Activity 4.2.8a Satellite Flight Satellite Robot Construction Guide

Slides:



Advertisements
Similar presentations
Activity 1.2.5a Mechanical Efficiency
Advertisements

Activity 1.3.1a Solar Hydrogen Automobile Assembly Guide
Activity 1.3.1a Solar Hydrogen Automobile Assembly Guide
Frame Assembly Produced by Ed Latimer, Team 476 Ken York, Team 476 Ron Markum, Team
Engineer Training XL1200 Mechanics. Engineer Training XL1200 Mechanics Confidential 2 The XL1200 is both a Roll to Roll and a Roll to Sheet Printing Machine.
Build the Tumbler.
C-Base Transmission Assembly Produced by Ed Latimer, Team 476 Ken York, Team 476 Ron Markum, Team
Solar Bike Install Jim Hickey. MDF board cut to profile of a Deuter handlebar bag, board with gal straps and machine screws fitted for concept proof.
Photos and Sensor Instructions
Robot Build IT Girls Allowed 2014 Updated 14 th August.
Engineer Training Mechanical Overview. Engineer Training Confidential 2 XL1500 is both Roll-to-Roll and Roll-to-Sheet Printer MachineXL1500-2mXL1500-3mXL1500-5m.
MC11000 Kit Replacement 1 1. Open the face plate and remove the 2 screws. Remove and discard the original face plate. 3. Remove the 2 white caps on the.
Introduction to the VEX ® Robotics Platform and ROBOTC Software © 2012 Project Lead The Way, Inc.Principles of Engineering.
Fat Max VEX Organizing System These photographs show how a complete VEX kit can be stored in a Fat Max organizing system, containing three trays. Components.
PRODUCTS SYSTEMS STEM Teachers Summit Hardware Build Manual.
Plan By Myre Adnan. WHAT I WILL NEED Visual Sensor Pressure Sensor Voice Recorder Cotton sock Levers Wooden Arm Track 2 Wheels Triangle Alarm Clock 2.
NXT A computer controlled brick and the “brain” of your robot that controls the motors and sensors.
VEX Structure.
What do I have to do? Cause a motor to turn the center arm. attach motor to frame can redesign the center arm piece as needed use bushings or bearings.
Introduction to Autodesk Inventor. Introduction Computer Aided Design (CAD) is a critical tool engineers use to transform their napkin sketch ideas into.
Photos and Sensor Instructions
1 Polarimeter build up and details Robert Lee. 2 View 1 Material (Removable plate, leg supports and rail guide spacer): Aluminum Leg supports attached.
Mechanical Components and Programming Ken Youssefi Introduction to Engineering – E10 1.
Beginning Chassis Build Season. Parts List Structure 2x20 Beam (2) 2x16 Beam (4) 2x10 Beam (2) Large Chassis Connector (20) 1x1 Connector Pin.
RoverBot Assembly The following pages show assembly plans for the RoverBot using the Consumer MindStorms or School Team Challenge Lego kit. Assemble the.
Introduction to VEX® components
Project Overview  Introduction  Clawbot Build  Design Modification  Design Development  Programming  Sensors  Advanced Sensors  Open design challenges.
LESSON 04 Starter Key words: Programmable, environment, design, manufacturing and application Modelling VEX Tumbler solutions In this lesson you are.
1 Equilibrium The Balancing Robot By: Kerry Scharfglass Whiz Kid.
WeldingRod’s Exactly Constrained 3D Printer Plate Identification and Stuffing.
Skid (Tank) Steering.
VEX® Robotics Platform and ROBOTC Software
Unit 1 - Introduction to VEX Robotics
OBJECTIVES Discuss parking brake pedals and automatic parking brake release. Explain parking brake linkages. Describe drum parking brakes. Describe caliper-actuated.
Know your Robot Electrical Parts
Robotics Education & Competition Foundation
Activity 1.3.1a Solar Hydrogen Automobile Assembly Guide
VEX® Robotics Platform and ROBOTC Software
Lesson Materials: Lesson hand-outs as desired Student Matching Exercise for Unit Student Matching Exercise Answer Key for Lesson Pencils or pens Internet.
Activity 1.2.5a Mechanical Efficiency
8/30/2004 RoverBot Assembly The following pages show assembly plans for the RoverBot using the Consumer MindStorms or School Team Challenge Lego kit. Assemble.
FlowArm PLTW Motions Computer Integrated Manufacturing
VEX Robotics Platform and ROBOTC Software
SuperQuest Salem Motion.
LESSON 04. LESSON 04 LESSON 04 STARTER Modelling VEX Tumbler solutions In this lesson you are going to adapt and improve your virtual CAD VEX Tumbler.
“RedBoard” / Arduino Uno Ardumoto Motor Driver Shield
Project Overview Introduction Clawbot Build Design Modification
Testbed 7) Wheel Assembly 6) Battery Strap 8) Clawbot 5) Limit Switch
Activity 1.2.5a Mechanical Efficiency
Motion STARTER Parts list Quick task: Discuss in pairs all the parts shown. Agree the function each of these parts for the Tumbler motion, and write your.
Activity 1.2.5a Mechanical Efficiency Winch Construction Guide
Activity 1.2.5a Mechanical Efficiency
Activity 2.2.1a Action Reaction Construction Guide
Activity 1.3.1a Solar Hydrogen Automobile Assembly Guide
Activity 1.2.5a Mechanical Efficiency Winch Construction Guide
VEX® Robotics Platform and ROBOTC Software
Activity 4.2.8d Satellite Flight Path Construction Guide
Don’t Let Your Wheels Fall Off!
VEX® Robotics Platform and ROBOTC Software
Guide Roller Installation
Don’t Let Your Wheels Fall Off!
Activity 4.2.8a Satellite Flight Satellite Robot Construction Guide
VEX® Robotics Platform and ROBOTC Software
VEX® Robotics Platform and ROBOTC Software
Photos and Sensor Instructions
Activity 1.2.3a Airfoil Construction Guide.
Reader Swap out Guide.
Activity 1.3.1a Solar Hydrogen Automobile Assembly Guide
VEX Drag Race Your name, date, hour.
Obstacle Detection.
Presentation transcript:

Activity 4.2.8a Satellite Flight Satellite Robot Construction Guide Aerospace Engineering © 2011 Project Lead The Way, Inc.

Equipment AE VEX Kit

Step 1: Construct Side Plates 1 in. Standoffs x 3 Bearing Plate x3 Front Side Plate #1 Back Side Plate #1 Front Side Plate #2 Back Side Plate #2 1/2 in. Standoffs x 2 Step 1: Construct Side Plates

Step 2: Attach Side Plates 2 in. Standoffs x 2 More washers may need to be added later if vehicle drags Plate #1 Plate #2 Step 2: Attach Side Plates

Step 3: Install Motor and Speed Controller

Step 4: Install Wheels and Motor Shaft x4 x2 Small gap Small gap 4 in. shafts x3 Step 4: Install Wheels and Motor Shaft

x3 Small gap x3 32 tooth gears x3 Step 5: Install Gears

Step 6: Build Two Guide Plates ½ in. Spacers x 6 Two sides of two identical plates shown Step 6: Build Two Guide Plates

Step 7a: Install Guide Plate on Side #1 Presentation Name Course Name Unit # – Lesson #.# – Lesson Name Step 7a: Install Guide Plate on Side #1

Step 7b: Install Guide Plate on Side #2 Presentation Name Course Name Unit # – Lesson #.# – