Full support for all DirectInput joysticks, yokes, throttles, rudders, and button boxes. Includes VPC, Virpil, Thrustmaster, Logitech, Honeycomb, CH Products, and any standard game controller. POV hats handled correctly with repeat-guard.

Complete duplex support—button input and display output. Live SimVar token processing shows real-time cockpit data on keys. Supports all Stream Deck models including Original, Mini, XL, MK.2, and Plus.

Any USB-MIDI device works out of the box. Buttons, encoders, faders, knobs, and transport controls. Perfect for mixing console-style hardware integration with flight controls.

Custom button boxes, LED panels, and DIY controllers built with Arduino, Teensy, or similar platforms. Direct HID communication means your custom hardware works exactly like commercial products.

Intelligent detent handling for smooth encoder behavior. Works with dedicated encoder hardware like SFS RotAIR and any DirectInput device reporting encoder events.

Direct HID protocol support for WinWing FCU and EFIS panels currently in development. Reverse-engineering complete for FCU displays and LEDs—EFIS barometer protocol work in progress.

Native SimConnect integration for MSFS 2020 and 2024. Direct event binding (K:), LVar access (L:), AVar support (A:), BVar support (B:). Real-time aircraft detection for automatic profile switching. SimVar monitoring with live display updates on Stream Deck. Low-latency control with marathon session stability.

Keyboard chord bindings for all clickable cockpits. Multi-key combinations with modifiers (Ctrl, Alt, Shift). Profile-based aircraft switching for quick module changes. DCS Export companion app coming soon for automated cockpit view management across monitors.

Keyboard chord support for American Truck Simulator and Euro Truck Simulator 2. Profile switching for different truck configurations. Mods Hangar integration for livery and truck mod management.

Keyboard chord bindings work with all X-Plane versions. Profile support for aircraft switching. Mods Hangar handles liveries and scenery packages with game-specific path detection.

Universal keyboard chord output works with any game accepting keyboard input. Advanced press types (short, long, hold, sequence) maximize limited button hardware. Conditional logic enables context-sensitive bindings.

Automatic hardware discovery with accurate button, axis, POV, and encoder enumeration. No ghost inputs or hidden controls—UI shows exactly what your device provides.

Create profiles per aircraft or scenario with one-click switching. Map aircraft to profiles for automatic loading when you fly. Export/import for backup and community sharing.

Beyond simple presses: short, long, hold, release, and sequence detection. Conditional AND/OR logic triggers actions based on multiple button states—critical for users with limited physical controls.

Visual warnings for overlapping or duplicate assignments across all devices. Catch binding conflicts before flight with quick-resolve interface.

App Hangar launches applications in sequence with custom delays, arguments, and working directories. Window Manager captures and restores positions—MSFS pop-outs snap exactly where you saved them. Toggle windows with button bindings.

Container-based mod management for liveries, scenery, airports, and add-ons. Symbolic link deployment (instant, zero disk duplication) or copy mode (safe). Conflict detection, profile activation, and multi-game support (MSFS, DCS, ATS, X-Plane).

VM-style snapshots of HangarControl configs and mod directories. Create restore points before major changes, test configurations without risk, and roll back instantly if something breaks.

Automatic CPU priority management for simulation apps. Set rules once, HC monitors and maintains priorities even when processes restart or priority drifts.

No middleware, no black boxes. Direct HID communication with 60 Hz polling means zero latency overhead. Event-driven architecture with pre-compiled binding cache eliminates reflection in hot paths.

Direct hardware communication with zero dependencies on middleware or third-party services. Your bindings execute exactly as configured, every time. No vJoy, no HidGuardian, no intermediate layers.

Stop juggling multiple tools. One interface for devices, profiles, apps, window layouts, mod management, and system utilities—designed to work together seamlessly.

Built on .NET 8 with 60 Hz input polling (2x faster than standard 30 Hz), event-driven architecture, fixed-size LRU throttle cache, and zero reflection in hot paths. Handles 17+ simultaneous devices without breaking a sweat.

Clear visibility into what’s happening with per-module logging, conflict detection, hardware debug visualization, and comprehensive diagnostic tools. No mystery behavior—just reliable control.

Clean separation of device providers (DirectInput, MIDI, HID, Stream Deck) makes adding new hardware straightforward. Game adapters for MSFS, DCS, ATS, and X-Plane with generic fallback.

Built for content creators and testers with repeatable workflows, profile export/import, snapshot-based testing, and tools designed for recording and demonstration scenarios.

Direct HID protocol support for WinWing FCU and EFIS panels. Reverse-engineering complete for FCU displays and LEDs. EFIS barometer protocol work requires additional packet analysis.

Expanded icon library with aviation-specific controls beyond generic templates. Authentic styling with embedded text for common cockpit functions.

Companion app for automated DCS cockpit view management. Auto-export views based on Windows monitor configuration—launched and managed from HC for seamless multi-monitor setups.

UI improvements with friendly folder naming instead of GUID-based directory structures. Enhanced container organization and visual mod conflict resolution.

Session state saving and restoration across application restarts. Remember active profile, window positions, and runtime settings for seamless continuity.

Profile sharing platform for the community to exchange aircraft configurations, Stream Deck layouts, and binding presets. Built-in browser and one-click import.