Spectra Smartwatch: Repairable, Customizable Wearable Tech Challenges Disposable Gadgets
Pocuter Unveils Spectra: A Hackable, Repairable Smartwatch
In a bold move challenging the disposable nature of modern smartwatches, Pocuter has announced the Spectra, a highly repairable and customizable wearable device. The company, known for its small electronics like the Pocuter One computer, has launched its seventh and most ambitious Kickstarter campaign to bring the Spectra to market.
The Spectra smartwatch, which bears a resemblance to the Apple Watch, is designed with repairability at its core. Available in various colorways and compatible with standard 22mm watch bands, the device is powered by an Espressif ESP32-S3 processor, boasting 8MB of RAM and 32MB of flash memory.
Key features of the Spectra include a 368×448 AMOLED display, digital crown, Wi-Fi, Bluetooth, fitness tracking capabilities, and environmental sensors. Notably, the smartwatch includes a microSD slot, allowing storage expansion up to half a terabyte.
Pocuter has prioritized repairability in the Spectra’s design. The device features a CNC-milled aluminum frame and uses seven Phillips head screws for assembly, avoiding glues and epoxies. iFixit has praised the Spectra’s accessible battery design and its innovative mainboard, which swings out for easy access using spring contacts instead of cables.
Running on a custom operating system called SpectraOS, based on JavaScript, the Spectra offers an interactive debugger and secure application sandboxing. However, it lacks access to Apple or Google app stores, potentially requiring some coding skills for full utilization.
The Spectra is currently available for preorder via Kickstarter, with delivery expected by July 2025. Early backers can secure the device at a discounted price of approximately $209, while the full retail price is set at around $272.
As the tech industry faces increasing scrutiny over the environmental impact of disposable electronics, the Spectra aims to set a new standard for repairability in smartwatches. This innovative approach could potentially encourage a shift towards more sustainable practices in the development of small electronic devices.
