ELM310 3.0" Flight Instrument

Product Overview:

The ELM310 is a compact and cost-effective Electronic Flight Instrument System (EFIS) designed specifically for experimental aircraft. Offering high performance, it enhances situational awareness, flight control, and engine monitoring. With advanced features and user-friendly controls, the ELM310 is a reliable solution for pilots seeking precision and ease of use in their avionics.

Key Features:

• Capacitive Touch Screen for intuitive operation.
• Artificial Horizon for precise attitude indication.
• Basic 3D Synthetic Vision with terrain and obstacle awareness for enhanced situational awareness*.
• Precise ASI and Altitude using built-in sensors.
• Compass: External module or GPS track-based.
• G-Meter: Monitors load factors during flight.
• Time Display: Local, UTC, flight time, and timer.
• Voltmeter: Tracks electrical system performance.
• Turn Rate and Bank Angle indicators for accurate control.
• Outside Air Temperature (OAT) display (optional sensor required).
• EnGood Engine Monitor Support: Display critical engine parameters (with EM-01).
• Course Deviation Indicator for precise navigation.
• Altitude Encoder for transponder integration.
• uAvionix TailBeaconX Controls: Full integration for managing ADS-B/transponder modes (A, C, S).
• VPX Electronic Circuit Breaker Controls: Monitor VPX circuit breaker statuses.
• ADSB Traffic display

In-Flight Features:

• High-Precision Sensors: Altitude, airspeed, gyroscope, and accelerometer for accurate flight data.
• Powered by GPU: Ensures smooth and responsive graphics.
• V-Speed Vertical Reference Strip: Real-time speed warnings for enhanced safety.
• GPS-Based Track and Ground Speed: Enhanced situational awareness.
• Optional OAT Sensor: Displays OAT and True Airspeed (TAS).
• External Compass Module Support: Heading indication even in GPS-denied environments.
• Ultra-Bright Sunlight-Readable Display: 3.0" display for all lighting conditions.
• User-Friendly Interface: Dual rotary knobs for easy adjustments.
• Backup Power Support: Compatible with external backup battery unit (BBU), available separately.
• Live ADSB Traffic display (requires compatible wireless or stationary ADSB receiver)

Post-Flight Analysis:

• Flight Data Recorder: Logs flight parameters at intervals. Export via Mini SD Card for analysis.
• Google Earth Export: Visualize flight paths and performance data in Google Earth format.

Additional Features of this Model:

• Built-In AHRS Module: For reliable attitude and heading reference.
• Dynamic and Static Pressure Sensors: Includes quick-connect fittings for easy installation of pitot/static lines.
• GPS Receiver: Integrated high-sensitivity Ublox GPS receiver for precise location data.

Specifications:

• Input Voltage: +10V to +28V DC
• Unit Size: 95mm x 95mm x 90mm
• Weight: 300g
• Display Size: 3.0" diagonal
• Display Resolution: 640x480 pixels (ultra-bright display)
• Maximum IAS: 250 knots
• Altitude Range: -1000 ft to +32,000 ft
• Vertical Speed Range: 10,000 ft/min up or down
• Pitot/Static Range: 360° roll
• Ports:
  • MicroSD Port: Supports up to 32 GB for map and database storage.
• Antenna: Magnetic mount GPS with male SMA connector.
• Pitot/Static Lines: Quick-connect 1/4" plumbing for easy installation.
• Built-in WiFi (for ADSB traffic)

Manufacturer: 360 Avionics Corp.
Made in Canada.

Compatibility and Installation:

The ELM310 fits into a standard aviation panel opening of 3.125" (79mm), making installation in most experimental aircraft straightforward. It is compatible with a wide range of external sensors and systems, providing flexibility and future upgrade options.

For Use in Experimental (Homebuilt) Aircraft Only.

Why Choose the ELM310?

The ELM310 combines high functionality with a compact design, making it an ideal choice for experimental aircraft pilots. It offers essential avionics features such as synthetic vision, engine monitoring, and GPS integration, ensuring reliability and safety. Its cost-effectiveness and advanced capabilities make it the go-to EFIS for pilots who demand quality and precision in their flight systems.