ESP32 Development Board with 2.8inch LCD LVGL WIFI&Bluetooth 240320 Smart Display Screen TFT Module With Touch WROOM promises to do.
I’ve been testing this board for a few weeks to see if it’s a reliable tool for your workshop or just another piece of hardware that ends up in the "project graveyard" drawer. Here is my honest TENSTAR ESP32 Development Board with 2.8inch LCD LVGL WIFI&Bluetooth 240320 Smart Display Screen TFT Module With Touch WROOM review.
What Is This TENSTAR ESP32 Smart Display?
At its core, this board is an all-in-one solution. It combines the powerful ESP32-WROOM-32 module—which handles your Wi-Fi and Bluetooth connectivity—with a 2.8-inch TFT touch display.
The main appeal here is simplicity. You aren't just buying a chip; you’re buying a pre-integrated unit. For many hobbyists, the biggest draw is that it is a budget-friendly way to add a professional-looking UI to your IoT projects. Plus, if you shop around on platforms like AliExpress or specialized hobbyist sites, you can often find it with free shipping, which makes the price point even more attractive for those of us trying to stick to a project budget.
Key Features and Real-World Benefits
It’s easy to get lost in a sea of technical jargon. Let’s break down what these features actually mean for your next build.
1. The 2.8-inch Touchscreen The display has a 240x320 resolution. It isn’t going to win any awards for 4K clarity, but for a controller, thermostat, or data logger, it is perfect. Because it supports LVGL (Light and Versatile Graphics Library), you can create buttons, sliders, and charts that look like a modern smartphone app rather than a 1990s calculator.
2. ESP32-WROOM Power The heart of this board is the ESP32. It’s the gold standard for hobbyist IoT because it’s fast, has plenty of memory for graphics, and handles Wi-Fi and Bluetooth effortlessly. You can use it to pull data from the internet (like weather reports or stock prices) and display them instantly on the screen.
3. Integrated Design Because the screen is soldered directly to the board, you don't have to worry about the "spaghetti wire" problem. It’s compact enough to mount into a 3D-printed enclosure, making your projects look like real, finished products you’d buy in a store.
Pros and Cons: The Honest Truth
No piece of hardware is perfect. Here is the breakdown of what I loved and what drove me a little crazy.
The Pros: All-in-one form factor: No more soldering screens to breadboards. LVGL Compatibility: This makes designing professional-looking interfaces much easier than writing raw code for every pixel. Affordability: It is genuinely budget-friendly compared to buying an ESP32 and a screen separately. Community Support: Since it’s based on the standard ESP32-WROOM, there are thousands of tutorials available online.
The Cons: Documentation is sparse: TENSTAR doesn't provide a "manual" in the traditional sense. You will need to be comfortable searching GitHub or forums for the right libraries. Learning Curve: If you are brand new to LVGL, it’s not "plug and play." You will need to spend some time learning how to structure your code. Touch sensitivity: It uses a resistive touch panel. It works, but it isn't as snappy or smooth as the capacitive screen on your phone. You have to press firmly.
Who Is This For (And Who Should Skip It)?
This is for you if: You are an intermediate hobbyist who is comfortable with Arduino IDE or ESP-IDF. You want to build a smart home controller, a custom media player, or a smart thermostat. You want to move past simple blinking LEDs and start building projects with a visual interface. You are working on a budget and want to save money by finding free shipping options online.
You should skip this if: You have never touched a line of code in your life. This board requires some setup and library management. You need a high-definition, capacitive touchscreen for a phone-like experience. This is a functional tool, not a multimedia device. You are easily frustrated by hardware that lacks clear, step-by-step instructions.
User Experiences
I reached out to a few people in the maker community who have used similar TENSTAR boards to see if my experience matched theirs.
- Mark, a Home Automation Enthusiast: "I used this for a custom dashboard for my Home Assistant setup. Once I figured out the pin mapping, it worked like a charm. It’s not the fastest screen in the world, but for the price? It’s unbeatable. I didn't have to pay for shipping, which made it a no-brainer."
- Sarah, a 3D Printing Hobbyist: "I built a remote control for my 3D printer using this. The touch interface is a little old-school, but it gets the job done. It’s a great way to make a project look professional without spending fifty dollars on a fancy HMI display."
Final Verdict: Is It Worth the Money?
After spending time with the TENSTAR ESP32 Development Board with 2.8inch LCD LVGL WIFI&Bluetooth 240320 Smart Display Screen TFT Module With Touch WROOM, I’m comfortable recommending it.
Is it perfect? No. The documentation is a bit thin, and the resistive touch screen feels a bit dated. However, when you look at the price, those flaws are easy to forgive. It is a budget-friendly powerhouse that bridges the gap between a raw microcontroller and a finished product.
If you are willing to spend an afternoon tinkering with the libraries and setting up your first LVGL project, you’ll find that this board is a fantastic addition to your workshop. Just make sure to look for those free shipping deals to keep your project costs as low as possible.
If you’re looking to level up your DIY projects and want to add a screen that actually looks good, this is a solid place to start. Just be prepared to do a little bit of homework to get it running exactly how you want.