u/According_Time_7063

The Banshee from @thewiredhatters just got a serious upgrade.you can add sensors to it!!

As few of you know, I’m a big fan of radar stuff.

The radar setup was built by , and I’ve now got it running directly on the Banshee.
24 GHz radar adds real-time movement and target detection without relying on cameras, Bluetooth tracking, or Wi-Fi positioning.
Two projects coming together into one experimental hardware platform.
Banshee + custom radar + embedded systems.

Perfect to hunt down aliens in front of you

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Extensions over extension…after I thought I’ve finished the project with a radarmodule I added a lidar and a thermal camera. Just to make sure to detect the alien correctly.

Just for fun, I built a portable radar device. The radar itself is housed in a small enclosure and transmits the signal via Wi-Fi to the display unit.

In this example, we used the radar during a training exercise to test, under zero-visibility conditions, how long it takes the assault team to reach the targets and where they are located in the space.

Alongside the original Arduino Giga R1 + Display Shield setup, this project now has a second, standalone output path built around the Clockwork Pi uConsole (or any Linux machine with WiFi + audio).

Architecture

The XIAO ESP32-S3 (with the RD-03D attached) now runs as its own WiFi access point instead of connecting to a host device. It reads the radar, clusters targets within 1m of each other into a single point, and broadcasts the merged data over UDP — any device connected to its network automatically receives the stream, no fixed IP configuration needed.

A Python script (Pygame + NumPy) running on the uConsole connects to that access point and handles the rest: fullscreen radar visualization (auto-detects the actual display resolution) and audio, entirely replacing the Arduino display + piezo buzzer from the original build.

Just this moment. Check my GitHub

https://github.com/Stevee87/Radar-project-Uconsole/blob/main/README.md

RADAR UPDATE 📡

Three new features on the tracker build:

https://github.com/Stevee87/Arduino-ESP32-Radarproject

🔋 BATTERY INDICATOR
Live voltage readout, right on the display. No more guessing when the LiPo's about to tap out mid-build session.

🔇 MUTE BUTTON
Touchscreen toggle on the Giga display — tap to silence the tracker sound instantly. Because sometimes you just want the visual without the beeping.

🔊 SOUND MODULE
Proximity-reactive audio — pings speed up and climb in pitch as a target gets closer. Distance-mapped, non-blocking, runs straight off a passive piezo buzzer.

Still just an RD-03D 24GHz mmWave sensor + Arduino Giga R1 + a lot of trial and error.

#mmwave #radar #arduino #esp32 #diyelectronics #embeddedsystems #makersgonnamake #24ghz #hardwarehacking #buildinpublic

Just build this box with a arduino giga r1 and a lot of sensors to detect co, co2, ch4 and o2. Internal 10000mah battery, step up and down converter and 2 fans for the airflow through the body

What started with just an idea turned out pretty complex after a while…detects co, co2, o2 and ch4 pretty precise