Degrees of Freedom.

Slides:

Advertisements

Similar presentations

Advertisements

Aircraft Motion and Control

Aircraft Control Surfaces and Components. Aircraft Components and Control Aircraft range from simple home-built machines to complex fighter jets All aircraft.

INTRODUCTION TO STABILITY AND CONTROL. STABILITY SUMMARY Axes, Moments, Velocities – Definitions Moments and Forces Static Longitudinal Stability  Tail.

6th grade Springton Lake

Aircraft Control Surfaces and Components

Basic Aerodynamic Theory

Basic Propeller Principles

Ancient Dreamers Leonardo da Vinci Italian artist and scientist ( ) gathered data on the flight of birds and developed concepts of the propeller,

Lesson 13: Aircraft Structures And Flight Controls

Boy Scouts Aviation Merit Badge Control Surfaces.

LESSON 3 Controlling the Flight.

Airplane Flight: X-Plane in the Classroom Control Pitch - nose moves up and down.

Stability and Control.

Aircraft Motion and Control

Stability & Control Chapter 6 Lecture 12.

Fundamentals of Flight

The Four Forces of Flight

Air Transportation How Does an Airplane Fly?. Paper Planes  Create a paper airplane –Choose a paper airplane from the following site and fold it according.

Stability and Flight Controls

Part 2 - Pitch and Roll Yaw

Utilizing your notes and past knowledge answer the following questions: 1) What part of the aircraft that is located on the outer portion of the trailing.

Leading Cadet Training

1 How does an aircraft fly?. 2 First of all – An aircraft needs one or more engines to move forward.

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.

1)Aileron 2)Elevator 3)Rudder Aileron Ailerons can be used to generate a rolling motion for an aircraft. LOCATION: Ailerons are small hinged sections.

Flight Simulation: Physics of Aircraft Games Fundamentals © by Jarek Francik Kingston University, London

Forces of Flight and Stability

The Physics of Flight Dan Sullivan. What is flight?  Process by which an object achieves sustained movement through the air by aerodynamically generating.

Flight Concept Web Project By: Josh Science #

Theory of Flight 6.04 Laws and Forces References: FTGU pages

6.02 Flight Controls References: FTGU pages 30-31

AVIATION By Daniel Velare. Airplanes  An Airplane Consist of five major parts  WING  POWERPLANT  LANDING GEAR  FUSELAGE  EMPENAGE  An Airplane.

How does an Airplane Fly? Forces on an Airplane in Flight The four aerodynamic forces that act upon an airplane in flight are lift (the upward.

Click to edit Master title style Click to edit Master text styles Second level Third level Fourth level Fifth level 1 Click to edit Master title style.

Idea Development TTTTo have a Better Understanding of How Mechanically a Helicopter Flies IIIIntrigue of part design AAAA chance to better.

OUT OF CONTROL Forces on a plane in flight.. Plane Flying FORCES ON A PLANE IN FLIGHT.

Aircraft Familiarization

Fundamentals of Flight Transportation Mr. O. Structure of an Aircraft: Thrust is generated by a propeller or jet turbines.

By Bala Dhareneni.  The fuselage, or body of the airplane, is a long hollow tube which holds all the pieces of an airplane together. The fuselage is.

Grade 5/6 Environmental Science JEOPARDY THIS IS JEOPARDY.

Principles of Flight Chapter 3 – Stability and Control.

Aircraft Motion and Control

Aircraft Structure. References Used Pilots Handbook of Aeronautical Knowledge (PHAK) o FAA-H A, Chapter 2 Available Online for Free at:

Aircraft Auto Pilot Roll Control System

© 2009 Aviation Supplies & Academics, Inc. All Rights Reserved. The Pilot’s Manual – Ground School Aerodynamics Chapter 2 Stability and Control.

Private Pilot Ground School

By Bala M. Dhareneni.  A pitch motion is an up or down movement of the nose of the aircraft  The pitch axis is perpendicular to the aircraft centerline.

Transportation Unit 3 - Flight. Introduction Fixed Wing Heavier than air, atmospheric transportation vehicles sustain flight by utilizing the scientific.

FLUID  a substance, such as a liquid or gas, that is capable of flowing and that changes its shape at a steady rate when acted upon by a force tending.

Aerodynamics Stef Petryszyn.

How An Airplane Flies by Fernando Salas PBL

Four Forces of Flight Lift Weight Thrust Drag

Design Refining a design.

6.02 Flight Controls References: FTGU pages 30-31

Author: Harry L. Whitehead

Flight Info for Paper Airplane Project FALL 2015

Airplane Parts and Theory of Flight

6.04 Laws and Forces References: FTGU pages 21-39

Warm-Up – 8/18 – 10 minutes Utilizing your notes and past knowledge answer the following questions: What part of the aircraft that is located on the outer.

What Is a Moment? Terminology

Boom Supersonic 11/11/17 Agenda

Airplane Shaw STEM Lab 2017.

6.02 Flight Controls References: FTGU pages 30-31

Grab their Attention with Active Learning!

Theory of Flight Forces of Flight MS-PS2-2.

Forces of Flight Flight and Space © 2011 Project Lead The Way, Inc.

Dynamics & Controls PDR 2

Presentation transcript:

Degrees of Freedom

Name______________________ IED Degrees of Freedom +X +Y +Z -X -Y -Z

6 Degrees of Freedom +X +Y +Z -X -Y -Z –X and +X -Y and +Y -Z and +Z The origin is the place where X, Y, and Z are all equal to zero. +X +Y +Z -X -Y -Z –X and +X -Y and +Y -Z and +Z Rotational X Rotational Y Rotational Z The X, Y, and Z axes are number lines that are oriented as you see here. Placing the axis in this manner the user can locate points in space

Degrees on An Airplane RUDDER Yaw ELEVATORS Pitch AILERON Roll We have examined moments causing rotation about a point or axis and moments that do not cause rotation but do affect static equilibrium. Finally, we will briefly discuss how moments affect an object that is not constrained in any way—specifically how moments act on an airplane. Aircraft have several features called control surfaces, which are movable flaps located on the wings and tail. These surfaces have the job of controlling moments caused by the force of air on the wings and tail of the airplane. By controlling the moments of these forces, pilots can steer and maneuver aircraft in all directions. The motion caused by these moments—the roll, pitch, and yaw—rotates around three mutually perpendicular axes that meet at the center of gravity. As you can imagine, the interplay of all of the forces and moments is quite complex and is a field of study in itself.