Raspberry Pi & electronics bench
A Pi 5 that doesn't throttle or brown out, a Pico for the bare-metal stuff, and the iron and meter that outlast every project.
A Raspberry Pi 5 is a real Linux computer with GPIO pins, which makes it the best place to learn electronics, Python hardware hacking and self-hosting at once. Pair it with a Pico 2 W for projects that need to run for months on a battery or react in microseconds, and buy a handful of proper tools: a temperature-controlled iron and a decent multimeter outlast every project you will build.
The two mistakes that cause most 'my Pi is flaky' threads are a phone charger instead of the 5 V/5 A supply, and running for months off a cheap microSD card. The bundle in the recommended tier fixes both: it ships the official supply and boots from NVMe.
If the Pi ends up as an always-on server, the homelab kit explains when a $200 N150 mini PC is the better tool, and the privacy kit uses a Pi Zero 2 W as a Pi-hole.
The kit
8GB Pi 5 booting from NVMe, Pi and Pico kits, a better meter, a logic analyzer. The bench most hobbyists settle into.
Budget is our editorial estimate (USD, Oct 2026) from the sum of items you keep. It is not an Amazon price; check live prices on Amazon.
- 01 · Computer (bundle)$$
Raspberry Pi Pi 5 8GB NVMe bundle (board, case, active cooler, M.2 HAT+, 27 W PSU)
The whole Pi 5 desktop in one box, with the fan and the 5 A supply people forget.
The Pi 5 is two to three times a Pi 4, has PCIe for NVMe, and 8GB is the sweet spot for desktop plus Docker use. Bundles save the three separate orders that beginners get wrong: the official 27 W supply (phone chargers cause undervoltage), the active cooler (it throttles without one), and the M.2 HAT. Add a 256–500GB 2230/2242 NVMe. The 16GB Pi 5 is only worth it as a home server or for small LLMs.
Includes PSU, cooler, case and the M.2 HAT+. Add a 256–500GB 2230/2242 NVMe (~$35).
- soc
- BCM2712 (4× A76)
- ram
- 8GB
- storage
- M.2 HAT+ (PCIe 2.0)
- 02 · Project kit$$
Freenove Ultimate Starter Kit for Raspberry Pi 5
220+ parts and a 900-page project book in Python, C and Java.
The GPIO extension board and ribbon cable alone make Pi prototyping sane; then you get sensors, motors, an LCD, a breadboard and a tutorial that actually explains the circuits. SunFounder's kits are equally good. One of these is how most people learn electronics.
- parts
- 220+
- languages
- Python / C / Java
- tutorial
- 900+ pages PDF
View on Amazonpaid link - 03 · Microcontroller kit$$
Freenove Ultimate Starter Kit for Raspberry Pi Pico 2 W (board included)
A $7 Wi-Fi microcontroller plus a guided path through MicroPython and C.
The Pico 2 W's RP2350 runs for months on a battery and reacts in microseconds, the two things a Linux Pi cannot do. This kit includes the board with headers soldered and the same 200-part, big-tutorial approach as the Pi 5 kit. Most people end up with both a Pi 5 and a Pico.
- mcu
- RP2350 dual-core
- radio
- Wi-Fi + BT
- language
- MicroPython / C
View on Amazonpaid link - 04 · Passives & breadboardsoptional$
ELEGOO Upgraded Electronics Fun Kit (passives, LEDs, breadboard, jumpers)
The resistors, capacitors and jumper wires you will run out of first.
The starter kit's single breadboard fills up fast. This adds a second breadboard, a power module, and enough passives that you stop stalling projects for a $0.02 resistor. Add a three-pack of 830-point breadboards if you keep more than one project alive.
Find on Amazonpaid link - 05 · Multimeter$$
Klein Tools MM400 multimeter (auto-ranging, temperature)
Fast continuity beeper, DC volts, resistance, temperature. Rugged.
