Boeing 737-200 Arctic Gravel Runway to Yellowknife Flight

Pre-Flight and Departure from Goose Lake

• ✈️ The flight begins at Goose Lake Airport with an outside temperature of -26°C, preparing for departure in a Nolinor Boeing 737-200.
• 🛠️ A thorough walkaround inspection is conducted, checking tires, brakes, reverser pins, flap indicators, static ports, and engine fans for any damage from gravel operations.
• ⚠️ Critical "no-go" items like the wheel hub cap and vortex dissipator are verified to be functional and free of blockages, ensuring safety on the gravel runway.
• 🗺️ The departure plan from runway 32 true is outlined, including taxiing, backtracking, and adherence to terrain and visibility requirements under VFR conditions.
• 🚀 Takeoff procedures are initiated with flaps set to 10, and speeds for rotation and climb are confirmed.

En Route to Yellowknife

• 📈 After takeoff, the aircraft climbs to flight level 340, with the after-takeoff checklist completed, including engine bleeds and packs on, and landing gear/flaps retracted.
• 🧭 The flight path is set for Yellowknife, approximately 300 nautical miles southwest, with an expected flight time of about 50 minutes.
• ❄️ Temperature corrections for approaches are discussed, highlighting the significant difference in minimum approach altitudes due to cold weather, especially in Yellowknife.
• 🛬 An RNAV Z runway 34 approach to Yellowknife is planned, with descent initiated to 4,000 ft and flap settings adjusted accordingly.

Landing and Arrival in Yellowknife

• 🛬 The aircraft captures the glide slope for landing on runway 315, with landing gear extended and flaps set to 30.
• 💨 The landing is executed with a slight crosswind, and speed brakes are deployed upon touchdown, followed by reverse thrust.
• 🅿️ The Boeing 737-200 exits the runway at taxiway Alpha and proceeds to its parking position at Echo.
• 🌟 The flight concludes in Yellowknife, described as the northern hub of aviation, with plans to refuel for the next sector.