Telemetry and Command System for Rocket Monitoring
This project simulates a telemetry and command system that monitors rocket data in real-time and allows for sending commands to control rocket functions. The telemetry system collects key data, including altitude, velocity, fuel levels, and temperature, while the command system sends real-time instructions to the rocket.
How Telemetry and Command Systems Work
Telemetry systems are essential for monitoring a rocket's performance during flight. Sensors on the rocket send data to a control center, where it's displayed in real-time. The command system allows operators to send instructions to the rocket for specific operations, such as opening parachutes or altering the trajectory based on the mission's needs.
Rocket Telemetry Data
The telemetry system tracks various parameters, including:
- Altitude: The current height of the rocket above the ground.
- Velocity: The speed at which the rocket is traveling.
- Fuel Levels: The remaining fuel in the rocket's tank.
- Temperature: The temperature inside the rocket or at specific sensors.
Telemetry Dashboard
Below is the simulated telemetry data displayed in real-time as the rocket ascends:
Command System
Operators can send commands to the rocket to perform actions, such as deploying the parachute, adjusting the trajectory, or separating rocket stages. Below are the available commands:
- Deploy Parachute: Sends a command to deploy the parachute at a specified altitude.
- Adjust Trajectory: Sends a command to change the rocket's flight path based on real-time data.
- Stage Separation: Initiates separation of rocket stages when the current stage is depleted.
Rocket Response Simulation
Below is the simulated response after sending a command. It shows the feedback from the rocket based on the chosen command.
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