Black Box Robot Design Danny Blau Rocket Scientist, AFM.

Slides:



Advertisements
Similar presentations
Newton’s First Law (law of inertia).
Advertisements

Terminal velocity Weight Falling Air resistance Terminal velocity Questions.
The Nature of Force Chapter 10 section 1.
Forces
Ring It Up Analysis Danny Blau AFM, Rocket Scientist.
Base Fundamentals Beach Cities Robotics – Team 294 Andrew Keisic June 2008.
Newton’s Law Of Motion © 2011 Project Lead The Way, Inc.Flight and Space.
Virginia Science Olympiad: Bottle rocket and towers
Tug of War Battle Bots A tug of war game designed to demonstrate engineering and physics concepts in grades 6-12.
The Basics of Physics.
Black Holes. What is a black hole? What is a black hole? A black hole is an infinitely dense object that occupies a single point in space. It is so dense.
Welcome to the first annual Minnesota Mock Kick-Off! Presented by: Tweet to our Include these Hash Tags: #omgrobots #mnmoko.
Robot Physics: Part 1 By: Danica Chang and Pavan Datta Team 115.
 The word "rocket" can mean different things. Most people think of a tall, thin, round vehicle. They think of a rocket that launches into space. "Rocket"
Gravity What is it? es/cych/apollo%2010 /story/hoi/ball3.html es/cych/apollo 10/story/hoi/ball.html.
Checkpoint Physics Quiz 1 – Earth’s Forces Physics Unit Dr. Browne.
Define forces as pushes or pulls which can cause objects to ; speed up, slow down, change direction.
DRIVE BASE SELECTION AN INTRODUCTION TO DRIVE TRAINS.
Checkpoint Quiz 1 – Forces Physics Unit Ms. Browne.
Sumobot Challenge Sumobot Challenge Activity > TeachEngineering.org
Aristotle 4 th Century Natural Motion Up or down Violent Motion Pushed or pulled 2.3 Newton’s 1 st Law.
Can Humans fly?. Forces  understand that forces act in pairs  identify the forces that act between objects  describe how rockets and jets work force.
Chapter 5 Force and Motion. Chapter 5 Force and Motion In Chapters 2 and 4 we have studied “kinematics,” The branch of mechanics concerned with motion.
Forces After this unit, you will be able to:   Identify and describe the changes in position, direction, and speed of an object when acted upon by unbalanced.
Unit 3 Simple Machines. Machines and Work: Motion, Distance, and Speed Vocabulary : – Work: movement of an object by a force – Motion: change of position.
Satellites & “Weightlessness”. “Weightlessness” What keeps a satellite in orbit? The centripetal acceleration is CAUSED by the Gravitational Force! F.
How would this student make a circuit?. Do Now: A student has the following materials: a motor, light bulb, battery, switch, wires, and a buzzer. What.
Strategic Design FROM THE GAME TO CONCEPT DANNY BLAU ANDYMARK, INC 1.
Drivetrains Beach Cities Robotics – Team 294 Andrew Keisic June 2008.
Buoyancy! Why Things Float!. Buoyancy The force that acts upwards on an object, opposite of gravitational force, on a floating object The force that acts.
Review- What is happening in this video? How? Review- What is happening in this video? How?
Force and Motion Vocabulary. Centripetal Force a force that causes objects in motion to move in a curved path.
Newton’s Laws 10min test q1 Motion direction pull Weight (force due to gravity – don’t just say ‘gravity’) Friction (opposite to the motion) Contact force.
Bridging the Gap FROM STRATEGIC ANALYSIS TO DETAILED DESIGN DANNY BLAU ANDYMARK, INC 1.
Chapter 3 Force, Mass and Acceleration Newton’s Laws.
Force and Motion Integrated Science Mrs. Zazzali.
Robot Physics MVRT 2011 – 2012 Season. Overview Mass vs. Weight Velocity Force Torque.
Chapter 3 Forces. Section 1 Newton’s Second Law Force, Mass and Acceleration Compare hard thrown ball vs. gently tossed ball Compare hard thrown ball.
Forces and Newton’s Laws Houston, We Have a Problem! Lesson.
Deriving Consistency from LEGOs What we have learned in 6 years of FLL by Austin and Travis Schuh © 2005 Austin and Travis Schuh, all rights reserved.
By the end of this presentation you should be able to… Describe simply what a force is. Recall the units and the name of the instrument used to measure.
Unit 5 – Manned Space Exploration Mass vs Weight.
TYPES OF FORCE. Force A force is defined as a push or pull that acts on an object A force can cause a stationary object to move, or it can accelerate.
Mechanisms & Manipulators Beach Cities Robotics – Team 294 Andrew Keisic November 2009.
Free body diagrams.
Deriving Consistency from LEGOs
Gently tap the tuning fork on the bench and then hold in the water.
NEWTON’S LAWS.
Introduction to Force Lesson Goal: You will be able to find the net force acting on an object using force diagrams (free body diagrams) At the Bell: Get.
Do now A baseball player holds a bat loosely and bunts a ball. Express your understanding of momentum conservation by filling in the tables below.
What are forces? Push and pull Types of forces All forces involve interactions between objects. There are several different types. Gravity and magnetism.
Forces.
1. An object’s distance from another object is changing.
Net Force.
Unit 2 Force & Motion Chapter 5 Section 2 Force.
Moving with Force.
Upthrust and Gravity.
Chemistry: Matter.
Biomechanics Y10 AADP.
Gravity What is it? /story/hoi/ball.html.
Motion.
Forces Internal and External.
Push and Pull Newton’s Laws.
Goal 4 - Gravity and Newton’s First Law
Gravity What is it? Edited by: Debbie Turner.
Force & Motion.
A force is a ………… a ………… or a ………….
Newton’s 1st and 2nd Laws.
Chapter 12 NATURAL LAWS AND CAR CONTROL
Presentation transcript:

Black Box Robot Design Danny Blau Rocket Scientist, AFM

Thinking Outside the Box

Design Something

Design a Robot

Design a FIRST Robot

Design an FTC Robot

Design a 2012 FTC Robot

Something to Onething

A Box is Nice!

Making the Box Requirements/Needs Things the robot MUST do! Make a List Be super specific This defines the robot’s function and says nothing about the “HOW”

Making the Box Requirements List 1.Must be able to build Wood vs Metal Access to Water Jet vs Basement 2.Pass Inspection Check the rules each year! 3.Move What constitutes a legal FTC robot?

Objectives/WANTS Things the robot WANTS to do! Ranked after Requirements/Needs Things that would be nice to have Different for every team Making the Box

The LIST 1.Your team must be able to build it 2.Pass Inspection 3.Move 4.Thing 5.Thing 6.Thing 7.Thing Requirements Objectives

Trade-ables Things that pull in opposite directions Speed Vs Torque (Pushing Power) Weight Vs Complexity High reach Vs low center of gravity

Defining Your Own Box

Key Elements of Design K.I.S.S When in Doubt, Build it Stout! Maximize Driver Margin of Error

Questions? Danny Blau