wifi_lora_32_v3

badge esp32 s3

A hackable eBadge platform for students — a customizable, programmable electronics badge designed for hands-on learning and creative exploration throughout their academic journey.

BYU-I-eBadge

2

badge esp32 s3

A hackable eBadge platform for students — a customizable, programmable electronics badge designed for hands-on learning and creative exploration throughout their academic journey.

BYU-I-eBadge

2

badge esp32 s3

A hackable eBadge platform for students — a customizable, programmable electronics badge designed for hands-on learning and creative exploration throughout their academic journey.

BYU-I-eBadge

2

badge esp32 s3

A hackable eBadge platform for students — a customizable, programmable electronics badge designed for hands-on learning and creative exploration throughout their academic journey.

BYU-I-eBadge

2

badge esp32 s3

A hackable eBadge platform for students — a customizable, programmable electronics badge designed for hands-on learning and creative exploration throughout their academic journey.

BYU-I-eBadge

2

badge esp32 s3

A hackable eBadge platform for students — a customizable, programmable electronics badge designed for hands-on learning and creative exploration throughout their academic journey.

BYU-I-eBadge

2

badge esp32 s3

A hackable eBadge platform for students — a customizable, programmable electronics badge designed for hands-on learning and creative exploration throughout their academic journey.

BYU-I-eBadge

2

badge esp32 s3

A hackable eBadge platform for students — a customizable, programmable electronics badge designed for hands-on learning and creative exploration throughout their academic journey.

BYU-I-eBadge

2

2024 def con badge v1

Retia 2024 DEF CON badge (ESP32-S3): docs, pinouts, flashable firmware incl. DOOM and Meshtastic, examples, KiCad hardware sources

RetiaLLC

8

Version 1 M10Q HMC5883L

FC Plus is a modular add-on board for UAV flight controllers, providing advanced telemetry, GPS, object avoidance (ToF, Sonar, IR), and LED indicators for status feedback. This guide covers hardware setup, sensor integration, and communication protocols (LoRa/WiFi) to enhance UAV autonomy and safety.

Paschalis

1

Version 2 M10Q QMC5883L

FC Plus is a modular add-on board for UAV flight controllers, providing advanced telemetry, GPS, object avoidance (ToF, Sonar, IR), and LED indicators for status feedback. This guide covers hardware setup, sensor integration, and communication protocols (LoRa/WiFi) to enhance UAV autonomy and safety.

Paschalis

1

Version 3 M10Q LSM303AH

FC Plus is a modular add-on board for UAV flight controllers, providing advanced telemetry, GPS, object avoidance (ToF, Sonar, IR), and LED indicators for status feedback. This guide covers hardware setup, sensor integration, and communication protocols (LoRa/WiFi) to enhance UAV autonomy and safety.

Paschalis

1

Version 1 M10Q HMC5883L

FC Plus is a modular add-on board for UAV flight controllers, providing advanced telemetry, GPS, object avoidance (ToF, Sonar, IR), and LED indicators for status feedback. This guide covers hardware setup, sensor integration, and communication protocols (LoRa/WiFi) to enhance UAV autonomy and safety.

Paschalis

1

Version 2 M10Q QMC5883L

FC Plus is a modular add-on board for UAV flight controllers, providing advanced telemetry, GPS, object avoidance (ToF, Sonar, IR), and LED indicators for status feedback. This guide covers hardware setup, sensor integration, and communication protocols (LoRa/WiFi) to enhance UAV autonomy and safety.

Paschalis

1

Version 3 M10Q LSM303AH

FC Plus is a modular add-on board for UAV flight controllers, providing advanced telemetry, GPS, object avoidance (ToF, Sonar, IR), and LED indicators for status feedback. This guide covers hardware setup, sensor integration, and communication protocols (LoRa/WiFi) to enhance UAV autonomy and safety.

Paschalis

1

TD M10S LSM

FC Plus is a modular add-on board for UAV flight controllers, providing advanced telemetry, GPS, object avoidance (ToF, Sonar, IR), and LED indicators for status feedback. This guide covers hardware setup, sensor integration, and communication protocols (LoRa/WiFi) to enhance UAV autonomy and safety.

Paschalis

1

lora board

jibonaronno

4

tanita sniffer

Adding Smart/WIFI capabilities to the Tanita 601, 602, 613 Body Composition Scale

naturalgeek

0

gardena wifi

Battery-powered Wi-Fi controller for Gardena water valves

bonnee

0

main schematic

A communication system between two STMs using Wi-Fi to transmit data from sensors

Equerm8

0

sensor epaper

Low power E-paper display devboard with WiFi and BLE connectivity. Open source hardware.

Miceuz

28