Atmos Probe Aerial Environmental Laboratory
The Atmos Probe is a low-cost, reusable, IoT-enabled aerial weather monitoring system developed by Team SkySense Innovators. Unlike conventional static ground stations or expensive single-use weather balloons, Atmos Probe transforms a custom quadcopter into a mobile scientific atmospheric probe to collect vertical climate profile data in real-time.
Microcontroller
ESP32 Dual-Core
Telemetry Cost
< 1% Industrial Drone
Data Protocol
Real-Time IoT Cloud
Flight Frame
Q450 Quadcopter
Flight Demonstration & Codeavour Presentation
Watch the Atmos Probe in live vertical ascent testing and its official presentation.
Hardware & Telemetry Architecture
Core electronic modules, propulsion, and sensory sub-systems powering Atmos Probe.
ESP32 IoT Controller
Acts as the primary atmospheric data processing hub. Collects raw analog/digital signals from sensors and streams zero-delay telemetry directly to the IoT cloud server via Wi-Fi.
Atmospheric Sensors
Includes Temperature & Humidity sensors, Air Quality Index (AQI) monitoring modules, and Light-Dependent Resistors (LDR) for vertical environmental profiling.
Flight Platform & RC
Built upon a Q450 quadcopter frame with Brushless DC motors, SimonK 30A ESCs, Daspilot PlugFly TE flight controller, and FlySky FS-i6 6-channel radio transmitter system.
Atmos AI Technical Assistant
Ask Atmos AI anything about hardware components, sensors, flight operations, vertical profile telemetry, or team details!
Atmos AI Engine ACTIVE
SkySense Drone Telemetry & Architecture Knowledge Base
Atmos AI Assistant
Welcome! I am Atmos AI. I can answer your questions about the Atmos Probe, its electronic components (ESP32, sensors, flight controller), vertical weather profiling, or team details. Try asking a question below!