The team at GroupGets has this week published details of a new Raspberry Pi project they have created in the form of the Pylepton Zero, which is a portable thermal video overlay creator.
Created using a Raspberry Pi 2 camera combined with a Raspberry Pi Zero mini PC, FLIR Lepton, our Pylepton lib, and a small HDMI touch screen, the team have created a great demonstration platform for the FLIR Lepton thermal imager and our pylepton software library for the Raspberry Pi.
Components and Assembly
The Pylepton Zero project is an excellent example of how versatile the Raspberry Pi platform can be when combined with other hardware components. The core components used in this project include:
– Raspberry Pi Zero: A compact and affordable mini PC that serves as the brain of the project.
– Raspberry Pi 2 Camera: Provides the visual input that is overlaid with thermal data.
– FLIR Lepton: A thermal imaging camera module that captures infrared data.
– Pylepton Library: A software library specifically designed to interface with the FLIR Lepton on the Raspberry Pi.
– HDMI Touch Screen: A small, portable display that allows for real-time interaction and visualization of the thermal overlay.
The assembly process is straightforward but requires some intermediate-level skills in electronics and programming. The team at GroupGets has provided detailed instructions and a comprehensive hardware component list on Hackster.io, making it easier for enthusiasts to replicate the project. The entire build can be completed in roughly 2 hours, making it a perfect weekend project for tech enthusiasts.
Applications and Use Cases
The Pylepton Zero is not just a fun project; it has practical applications in various fields. Here are a few examples:
– Home Inspections: The thermal overlay can help identify areas of heat loss in a home, making it easier to improve insulation and energy efficiency.
– Electrical Inspections: Detecting overheating components in electrical systems can prevent potential failures and hazards.
– Medical Field: Thermal imaging can be used for preliminary medical diagnostics, such as detecting inflammation or poor blood circulation.
– Outdoor Activities: For outdoor enthusiasts, the thermal overlay can be used for wildlife observation or night-time navigation.
For more details on the build, jump over to Hackster.io by following the link below. Full instructions have been provided together with a hardware component list enabling you to build your very own in roughly 2 hours. The project has an intermediate difficulty rating.
If you enjoy building Pi projects, you might be interested in our comprehensive list of Raspberry Pi displays, HATS, and small screens.
Source: Hackster : GroupGets : Adafruit
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