Computer Simulation with Flight Simulator X Introduction to Flight Simulator – Level 1.

Slides:



Advertisements
Similar presentations
Parts of an Aircraft Parts of an Aircraft Gateway To Technology®
Advertisements

How Airplanes work and how has it changed
4 2 . How Lift is Created.
Boudary Layer.
Regional Gliding School u Occurs when the wing is no longer capable of producing sufficient lift to counteract the weight of the aircraft. A smooth.
Aircraft Motion and Control
Control on the ground ATC Chapter 2 & 3.
AEROPLANE Done by, RAKHI M.R. & SINDHU P. RAKHI M.R. & SINDHU P. Standard 10 E G.M.G.H.S.School Pattom, TVM.
Airplanes 1 Airplanes. Airplanes 2 Introductory Question As you ride in a jet airplane, the clouds are passing you at 600 mph. The air just in front of.
ME 480 Introduction To Aerospace: Chapter 2 Prof. Doug Cairns.
Pre-Solo Training Program
Bernoulli's Principle It explains why and airplane gets lift
Theory of Flight 6.05 Lift and Drag References:
The Forces on an Airplane. Four Main Forces Lift, Weight, Thrust, and Drag.
Review Chapter 12. Fundamental Flight Maneuvers Straight and Level Turns Climbs Descents.
Aircraft Motion and Control
Aviation Requirement 1 A) Define “aircraft”- an airplane, helicopter, or other machine capable of flight What are the operation of the following:  Jet.
Airplanes How an Airplane flies?.
Computer Simulation with Flight Simulator X Introduction to Flight Simulator – Level 1.
Stability and Flight Controls
#4918. When an airplane is accelerated, some attitude indicators will precess and incorrectly indicate a A- climb. B- descent. C- right turn.
Parts of an Aircraft Parts of an Aircraft Gateway To Technology®
What Causes an Airplane to Fly? Test Your Knowledge ! Match term with letter. Weight Drag Lift Thrust A_______ B________ C________ D________.
Utilizing your notes and past knowledge answer the following questions: 1) What is thrust and how can it be generated? 2) What occurs when the resultant.
Lesson 2-2a Principles of Flight
How flight works presentation By Blaise and Nick
TETRAHEDRON KITES BY ANTHONY LEWIS. Day 2 Monday 7/23/2012 So far we made one of the four pyramids of our Tetrahedron kite. We are using 4 big and small.
Lecture 3: Basic Aircraft
PRINCIPLES OF FLIGHT CHAPTER 4 CONTROLS.
AVAT11001: Course Outline Aircraft and Terminology
What’s Keeping Me Up?. US Air Force C-5 The largest plane in the US Air Force.
Theory of Flight 6.05 Lift and Drag
Aircraft Performance.
Forces of Flight.
Jumbo Jets By: Alex Dragas. How do jumbo jets fly? A jet flies by sucking air into its’ engines. It mixes the air with fuel and pushes it out. The engines.
AVAT11001: Course Outline 1.Aircraft and Terminology 2.Radio Communications 3.Structure, Propulsion, Fuel Systems 4.Electrical, Hydraulic Systems and Instruments.
Introduction to Control / Performance Flight.
Grade 5/6 Environmental Science JEOPARDY THIS IS JEOPARDY.
The Physics of Flight.
AVAT11001: Course Outline 1.Aircraft and Terminology 2.Radio Communications 3.Structure, Propulsion, Fuel Systems 4.Electrical, Hydraulic Systems and Instruments.
Introduction Class: Aviation I (AVAT11001) Lecture: Tuesdays B1/G.04 9am-11am Tutorial: Thursdays B1/G.16 9am-11am Lecturer: –Name: Ron Bishop –Office:
Physics of Flight.
Bird Adaptations for Flight. Covering of the wings are light smooth feathers 1.Reduces the force of weight 2.Reduces the force of drag.
UNIT 2: TRANSPORTATION LESSON 2: NEWTON’S LAWS AND FLYING.
Introduction to Aerospace – Historical Perspective Dr. Doug Cairns.
Flight Investigations TEXT BOOK CHAPTER 16 PAGE
Turns (pg FTM) Objective
4 Forces of Flight & Stability
Created by Eng. Shady Alfons
Zuliana-July Lecture 1: INTRODUCTION AIRCRAFT MASS (WEIGHT) & PERFORMANCE By: Zuliana Ismail, 2010.
CHECK POINT – FLUID PHYSICS DR. BROWNE. 1.Earth’s ________________ is made of a mix of gases called ______________. 1.The molecules of air are in constant.
Computer Simulation with Flight Simulator X Introduction to Flight Simulator – Level 1.
? ?? ? Imagine if… There were no airplanes… What would we need to fly???
Private Pilot Ground School
Transportation Unit 3 - Flight. Introduction Fixed Wing Heavier than air, atmospheric transportation vehicles sustain flight by utilizing the scientific.
Name____ 6_ Lesson 6 – How Can Heavy Objects Fly? May_
The Principles of Flight
Parts of an Aircraft Parts of an Airplane.
Computer Simulation with Flight Simulator X
Computer Simulation with Flight Simulator X
Airfoils and Simulation
Forces of Flight.
Airfoils and Simulation
How Lift is Created.
Pre-Solo Training Program
Pre-Solo Training Program
Drag and Lift Elliott.
Presentation transcript:

