5.6 landing distance Flashcards
(refer to figure) determine the total distance required to land
OAT= std(standard 15’C)
pressure altitude= 10,000 ft
weight= 2,400 lb
wind component= calm
obstacle= 50 ft
1,925 feet
(refer to figure) determine the approximate total distance required to land over a 50-ft obstacle
OAT= 90’F
pressure altitude= 4,000 ft
weight= 2,800 lb
headwind component= 10 kts
1,775 feet
(refer to figure) determine the total distance required to land
OAT= 90’F
pressure altitude= 3,000 ft
weight=2,900 lb
headwind component= 10 kts
obstacle= 50 ft
1,725 feet
(refer to figure) determine the total distance required to land
OAT= 32’F
pressure altitude= 8,000 ft
weight= 2,600 lb
headwind component= 20 kts
obstacle= 50 ft
1,400 feet
if an emergency situation requires a downwind landing,pilots should expect a faster
groundspeed at touchdown, a longer ground roll, and the likelihood of overshooting the desired touchdown point
(refer to figure) determine the approximate landing ground roll distance
pressure altitude= sea level
headwind= 4 kts
temperature= std (15’C)
401 feet
(refer to figure) determine the total distance required to land over a 50-ft obstacle
Pressure altitude= 3,750 ft
Headwind= 12 kts
Temperature= std (15’C)
816 feet
(refer to figure) determine the approximate landing ground roll distance
pressure altitude= 5,000 ft
headwind= calm
temperature= 101’F
545 feet
(refer to figure) Determine the approximate landing ground roll distance
pressure altitude= 1,250 ft
headwind= 8 kts
Temperature= std (15’C)
366 feet
(refer to figure) determine the total distance required to lanmd over a 50-foot obstacle
Pressure altitude= 5,000 ft
headwind= 8 kts
temperature= 41’F
runway= Hard surface
956 feet
(refer to figure) Determine the total distance required to land over a 50-foot obstacle
pressure altitude= 7,500 ft
headwind= 8 kts
temperature= 32’F
Runway= Hard surface
1,004 feet
