To ensure that each phase of the flight is understood with precision, data from rocket's onboard sensors is visualized and analysed , we built Agnipaksha-Dashboard .It helps us simulate, test, and verify our telemetry pipeline as we work toward IREC.

Tech Stack

1. Python

2. Streamlit (for UI)

3. Matplotlib (graphs)

4. PyDeck (GPS map visualization)

5. Pandas / NumPy (data handling)

Insights

1. Velocity & Acceleration:
   Real-time plots showing force, thrust behavior, and transitions during ascent and descent.

2. GPS Mapping:
   A clear visualization of latitude–longitude movement, essential for path tracking and recovery.

3. Temperature & Pressure:
   Environmental data used to monitor avionics health and correlate altitude changes.

4. Acceleration Components:
   X, Y, and Z-axis analysis that reveals vibrations, tilt, and structural behavior.

5. Raw Telemetry Preview:
   The latest incoming sensor values for quick debugging and event tracing.

Why It Matters

Accurate telemetry is a core requirement for designing a safe and reliable rocket.
Our dashboard enables:

• Better simulation and testing
• Data-driven refinement of flight computers
• Clear post-flight analysis for reports
• A foundation for live tracking in future launches

Looking Ahead

We’re continuing to expand the dashboard with:

• Real-time launch tracking
• Improved UI/UX responsiveness
• Intelligent anomaly detection
• Integration with actual flight hardware
• A 3D model that shows the rockets real time orientation

The Agnipaksha Team