tablero de instrumentos por can para integrar con OpenEFI, cuando se nos ocurra algo mas original cambiamos el nombre
tablero de instrumentos por can para integrar con OpenEFI, cuando se nos ocurra algo mas original cambiamos el nombre
A soda-can-sized satellite designed to achieve autonomous, guided descent using a parafoil and real-time GNSS-based navigation. It collects atmospheric and flight data during descent and transmits telemetry live to enable precise tracking and targeted landing.
A soda-can-sized satellite designed to achieve autonomous, guided descent using a parafoil and real-time GNSS-based navigation. It collects atmospheric and flight data during descent and transmits telemetry live to enable precise tracking and targeted landing.
A soda-can-sized satellite designed to achieve autonomous, guided descent using a parafoil and real-time GNSS-based navigation. It collects atmospheric and flight data during descent and transmits telemetry live to enable precise tracking and targeted landing.
A soda-can-sized satellite designed to achieve autonomous, guided descent using a parafoil and real-time GNSS-based navigation. It collects atmospheric and flight data during descent and transmits telemetry live to enable precise tracking and targeted landing.
A soda-can-sized satellite designed to achieve autonomous, guided descent using a parafoil and real-time GNSS-based navigation. It collects atmospheric and flight data during descent and transmits telemetry live to enable precise tracking and targeted landing.
A soda-can-sized satellite designed to achieve autonomous, guided descent using a parafoil and real-time GNSS-based navigation. It collects atmospheric and flight data during descent and transmits telemetry live to enable precise tracking and targeted landing.
Anotter USB temperature logger that can record up to four channels with thermocouple or NTCs connected via CDC directly or SCPI to USB.
Anotter USB temperature logger that can record up to four channels with thermocouple or NTCs connected via CDC directly or SCPI to USB.
3D air mouse based on STM32 - Can be used for controlling CADs and every other manipulation in 3D space. Is based around STM32L452, IMU LSM6DSL (gyroscope and accelerometer) and Bluetooth low power module RN4871. Also contains battery management system for charging internal battery and also powering itself from this li-po battery (around 40 mah). Battery can be recharged via USB type C which can be also used for streaming data from accelerometer.
A large Feather Wing board that can control tools and helps manage authorization in a community workshop