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Tag Archives: best-angle of climb (Vx)
Takeoffs and Climbs
Yesterday I touched on the theory of the different kinds of climbs. I discussed the best-rate of climb (Vy) and the best-angle of climb (Vx). Today, let’s talk about how we use the appropriate climb speed for given situations. Most … Continue reading →
Posted in Aviation, Flight Instructing, Flying
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Tagged adequate runways, airplanes, airspeed, all available excess horsepower, altitude, angle-of-attack, best-angle of climb (Vx), best-rate of climb (Vy), Cessnas, clearing an immediate obstacle at the airport, cruise climb, cruise level winds aloft, discipline, flight training, flying, grass runways, hard surface runways, Headwinds, judgment, learning to fly, mountainous terrain, mountains, normal takeoff, not being aggressive enough, over-rotating, overly aggressive pilots, proper cruising altitude, student pilots, taildraggers, tailwinds, Takeoffs and Climbs, the fastest climb to altitude, the short field takeoff, training aircraft, winds aloft are stronger at altitude
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2 Comments
Climb Speeds
Aircraft have different climbing speeds. One is appropriate for getting the aircraft up to altitude as quickly as possible and the other is for gaining the most altitude in the least amount of lateral distance. There is another speed, referred … Continue reading →
Posted in Flight Instructing, Flying, Teaching
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Tagged 000) / W, absolute ceiling, airplanes, airspeed, altitude, basic understanding of theory, best-angle of climb (Vx), best-rate of and climb (Vy), Cessnas, Climb Speeds, discipline, excess horsepower, flight training, full power, gaining the most altitude in the least lateral distance, getting to altitude quickly, gross weight, higher density altitudes, learning to fly, maximum power available, service ceiling, the formula, the greatest distance between the power available curve and the power required curve, the greatest surplus of power, thinner air, which climb speed is appropriate, “cruise climb”
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2 Comments
