World Longest Group Flight! | London Heathrow to Sydney | Qantas 787-9

🌏 Infinite Flight Community Group Flight: London Heathrow (EGLL) to Sydney (YSSY) on a Qantas 787 🌏 Hosted by @nabilk11_777flyer

Photo by @nabilk11_777flyer

Event Details:

  • Flight Route: EGLL (London Heathrow) → YSSY (Sydney Kingsford Smith)
  • Aircraft: Boeing 787-9 Qantas
  • Server: Training Server
  • Flight Duration: ~20 hours

Event Description:

Join us for an epic and unforgettable journey as we fly from one of the world’s busiest airports, London Heathrow, to the iconic Sydney Kingsford Smith Airport in Australia. This flight will be one of the longest non-stop routes in the world, and we will be flying in the beautiful Qantas 787, known for its ultra-long-range capabilities.

Prepare for an exciting challenge that includes night and day flying, long haul coordination, and scenic views of the globe as we make our way across Europe, the Middle East, Southeast Asia, and the Pacific Ocean. Let’s come together as a community to experience the world’s longest commercial flight route in true Infinite Flight style!

Event Schedule:

  • Pre-flight Briefing & Sign-ups:2025-01-17T15:20:00Z
  • Departure Time: Invalid date
  • Cruise Altitude: FL350 - FL400 (depending on weight, weather, and flight dynamics)
  • Cruise Speed: Mach 0.85
  • Arrival Time at YSSY: 2025-01-18T11:30:00Z

Flight Plan:

  • Route: (This may be dependent on real-world routing or simplified for the event)
    • EGLL → BPK → GENOD → MOKAS → IGMOR → MINGO → LINNG → YSSY

Flight Information & Details:

  • Departure Airport: London Heathrow (EGLL)
  • Arrival Airport: Sydney Kingsford Smith (YSSY)
  • Aircraft: Qantas Boeing 787-9
  • Cruise Altitude: FL350 - FL400 depending on the phase of flight
  • Expected Weather: More Windier Near Malaysia and Germany
  • Fuel Requirement: 100% Fuel

Event Guidelines:

  • Please ensure you have a fully functional Infinite Flight account with a stable internet connection to participate in this long-haul flight.

  • Be mindful of airspace rules: Maintain a safe distance from other participants and follow instructions from ATC (if available).

  • Use appropriate flight planning apps: Make sure your fuel load, flight plan, and routing are adjusted for the long haul.

  • Take screenshots and share your experience! We’d love to see your journey and the breathtaking views throughout the flight.

How to Join:

  1. Choose your aircraft (Qantas Boeing 787).
  2. Make sure to download the latest charts for EGLL and YSSY.
  3. Be prepared to fly long-haul and possibly overnight! 🌙
  4. On event day, be at the designated departure gate 10 minutes before the scheduled departure.

Departure Gate Assignments (Optional):

Use Gates 552 - 568 at London Heathrow
Use Gates in INTL terminal Bay 8 - 60


Important Notes:

  • Aircraft Prep: Double-check your aircraft configuration, including fuel load, payload, and flight plan before departure.
  • Flight Time: This is a long-haul flight, so make sure you’re ready for a full 20-hour trip. If you’re unable to complete the full journey, consider joining for as long as you can and help guide new pilots on this adventure!
  • ATC Coordination: If ATC services are available along the route, please follow their instructions for a smooth and efficient flight experience.

Join Us for the Ultimate Group Flight Experience!

Let’s make this the most memorable group flight in Infinite Flight history as we embark on one of the longest and most thrilling flights together. We can’t wait to see you in the skies! ✈️🌍


🚨 Sign-up Here! 🚨

Comment below or PM me to get more details and prepare for the journey of a lifetime! 🌏

1 Like

Sounds like fun!!

1 Like

Sorry I can’t attend i will be on a flight

In Infinite flight or IRL lol

IRL flight cuz I’m going to goa

1 Like

Here is some information for you all for this flight.

To optimize fuel consumption on a long-haul flight like a 787 from London to Sydney, the aircraft typically operates at altitudes that maximize fuel efficiency, which is primarily determined by air density and wind conditions.

For long-distance flights, including London to Sydney (which is roughly 17-18 hours), the aircraft would usually cruise at altitudes between 35,000 and 40,000 feet (10,668 to 12,192 meters). These altitudes offer the optimal balance between fuel efficiency and atmospheric conditions, including favorable winds and low air resistance.

However, to calculate the precise altitude that would save fuel specifically over a 20-hour flight time, we would need to consider factors like:

  1. Flight profile: Aircraft gradually ascend to higher altitudes throughout the flight.
  2. Wind and weather conditions: Tailwinds or headwinds can affect fuel consumption significantly.
  3. Weight and payload: As fuel is consumed, the aircraft becomes lighter and can climb higher to maintain efficiency.
  4. Mach number: At cruise altitude, the 787 typically flies at a subsonic Mach speed (around Mach 0.85), optimizing fuel burn.

In practice, airlines plan these flights with specific altitudes at each stage based on real-time conditions, but generally, keeping the aircraft in the high 30,000s to low 40,000 feet range is a solid starting point for maximizing fuel efficiency over long durations.

Thank you captain

@Ryan_and_Riona This is such a well detailed post

1 Like

Also @Ryan_and_Riona can we make an Additional Stop At Singapore and then continue to Sydney

Because I just Searched up and they said the 787 can fly over 16 hours

Thanks! :)

I got a template from google so can’t take all the credit lol

look on YouTube there’s a lot of people doing this flight using the 787-9 for example @ElectricGalaxy.YT ’s video

Ahhhh ok I’m wrong

And I’ve looked at the Winds to make sure we get a high of tailwind to get there much faster using less fuel

Ok but I will use 100% fuel still

Yeah me to

Woahhhh woah wait wait I can’t do that flight in a Week like this I’m only on weekends to do that

Well I’m not gonna be available Saturday unfortunately so maybe you can host it

Hmmmm ok no Problem 😉 lemme host it

Ok sure! :)