: A tiny script is all it takes to see your height in real-time: fsuipc.FSUIPC() # 0x3324 is the offset for altitude in feet = ipc.read_fixed_point( ) print( Current Altitude: altitude Use code with caution. Copied to clipboard ⚠️ The Catch The main hurdle is that FSUIPC is Windows-only
from fsuipc import FSUIPC import time # Use the context manager to open/close connection with FSUIPC() as fsuipc: # Prepare the offsets to read (Offset Address, Type) # 0x0568 is the offset for Altitude (in meters * 256) # 0x0560 is the offset for Latitude (in degrees * 10485760 / 360) prepared = fsuipc.prepare_data([ (0x0568, "l"), (0x0560, "l") ]) # Read the data in a loop for _ in range(10): altitude_raw, latitude_raw = prepared.read() # Convert raw FSUIPC data to usable values altitude_feet = altitude_raw / 256 * 3.28084 print(f"Altitude: altitude_feet:.2f feet") time.sleep(1) Use code with caution. Writing Flight Data
time.sleep(1) # Wait 1 second before reading again fsuipc python
Run your Python script as an administrator if it cannot connect to the sim. Conclusion
To get started, you typically use a client wrapper that simplifies the raw memory interfacing. : A tiny script is all it takes
Using Python with FSUIPC offers three distinct advantages. First, is paramount; a functional data logger can be written and tested in minutes. Second, abstraction —the pyFSUIPC library handles all data type conversions (integer, float, bitmask) and manages the connection lifecycle, including automatic reconnection if the simulator is restarted. Third, extensibility : because Python is glue language, the same script that reads FSUIPC data can simultaneously write to a SQL database, push to a cloud dashboard, or trigger hardware via a GPIO pin on a Raspberry Pi. No other language offers such a frictionless pipeline from simulation to real-world output.
By using FSUIPC, your Python code can often work across different versions of MSFS, P3D, and FSX without major rewrites. Conclusion To get started, you typically use a
Flight simulation has evolved from a casual hobby into a highly sophisticated discipline. Modern desktop aviators often look for ways to bridge the gap between their virtual cockpits and external software. Whether you want to build custom hardware instruments, log flight data for a virtual airline, or script automated flight profiles, interfacing directly with the simulator is key.
Python, a popular and versatile programming language, has become a favorite among developers for working with FSUIPC due to its ease of use, flexibility, and extensive libraries. In this article, we'll explore the world of FSUIPC Python, covering the basics, setup, and examples of how to use this powerful combination to enhance your flight simulator experience.