Flight Telemetry and Environmental Sensor Data for Phoenix 13 CANSAT Atmospheric Probe

This dataset contains the primary atmospheric and telemetry data captured during the flight of the Phoenix 13 CANSAT, an atmospheric probe designed to profile the troposphere during a controlled 1,000-meter ascent and descent. The data was collected using a custom-integrated sensor suite and transmitted via a real-time telemetry link to a ground station. The mission's objective was to validate the accuracy of low-cost barometric and inertial sensors in high-dynamic flight environments, specifically for use in future planetary analog missions. Dataset Contents: Raw Telemetry Logs: The original, unedited data stream as received by the ground station, preserving the integrity of the transmission artifacts for verification. Processed & Tabulated Data: A refined dataset where telemetry strings have been parsed into discrete variables, units have been standardized, and initial calculations for comparative altitude have been performed. Captured Parameters: Tri-axial Orientation: Real-time X, Y, and Z-axis orientation data for flight stability analysis. Atmospheric Profiling: High-resolution recordings of ambient temperature, humidity, and barometric pressure. Geospatial Tracking: GPS-coordinated latitude and longitude for flight path mapping. Derived Metrics: Calculated altitude and pressure corrections based on ground-station reference points. This dataset serves as the empirical foundation for the accompanying preprint, "Phoenix 13: Technical Architecture and Flight Data Analysis of a 1,000m Atmospheric Probe". It is provided here under open-access principles to ensure the reproducibility of the mission’s findings and to support further research in sub-orbital atmospheric modeling.