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Takeoffs and Landings Traffic pattern collision avoidance And
38

Takeoffs and Landings Traffic pattern collision avoidance And.

Jan 03, 2016

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Theodore Smith
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Page 1: Takeoffs and Landings Traffic pattern collision avoidance And.

Takeoffs and Landings

Traffic pattern collision avoidance

And

Page 2: Takeoffs and Landings Traffic pattern collision avoidance And.

Tom Kirton - short bio• Solo in 1967

• CFI full time 1973

• CFI, Corporate pilot, Chief Instructor, Check Instructor 141 school, Instructor standardization pilot, Associate Professor Aeronautical Science/Embry-Riddle

• Number 1 interest--helping students begin their flying careers on a foundation of safety, airmanship achieved by mastering “the fundamentals”, and fun!

Page 3: Takeoffs and Landings Traffic pattern collision avoidance And.

Here’s what we are going to do-

• Review safety habits in the traffic pattern

• Discuss some training incidents related to traffic patterns

• Enjoy a video of some actual landing bloopers

• Leave here with an increased commitment to keeping our flight environment safe!

Page 4: Takeoffs and Landings Traffic pattern collision avoidance And.

Traffic Pattern Collision Avoidance

• Two questions

– 1. Where do “mid-airs” happen?

Page 5: Takeoffs and Landings Traffic pattern collision avoidance And.

A recent study by Grant Brophy - Safety Program Manager for Embry-Riddle-- concluded

•Low altitude

•Near airports

•During daylight hours

•During periods of good visibility

Page 6: Takeoffs and Landings Traffic pattern collision avoidance And.

2nd Question

• Where do they happen in the traffic pattern?

– Final approach --13 of the 23 episodes studied!

– Second worst was base to final

– Surprising---crosswind to downwind turn

Page 7: Takeoffs and Landings Traffic pattern collision avoidance And.

NTSB lists these as contributing factors

• Failure of pilots to adhere to prescribed communication procedures

• incorrect pattern entry techniques• failing to abide by aircraft right-of-way rules• failure to adhere to ATC instructions• failure to adhere to recommended standard

traffic pattern procedures

Page 8: Takeoffs and Landings Traffic pattern collision avoidance And.

NTSB (continued)

• Air Traffic Controllers– failing to separate traffic– failing to issue traffic advisories– failing to identify traffic– failing to verify that aircraft had the correct

traffic in sight

Page 9: Takeoffs and Landings Traffic pattern collision avoidance And.

What are some of the problems with these “contributing factor”

areas?

• Do pilots fly a standard traffic pattern in terms of being where you expect to see them?

• How about being cut-off on final? Have you ever been? Have you ever cut someone off? Why did you do it?

Page 10: Takeoffs and Landings Traffic pattern collision avoidance And.

Let’s talk about some of the danger areas in the traffic pattern• Entry leg

– Where should it be?– What altitude should we fly it?– What should we do on this leg?

Page 11: Takeoffs and Landings Traffic pattern collision avoidance And.
Page 12: Takeoffs and Landings Traffic pattern collision avoidance And.

Where are the danger areas on this leg?

What actions should take place?

Page 13: Takeoffs and Landings Traffic pattern collision avoidance And.

ME!

Bonanza

Page 14: Takeoffs and Landings Traffic pattern collision avoidance And.

Problems in “closed” traffic?

Page 15: Takeoffs and Landings Traffic pattern collision avoidance And.

1

2

3

4

Page 16: Takeoffs and Landings Traffic pattern collision avoidance And.

1

2

3

4

Page 17: Takeoffs and Landings Traffic pattern collision avoidance And.

Do you or anyone you know have a Hazardous Attitude?

Take this test to find out--

You will need--

Page 18: Takeoffs and Landings Traffic pattern collision avoidance And.

12

3

4

STOP

Page 19: Takeoffs and Landings Traffic pattern collision avoidance And.

STOP

NOW--Exactly what do you do?

Page 20: Takeoffs and Landings Traffic pattern collision avoidance And.

STOP A. Immediately begin slowing to get the right following distance--

Page 21: Takeoffs and Landings Traffic pattern collision avoidance And.

STOP B. Maintain speed or even speed up a little so that the jerk can see that you were too close for him to pull out.

Page 22: Takeoffs and Landings Traffic pattern collision avoidance And.

STOP

C. Pass him on the right and give him a “gesture” that shows you are displeased with his decision making process.

Page 23: Takeoffs and Landings Traffic pattern collision avoidance And.

BASE leg Dangers!ARE YOU

CLEAR?

Page 24: Takeoffs and Landings Traffic pattern collision avoidance And.

How big should the base leg be?

ARE YOU CLEAR?

Page 25: Takeoffs and Landings Traffic pattern collision avoidance And.

180 side approach or emergency landing practice

How do you feel about being wing up or wing down the entire time you are on base and part of final?

Page 26: Takeoffs and Landings Traffic pattern collision avoidance And.

Can you depend on everyone flying the same pattern and pattern size?

45 degreeCUB at 50

C172 at 70

Kingair at 120

Page 27: Takeoffs and Landings Traffic pattern collision avoidance And.

X

YRadius

50K/30deg = 400ft

70K/30deg = 750ft

(70K/20deg = 1350ft !!!)

120K/30deg = 2500ft

Note--if “Y” distance = 1500 ft. Then time on base at 70K (wings level) = about 12 seconds--is this enough time to LOOK for traffic?

Page 28: Takeoffs and Landings Traffic pattern collision avoidance And.

?

Situation--student in airplane A cuts off airplane B and sees traffic just before turning on final.

What should the student do?

A

B

Page 29: Takeoffs and Landings Traffic pattern collision avoidance And.

? What if the situation is reversed? Your student is “B” and sees aircraft “A” in a cutoff path--

A

B

Page 30: Takeoffs and Landings Traffic pattern collision avoidance And.

Your student

BIG Trouble

Page 31: Takeoffs and Landings Traffic pattern collision avoidance And.

1

2

3

Page 32: Takeoffs and Landings Traffic pattern collision avoidance And.

Where do you position the controls when taxiing?

Page 33: Takeoffs and Landings Traffic pattern collision avoidance And.
Page 34: Takeoffs and Landings Traffic pattern collision avoidance And.

Wind is variable at 3-4 knots

Page 35: Takeoffs and Landings Traffic pattern collision avoidance And.

Wind is variable at 3-4 knots

Page 36: Takeoffs and Landings Traffic pattern collision avoidance And.

Wind is variable at 3-4 knots

How do you think he positioned the flight controls at the start of the takeoff?

Page 37: Takeoffs and Landings Traffic pattern collision avoidance And.

Here is what happened

Airport sign

Ground path

Page 38: Takeoffs and Landings Traffic pattern collision avoidance And.

LANDING BLOOPERS

(Not to make fun but to have fun!)