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Warm-Up – 10/14 – 10 minutes. Utilizing your notes and past knowledge answer the following questions: What type of aircraft led to gaining control of the air? Describe the first type of bullet deflection used on propellers.
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Warm-Up – 10/14 – 10 minutes Utilizing your notes and past knowledge answer the following questions: • What type of aircraft led to gaining control of the air? • Describe the first type of bullet deflection used on propellers. • What influence did the invention of the interrupting gear have on the use of fighter aircraft? • Describe the problems associated with the wing mounted machine guns? • Describe the first all metal, low wing monoplane.
Warm-Up – 10/14 – 10 minutes Utilizing your notes and past knowledge answer the following questions: • What type of aircraft led to gaining control of the air? • Describe the first type of bullet deflection used on propellers. • What influence did the invention of the interrupting gear have on the use of fighter aircraft? • Describe the problems associated with the wing mounted machine guns? • Describe the first all metal, low wing monoplane.
Introduction • As more and more bombing raids took place, clear need for control of the air was needed. • Fighter or pursuit aircraft were needed to drive off bombers.
Warm-Up – 10/14 – 10 minutes Utilizing your notes and past knowledge answer the following questions: • What type of aircraft led to gaining control of the air? • Describe the first type of bullet deflection used on propellers. • What influence did the invention of the interrupting gear have on the use of fighter aircraft? • Describe the problems associated with the wing mounted machine guns? • Describe the first all metal, low wing monoplane.
Fighter Development • 1915 – French pilot – Roland Garros • Mounted an automatic rifle on aircraft • Fired through the propeller • To keep from shooting off propeller, the rear of the propeller was armored with steel plates
The Steel Deflector Plate Fix • Angled metal guards on the propeller in line with the path of the bullets • The guard is a "V" shaped piece of steel • "U" shaped bullet "gutter" intended to direct the deflected path of the bullet striking it away from the propeller. • sending a ricocheting bullet back into the pilot. • bullet striking the plate could create fractures in the propeller causing it to fail.
Warm-Up – 10/14 – 10 minutes Utilizing your notes and past knowledge answer the following questions: • What type of aircraft led to gaining control of the air? • Describe the first type of bullet deflection used on propellers. • What influence did the invention of the interrupting gear have on the use of fighter aircraft? • Describe the problems associated with the wing mounted machine guns? • Describe the first all metal, low wing monoplane.
Fighter Development • Germans captured Garros and his plane • Dutch – airplane designer – Anthony Fokker improved on design • Fokker designed a machine gun that fired through a spinning propeller • This gave Germans total control over the skies for over a year
Warm-Up – 10/14 – 10 minutes Utilizing your notes and past knowledge answer the following questions: • What type of aircraft led to gaining control of the air? • Describe the first type of bullet deflection used on propellers. • What influence did the invention of the interrupting gear have on the use of fighter aircraft? • Describe the problems associated with the wing mounted machine guns? • Describe the first all metal, low wing monoplane.
Fighter Development • Allies tried to mount a gun to the top of the wing but was ineffective due to increased drag
The Wing-Mounted Gun Solution: • Fire above the path of the propeller: • Fitted with either drum or clip ammunition feed systems • Two issues: • Unreliable and prone to jamming • difficulttask of reloading ammunition or clearing a round from a jammed gun while flying
Warm-Up – 10/14 – 10 minutes Utilizing your notes and past knowledge answer the following questions: • What type of aircraft led to gaining control of the air? • Describe the first type of bullet deflection used on propellers. • What influence did the invention of the interrupting gear have on the use of fighter aircraft? • Describe the problems associated with the wing mounted machine guns? • Describe the first all metal, low wing monoplane.
