What is the ESPHome Starter Kit?
It's a beginner hardware kit built by Apollo Automation, in partnership with the ESPHome project, specifically to teach people how ESPHome works by having them build real devices rather than follow a tutorial in the abstract. Apollo Automation describes it as "the first official kit for learning to build your own smart home devices using ESPHome," and is explicit that it isn't a toy or demo board — it's designed to be a device you keep using in your home once you've finished learning. Profits from kit sales go toward funding the Open Home Foundation, the non-profit that stewards ESPHome, Home Assistant, and related open-source smart home projects.
The launch is timed to coincide with the ESPHome Device Builder, the visual, no-code configuration interface that replaced ESPHome's old text-only dashboard in the 2026.6 release. The two are designed to work together: the Device Builder removes the intimidation of a blank YAML file, and the Starter Kit removes the intimidation of a breadboard and a soldering iron. Apollo Automation and the ESPHome team are hosting a launch-day livestream on the ESPHome YouTube channel on 12 August at 21:00 CEST, with guests from Smart Home Solver, Simon Says Home Assistant, and HomeTech.fm.
What's actually in the box?
The kit centres on an ESPHome C6 board built around the ESP32-C6-MINI-1 chipset, which supports Wi-Fi, Bluetooth LE, and Thread, plus Zigbee at the hardware level for advanced users willing to flash custom firmware. It's powered over USB-C, with optional support for a rechargeable 3.7V LiPo battery for wireless projects, and has two 14-pin FPC expansion ports plus an onboard RGB LED.
Four modules snap into that board via ribbon cables — no soldering pins, no breadboard, no loose jumper wires:
- PIR motion sensor (MH-SR602) — detects movement up to roughly 3.5 metres away
- Temperature/humidity sensor (AHT20F) — rated to roughly ±0.3°C and ±2% relative humidity accuracy
- ESPHome Casita module — ten addressable RGB LEDs plus a piezo buzzer for visual and audible alerts
- Button module — a physical button for local, no-network control
The board supports two modules connected at once, so you can combine motion detection with a temperature reading, for example, and the kit ships with three FPC ribbon cables and a small stand to hold everything together on a desk or shelf.
Do you need Home Assistant to use it?
No — you don't need Home Assistant running before you start. According to Apollo's own documentation, initial setup happens through ESPHome Desktop, a free standalone app for Mac, Windows, and Linux with a visual, drag-and-drop interface rather than a code editor. You build and flash your first device, and it connects to your Wi-Fi network and becomes reachable at its own `.local` hostname immediately — independent of any smart home platform. If and when you do have Home Assistant running, it discovers ESPHome devices automatically over mDNS, with no manual pairing step. That order — get a working device first, add it to Home Assistant second — is a deliberate design choice aimed at people who find ESPHome's usual YAML-first workflow intimidating on day one.
Is it worth £30-ish for someone already using Home Assistant?
For an existing ESPHome user, the honest answer is that the individual components are not hard to find or wire up separately — a PIR sensor and an AHT20 temperature module cost only a few pounds each from any electronics supplier. What the kit actually sells is the ribbon-cable connectors and the guided software path: no soldering iron, no breadboard debugging, and an app that walks you through four working projects — a motion sensor, an environmental monitor, a button trigger, and a notification light — in sequence. For someone who has never touched a microcontroller and has been put off by ESPHome's YAML configuration files, that guided path is the actual product, not the silicon. Experienced tinkerers who already have a box of ESP32 boards and jumper wires will likely get more value from Apollo's individual sensor modules or a generic dev board instead.
Availability and price
Apollo Automation lists the kit at $39.99 on its own store, with free shipping on US orders over $110 and international sales handled through Apollo's reseller network rather than direct GBP pricing — so UK buyers should expect either a currency conversion plus import charges when ordering direct, or check Apollo's approved reseller list for local stock and pricing closer to the 12 August launch. The kit previously sold out at a smaller initial release; 12 August is being positioned as the first general-availability restock, so early demand is worth planning around if you want one at launch.
