Based on the features of Garmin Axis for boating, here's what Gemini thinks would translate into avonics..
If
Garmin adapted the Axis philosophy for experimental aviation, it would serve as
an ultra-integrated, tactical glass cockpit designed to simplify multi-system flight operations. It would merge Garmin’s commercial flight-deck power with the rapid-access, workflow-driven automation used in wake boating.
An "Axis Aviation" system would likely provide the following core features:
1. One-Touch Mission Profiles
- Preflight Automations: Pilots select "Takeoff," "Cross-Country Cruise," or "Tactical Descent" profiles to instantly reconfigure the aircraft.
- Instant Adjustments: The system automatically sets fuel pump status, modifies engine cowl flaps, updates fuel tank selection reminders, and alters primary display layouts based on the phase of flight.
2. Multi-Zone Environmental & Accessory Hub
- Cabin Systems Control: Digitally manages interior LED lighting, cabin heating, windshield defrosting, and active noise-canceling headsets from a central interface.
- Smart Fuse Panels: Integrates electronic circuit breakers that monitor electrical currents in real time, automatically attempting to reset tripped systems or alerting the pilot via screen diagnostics.
3. Integrated Tactile Hybrid Controls
- Dedicated Smart Keypad: Mimics the boat's Sport Dash with an 8-to-12 button physical keypad mounted directly near the throttle or side stick.
- Blind-Flying Ergonomics: Allows the pilot to cycle autopilot modes, toggle landing lights, or scale map ranges using a physical rotary dial without needing to tap a touchscreen during heavy turbulence.
4. Consolidated Engine Indicating System (EIS)
- Real-Time Health Monitoring: Consolidates critical experimental engine data—such as individual cylinder head temperatures (CHT), exhaust gas temperatures (EGT), fuel flow, and battery bus voltages—into a clean, simplified visual layout.
- Predictive Alerts: Highlights any out-of-bounds metrics instantly with color-coded warning banners on the primary home screen.
5. Open-Architecture Component Integration
- Experimental Customization: Allows builders to swap, drag, and resize digital gauges on the home screen to accommodate custom engine types, from traditional Lycomings to alternative auto-engine conversions.
- Third-Party Compatibility: Communicates natively with non-Garmin experimental avionics, autopilot servos, and specialized wing-tip camera feeds.
6. Wireless "Pilot Band" Wearable Integration
- Wrist-Based Flight Tweaks: Uses a specialized Garmin smartwatch app to let a co-pilot or pilot adjust cabin audio, monitor passenger oxygen saturation levels, or look up crosswind component math directly from their wrist.