Ergo360 Fuel & O-2 Solutions 6.16

The Ergo 360 app provides valuable tools for aviation professionals, offering features to calculate an aircraft's fuel and oxygen consumption based on altitude, displaying their ranges as color-coded rings on an interactive map. Pilots can modify altitude settings and instantly visualize the effects on the map display. By leveraging a comprehensive global airport database, Ergo identifies airports located within the overlap zone of the two rings, ensuring sufficient resources for safe landings at any of these facilities.

The system includes a "Planning" mode for streamlined flight preparation and an adaptive "Actual" mode for real-time adjustments during partial or full decompression incidents.

• WHO Uses ERGO 360?
• • Pilots of pressurized aircraft
  • Pilots flying over extensive bodies of water
  • Aviation managers involved in Oxygen SMS development
  • Educators enhancing oxygen contingency training
• WHAT is ERGO 360 Used For?
• • Validating oxygen reserves in flight planning
  • Handling various decompression scenarios
  • Addressing smoke/fire emergencies and medical crises
  • Navigating forced water landings

• Fuel/Oxygen Management: Ergo 360 excels at visualizing fuel and oxygen resources using intuitive color rings, aiding both pre-flight planning and mid-flight decision-making adjustments.

• Airport Database: With an expansive database of over 8,000 global airports, Ergo 360 ensures access to critical information for potential forced landings, including airports not necessarily present in traditional Flight Management Systems due to runway specifications or closures.

• Maritime Database: Eradicating the notion of no-win situations during water landings, Ergo 360 incorporates a continuously updated dataset of 220,000+ maritime vessels. This detailed information encompasses vessel speed, direction, country of origin, enabling pilots to position water landings strategically for swifter rescue operations.

• Disclaimer: Prolonged use of GPS functions running in the background may significantly reduce battery longevity.