For hobby electronics you need DC volts, a quick continuity beep and resistance; the MM400 does those well and adds temperature and CAT III ruggedness. The ANENG AN8008 at $25 is the r/AskElectronics budget darling with true RMS; a Fluke 101 is the one you buy when you want a meter that outlives you.
Find on Amazonpaid link - 06 · Soldering iron$
Pine64 Pinecil V2 soldering iron (USB-C PD)
Heats in 12 seconds, runs open-source IronOS, lives in a drawer.
The overwhelming hobbyist recommendation: powered from a 65 W USB-C laptop charger, temperature-controlled, takes cheap TS100 tips, and the firmware is open source. Confirm the listing is the V2. Add a 65 W PD supply if you don't own one, Kester 63/37 solder, and a brass tip cleaner.
Needs a 65 W USB-C PD charger; most laptop bricks work.
- power
- USB-C PD up to 88 W
- heatUp
- ~12 s
- firmware
- IronOS
- 07 · Logic analyzer$
8-channel 24 MHz USB logic analyzer (sigrok/PulseView compatible)
Decodes I²C, SPI and UART in PulseView. Solves 80% of 'why isn't this talking' problems.
Beginner digital bugs are almost always wiring or protocol mistakes, and a $15 analyzer shows you exactly what the bus is doing. Buy an oscilloscope later (a Rigol DHO800 when you need analog), and a Saleae Logic 8 when it is your job.
Find on Amazonpaid link
Skip this / common mistakes
- !
Don't power a Pi 5 from a phone charger. Undervoltage looks like random SD corruption and USB drop-outs.
- !
Don't buy the 2GB Pi 5 or a Pi 4 as a desktop in 2026. The 4GB/8GB Pi 5 costs barely more and is two to three times faster.
- !
Don't run a Pi for months off a cheap microSD. Use an A2-rated card for imaging and boot from NVMe for anything permanent.
- !
Don't buy a 30 W fixed-temperature plug-in iron. Temperature control is the whole point.
- !
Don't buy a $400 oscilloscope first. A $15 logic analyzer and a multimeter solve most beginner digital problems.
Questions people ask
Pi 5 4GB or 8GB?
8GB if you will run Docker, a desktop or Home Assistant. 4GB for GPIO projects, Pi-hole and sensor hubs. 16GB only as a home server or for small language models.
Do I need the M.2 HAT?
No, but booting from NVMe is the single best upgrade for a Pi used as a server or desktop: four to five times faster than microSD and it does not wear out.
Pi 5 or Pico 2 W for a beginner?
Pi 5 to learn Linux, Python and GPIO together. Pico 2 W for low-power, real-time projects in MicroPython or C. Most people end up with both; the kits here include both.
Pinecil or Hakko?
Pinecil V2 for occasional through-hole work and portability. Hakko FX-888DX if you solder weekly or work on large ground planes and connectors.
Sources
Heads up: links to Amazon are affiliate links. As an Amazon Associate I earn from qualifying purchases. It costs you nothing and does not change which products get picked. How this works
Pairs well with
Homelab starter kit
A sub-20 W mini PC running Proxmox, a NAS for the data, and a UPS so a power blip never eats your drives.
Privacy & self-hosting hardware
Travel router, two security keys, an encrypted stick, a Pi-hole. Each one quietly closes a door.
3D printing starter kit
A printer that calibrates itself, dry filament, and the three finishing tools you'll actually use. Printing in 30 minutes.
Readers of this kit also open
From a $800 Mac mini to a 512GB Mac Studio: the hardware that actually fits the model you want.
A sub-20 W mini PC running Proxmox, a NAS for the data, and a UPS so a power blip never eats your drives.
No soldering. A hot-swap kit, switches and keycaps you chose, and the three tools worth owning.
Monitor at eye height, a chair that fits, a desk that lets you stand. Buy those first; cheap out on the rest until it bugs you.
Spotted a better part, or a price that moved? Tell us. Every kit is re-checked when the hardware changes. All kits.