Raspberry Pi just gave DIY dashboard builders exactly what they’ve been asking for. The company has expanded its official touchscreen lineup with a 10-inch Raspberry Pi Touch Display 2, joining the 5-inch and 7-inch models. It is aimed squarely at anyone who has been cramming a dashboard onto a screen that feels just too small.

For a long time, if you've wanted a laptop built to last, there's been a single easy-to-remember bit of advice: buy a ThinkPad. These laptops have long been designed with business customers in mind, so they're made to be durable and repairable. Yet there's now a better brand if you want a laptop that's not only repairable—but upgradeable.

A little over a month ago, we featured a project from [Igor] who built 64 bits of DRAM from scratch using discrete components. Jokes about memory pricing aside, he did have a use case for such a small amount of memory — he is using it in a custom-built drum machine. But featuring the memory build and not the drum machine was perhaps putting the cart before the horse, so in this video, [Igor] shows off the construction of each part of his impressive 16- or 64-step sequence drum machine.

This isn’t Igor’s first drum machine, either, although his previous build was a bit more limited. It had fewer steps in the sequence and didn’t quite have the range of his newer model. The upgraded version can play more steps but also includes force-sensitive drum pads based on piezo sensors and more voices (drums) as well. Each voice is built electronically using various op-amps and passive components, and [Igor] has the schematics for each of them, as well as every other part of the drum machine, for those looking to recreate any part of this on their own. There’s a lot going on in this lengthy video as well, so for the musically inclined, it’s worth taking a look in full.

Now that our horse is in the correct position in front of the cart, it’s worth going back and looking at the memory build if you missed it when it first ran. A small amount of memory makes the machine programmable rather than just playable, and truly expands the capabilities of a machine like this in the recording studio.

BitWarden is a fantastic password manager, but if you're averse to recurring costs (especially in the form of subscriptions), the recent price hikes could be difficult to accept.

I wanted a new mesh Wi-Fi system badly a few years ago, but simply couldn't afford one. Instead of spending money I didn't have on Wi-Fi networking gear that I didn't really need, I repurposed my old router and it gave me almost everything I was looking for without costing me a dime.

You no longer have to spend a fortune to get a quality, automated, hands-off 3D printer. This is a sentence I didn't expect to write just a few years ago, but it's reality today. Here's how I used an off-the-shelf, untuned cheap 3D printer to print something that even my more expensive printers would have struggled with.

Are you looking at building your homelab on a Raspberry Pi foundation? This Raspberry Pi alternative actually competes with mini PCs more than the Raspberry Pi, but it still might not be the best choice for your homelab.

I’ve spent more hours than I care to admit diagnosing stubborn Windows problems: sluggish laptops, desktop crashes, weird startup behavior, you name it. Over the years, I’ve used plenty of different tools, from flashy “PC optimizers” that promise too much, to hidden system utilities that actually deliver. What I’ve learned is that many of the best ones are lightweight, reliable, and give you a clear view of what’s really happening under the hood, so to speak.

Sometimes you just want to sit in the garden under the shade of a tree and doom-scroll social media. If you have a small or medium-sized garden, then your mesh Wi-Fi system in your home will probably do a decent job of keeping you connected. Especially if you have one mesh unit just inside a window, like I do!

3D printers can take a while to prove their worth around the house. You can have all sorts of fun printing toys, but it’s household repairs and objects that feel like quality-of-life improvements that’ll have you coming back for more.

When it comes to buying power tools for DIY projects around the house, many people instantly think of hardware stores like Home Depot or Lowe's, but Walmart is quietly becoming a go-to destination with more affordable options. While Ryobi and Milwaukee are great, Walmart's popular hand tool brand, Hyper Tough, is slowly but surely becoming a solid option for power tools.

Home Assistant is, in my opinion, the best smart home software available. It's free, open-source, privacy-focused, works with a huge number of devices, and can make your smart home do almost anything you can think of. Despite all that, Home Assistant definitely has its faor share of problems.

A NAS is a great way to host a few services and back up your files, but you shouldn't rely on one device to protect you against file loss. I have two separate NASes on my network that do two very different things: One serves as a daily driver, the other is "cold storage" that only receives periodic backups.

Are you ready for another round of weekend homelab projects to try out? This weekend, I'm showing you a unique note-taking app, how to add third-party cameras to HomeKit, and also how to keep track of your Jellyfin server's stats.

Whether you have a garage full of Ryobi tools, a work truck packed with Milwaukee or DeWALT, or use any other major power tool brand, you know that the battery packs are just as important as the tools. They're expensive, too. And chances are, you're not storing them right. Thankfully, a few new habits or systems can extend runtime and prevent premature failure.

Have you seen Reddit threads telling you that self-hosting will save you money? Here are four self-hosting projects the community raves about that actually cost more than what they're meant to replace.

You might just have a solution if you need an extra-tiny board for your do-it-yourself electronics projects. Moddo has made what it says is the "world's smallest" Arduino-compatible board, the Pinch.

Full body tracking in VR applications involves attaching sensors to one’s body, and [Jaki] has a DIY method to do it on the cheap: the Vive Tracker Lite project repurposes Vive controllers as lighthouse-based trackers, no hardware modifications required.

A common method of doing body tracking is to strap on some Vive trackers. Those are extremely hacker-friendly pieces of hardware, but [Jaki] observed that older Vive VR controllers can be had for cheap, and already contain everything a tracker needs. Some new firmware and a custom mount is all it takes to turn them into perfectly usable body trackers.

But what about a wireless receiver? [Jaki] has that covered as well with the $5 Viva Dongle, which uses a Pro Micro NRF52840 to act as a cheap DIY alternative to the official dongle hardware.

We appreciate the effort put into making this project accessible to everyone, even novices. [Jaki]’s put effort into a Python program with a full GUI to make the flashing of firmware as easy as possible for both projects. Experimenting with body tracking in VRChat or games with mods is just some recycled hardware away.

Granted, a Vive controller is not the slimmest piece of hardware, but all it takes is a firmware change and a 3D-printed fixture to make a perfectly serviceable tracker. That being said, we’re sure an enterprising hardware hacker may crack a controller open and embark on a serious rebuild, or even interface to some of the inputs in a clever way. If you’ve done that or know of someone who has, drop us a note on our tips line because we’d love to see it.

[lcamtuf] is not just a calculator superfan, but also a skilled builder. That much is evident in the fabulous  design of Calcumator 2000, an electromechanical calculator that uses voltmeter readouts as digits (plus one at the bottom to represent decimal place). There are plenty of high-quality build images, so give it a look!

Calcumator 2000 is a bit of a love letter to a time when display technology hadn’t quite yet produced anything suitable for calculator use. This resulted in calculator designs that are generally unrecognizable compared to the 7-segment display based devices we see today. The Calcumator 2000, in all its electromechanical glory, would have fit right in that era.

The Calcumator 2000 has all the usual buttons one would expect from a simple calculator and drives a total of seven readouts, one of which acts as the decimal point. The idea of using voltmeters as digit displays came from [lcamtuf]’s voltmeter clock, an earlier work with a similar attention to detail in its design and assembly.

We want to take a moment to admire how clean the blue panel is. [lcamtuf] made it by painting one side of an acrylic panel, cutting the letters and design out on a CNC mill, then filling with white paint. The depth of the cuts gives the white elements a nifty multi-layer effect that really complements the design.

Want to see it work? Oh yes, you do. Check out the video, embedded just below.