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Delta Connection flight received sink rate alert before Toronto Pearson crash

Aerotime

While the report draws no conclusions as to the cause of the crash, investigators set out a detailed timeline which focuses heavily on the Mitsubishi CRJ900s descent. The pilot flyingpulled back the thrust levers, and as a result, over the following 5seconds, N1 decreased from 64% to approximately 43%, where it remained until touchdown.

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Delta CRJ-900 Accident In Toronto: Preliminary Report Published

One Mile at a Time

degrees to the right, and a rate of descent of 1,110 feet per minute The plane touched down at a bank angle of 7.5 degrees to the right, and 3g vertical acceleration, and a rate of descent of approximately 1,098 feet per minute. So what caused such a steep descent, and why wasnt a go around performed?

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The anatomy of a commercial flight – all you ever wanted to know:   Part two   

Aerotime

We will also examine the next most critical phase of our flight, from descent and deceleration to the approach and landing phases, even touching upon what happens when the aircraft arrives safely at the gate. Mario Hagen / Shutterstock The announcement will also be one of the first items on the pilots before-descent checklist.

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Danger lurks in circling approaches

Air Facts

Danger lurks in circling approaches Air Facts Journal the circling approach maneuver is designed as a last resort, non-precision approach. The very first question that should pop up into our head during a circling approach is “Why are we circling in the first place”? The n ext one is “What are our other options?”

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Power-off Stall: Recovery Steps Made Easy

Pilot Institute

Key Takeaways Power-off stalls mimic a stall during the flight’s approach and landing phase. On final approach, it can be the difference between recovering and crashing. Initiating a Power-off Stall Now, let’s dive into the stall: Reduce Power Simulate Approach Descent Watch for Stall Warnings 1.

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Flying a Plane for the First Time: A Beginner’s Guide

Pilot's Life Blog

Understanding the Basics of Flight Principles of Flight: Lift, Weight, Thrust, and Drag Flying a plane for the first time requires a basic understanding of the forces that make flight possible. Thrust, produced by the engines, moves the plane forward, while drag, or air resistance, slows it down.

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Flying a Small Plane: Key Insights for Beginners

Pilot's Life Blog

Understanding the Basics of Flight Aerodynamics 101 Flying a small plane revolves around understanding four key forces: lift, thrust, drag, and weight. Thrust, produced by the engine, propels the plane forward, overcoming drag, which is the resistance caused by air. Our goal is to help you approach every landing with confidence.

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