DCS: Mi-24P Hind Basic Autopilot Tutorial

🎖 The DCS World Mi-24P Hind Basic Autopilot Tutorial teaches pilots how to utilize the helicopter's Automatic Flight Control System (AFCS) and autopilot channels. Because the Hind's heavy airframe is highly unstable and demanding to fly manually, mastering these stability systems is essential for smooth cruising, hovering, and combat operations. Overview of the AFCS and Autopilot the Mi-24P autopilot system acts as a stability augmentation system (SAS) rather than a full fly-by-wire autopilot. It assists the pilot by dampening sudden movements and maintaining specific attitudes, but it does not fully fly the aircraft on its own. The system consists of four primary channels, each controlled by an individual switch on the autopilot panel: Pitch and Roll Channels: Dampens oscillations and maintains the aircraft's current attitude. Yaw (Rudder) Channel: Assists with anti-torque control, counteracting drift and stabilizing the tail. Altitude Hold Channel: Works in conjunction with the radar altimeter to maintain a set altitude. Basic Autopilot Modes and Operation Tutorials and user guides for the Mi-24P break down exactly how and when to engage these systems: Hover Mode: Helps lock the helicopter into a stable hover, reducing the constant physical corrections required by the pilot. Once the aircraft is in a stable hover state, the altitude hold channel can be engaged to lock your vertical position.Route/Heading Mode: Maintains a specific heading for point-to-point navigation, assisting the pilot during long-distance transit.Trimmer Usage: The autopilot set-attitude is directly tied to the helicopter's trim system. When you press and hold the trim button, the autopilot disengages so you can adjust your flight path. Upon releasing the trim button, the AP registers the new attitude and stabilizes the aircraft accordingly. 🥇 Digital Combat Simulator 🎱 DCS Getting Started 🎱 DCS how to play 🎱 DCS Guide #dcs #dcsworld #dcsworldgameplay #simulation