Computer Simulation with Flight Simulator X Introduction to Flight Simulator – Level 1

What You’ll Learn…  How to use Flight Simulator X software  How to use the CH Eclipse Yoke  How to FLY!  How the forces of lift, thrust, drag, and gravity act upon a plane in flight  How to control a plane while aloft  How to read various instruments  How to bank the plane  How to compensate for gravity and drag  How to climb and descend  How to land and takeoff  How to navigate Stuff You’ll Need…  Flight Simulator X software  CH Eclipse Yoke

What You Should Know… This is Not a Video Game! Flight Simulator X is a realistic computer simulation. You will use it to learn flight dynamics and piloting skills – you will not get to shoot down fighter jets or battle aliens. The controller you will use is called a yoke. Handle it GENTLY! There are two good reasons for this. The first is that it’s a delicate and expensive piece of electronic equipment. The second is that successful flying requires smooth, controlled movements. Can you imagine what it would feel like to be on a plane if the pilot tried to control it with big, jerky movements? In real flight, small movements of the yoke result in big movements of the plane. Most beginners move the yoke too much (over compensate) causing the plane to fly off course by a significant amount. Small, smooth adjustments of the yoke will get you where you’re going! This piece of equipment is called the YOKE. If you handle it gently, you will become a successful pilot.

Double Check Have you completed the third PowerPoint Climbs and Descents? If not, go back and finish!

Finding Flight Simulator Double click the Microsoft Flight Simulator X icon on the desktop.

Do It! Accessing Lesson 4 Step 1: Load the software or open Flight Simulator X from the desktop. Step 2: On the Navigation Bar, select “Learning Center”. Step 3: Select the “Lessons” tab from the top of the Learning Center page. Step 4: Select the first lesson, “Lesson 4: Slow Flight” Select, “Lessons”.

Do It! Lesson 4: Slow Flight Ground School Topics The Wing and Its Things How the Wing Works Relative Wind Attacking the Air How Lift Develops Impact vs. Pressure Lift Bending the Wind with the Wing Angle of Attack and Generation of Lift Slow Flight in Action Leaving Slow Flight Maintaining Altitude at Cruising Speed You’re on Your Own Ready for this lesson? Complete Ground School and return to this Learning Launcher for Ground School Review.

Review Lesson 4: Slow Flight Ground School Review – 5 steps for entering or leaving slow flight.

Do It! Lesson 4: Slow Flight Ground School Review In this Lesson you learned about lift and slow flight. In what two ways is a plane capable of creating lift?

Do It! Ground School Review A plane generates lift in two ways. First, the shape of the wings, called an airfoil, causes less air pressure on the top of the wing. Second, by tipping the nose of the plane up, more wing surface area is exposed causing lift to increase. Lesson 4: Slow Flight

Research Lesson 4: Slow Flight Ground School Review Recall the 5 steps for entering and leaving slow flight?

Do It & Research Lesson 4: Slow Flight Flight & Flight Analysis After completing ground school, click, “Fly this Lesson Now”. Read the flight brief and then click, “Fly this Lesson Now” a second time. The computer will load the software. This may take some time. Remember to capture the Flight Analysis image after each flight