MODULE / 01
Cockpit Monitoring
Present relevant cockpit conditions and operational information through the HeliControl mobile interface.
Flight Simulation / H130-001
Inside the Simulator.Monitor Every Critical Signal.
Discover the helicopter simulator environment behind HeliControl, bringing cockpit monitoring, telemetry visibility and operational alerting into one connected project.
01 / SIMULATOR OVERVIEW
More Than a Flight Environment.
A Monitoring Platform.
HeliControl is developed around a helicopter simulator environment. The project combines application monitoring, IoT data handling and cybersecurity-related alerting.
MODULE / 02
Telemetry Visibility
Organise supported telemetry data so relevant flight and engine conditions can be observed and evaluated.
MODULE / 03
Operational Alerting
Explain how configured cockpit conditions can be processed by the backend alert engine and made available to application users.
02 / MONITORING CAPABILITIES
Understand the Critical Cockpit States.
These are examples of information categories relevant to the project. Actual values depend on the implemented telemetry payload and the data received by the system.
Flight Telemetry
Examples include altitude, airspeed, heading and vertical speed.
Fuel and Engine
Fuel level, oil temperature and engine status are relevant to operational monitoring.
Cockpit Door State
The project includes door locking and unlocking through the documented IoT and backend flow.
Operational Conditions
Configured conditions may trigger alerts for review through the appropriate application interface.
Implementation note: This section describes monitoring categories, not live readings. It does not claim that physical simulator telemetry is currently connected.
03 / SYSTEM INTEGRATION
From Device Data to Mobile Monitoring.
The documented telemetry architecture keeps the PHP backend between IoT devices, the database and application-facing processing.
STEP 01
Telemetry Device
The ESP8266 device provides telemetry data to the documented integration flow.
STEP 02
Telemetry API
The API receives a request and applies the required authentication and payload validation.
STEP 03
PHP Backend
Backend processing applies application logic and handles database operations.
STEP 04
MySQL + Alert Engine
Accepted records are stored, and applicable operational conditions can be evaluated.
STEP 05
Flutter + FCM
Relevant information and supported alerts can be presented through the mobile dashboard and notifications.
Architecture overview, not a live connection monitor. Flutter and ESP8266 do not connect directly to MySQL. Full physical-device integration and end-to-end behaviour must be confirmed through testing.
04 / CONTINUE EXPLORING
One Project. Connected Monitoring Layers.
Explore how the mobile application, IoT architecture and cybersecurity monitoring contribute to the wider HeliControl project.