Fighter Development • May 1918 • German designer Hugo Junkers built world’s first all metal, low-wing monoplane fighter called the Junkers D1 • Arrived too late to make a difference in the war but was the fighter of the future
THIS DAY IN AVIATION • October 14 • 1921 — Loening Monoplane “Flying Yacht,” during an efficiency contest held by the Aero Club of America, establishes a new seaplane efficiency record, making six round trips between Port Washington and New London, in 5 hours 33 minutes, with 24 passengers carried in all, at a total cost of operation of $65.
THIS DAY IN AVIATION • October 14 • 1947 — Capt. Charles “Chuck” Yeager becomes the first person to fly faster than sound. • Yeager “breaks the sound barrier” in his Bell X-1 airplane, “Glamorous Glennis,” named after his wife. • He was able to reach 670-mph or Mach 1.015 at Muroc Dry Lake, California.
Chapter 2 – QUIZ The Adolescence of Air Power 1904-1919
Chapter 2 The Adolescence of Air Power 1904-1919
Today’s Mission Requirements • Mission: • Describe who developed method for recognizing pilots who shot down enemy aircraft. • What was the term used to describe a pilot that who shot down enemy aircraft? • Describe the difference between the Allied method and German method to determine a fighter ace. • EQ: Describe significant aviation events occurring between 1904-1919 and their impact on future aviation development.
Fighter Aces • French developed method for recognizing pilots who shot down enemy aircraft.
Fighter Aces • Used the term “ace” for a pilot who shot down five enemy aircraft • The British and the Americans adopted the same criteria
Fighter Aces • Germans required10 enemy aircraft downed for “Ace” to be used
Today’s Mission Requirements • Mission: • Describe who developed method for recognizing pilots who shot down enemy aircraft. • What was the term used to describe a pilot that who shot down enemy aircraft? • Describe the difference between the Allied method and German method to determine a fighter ace. • EQ: Describe significant aviation events occurring between 1904-1919 and their impact on future aviation development.
Fighter Aces • French developed method for recognizing pilots who shot down enemy aircraft.
Today’s Mission Requirements • Mission: • Describe who developed method for recognizing pilots who shot down enemy aircraft. • What was the term used to describe a pilot that who shot down enemy aircraft? • Describe the difference between the Allied method and German method to determine a fighter ace. • EQ: Describe significant aviation events occurring between 1904-1919 and their impact on future aviation development.
Fighter Aces • Used the term “ace” for a pilot who shot down five enemy aircraft • The British and the Americans adopted the same criteria
Today’s Mission Requirements • Mission: • Describe who developed method for recognizing pilots who shot down enemy aircraft. • What was the term used to describe a pilot that who shot down enemy aircraft? • Describe the difference between the Allied method and German method to determine a fighter ace. • EQ: Describe significant aviation events occurring between 1904-1919 and their impact on future aviation development.
Fighter Aces • Germans required10 enemy aircraft downed for “Ace” to be used
1. Create (1) quiz question with answer about today’s lesson. 3. List 3 things you learned today. 2. List 2 things you have questions about today’s lesson. Lesson Closure - 3 – 2 - 1
Model Building Grading Rubic • Each Group MUST follow all directions • STOP! - If you are unsure • SAFETY at ALL Times • Accuracy and Authenticity will be judged • Each Group Member is responsible to produce a 2 page paper on the model. • Aircraft Specifications • Aircraft contribution to Aviation development • Significant Aviation Pioneers associated with aircraft (pilots, inventors etc.) • The Group will provide a Presentation on the model. • 5to 7 slides (Title slide; Body; Summary Slide)
Safety Rules – Safety Monitor Brief • Must Use Safety Glasses • Use of Cutting tools is Dangerous – AT ALL TIMES • Must Use Cutting Mats • Extended breathing of adhesives and paint fumes can be dangerous • All Areas will remain clean and organized • Plane Captains will insure All Areas will be cleaned and all items put back in proper locations 10minutes prior to class ending • Class safety monitor will insure areas are clean and safe at all times
SAFETY FIRST. SAFETY ALWAYS.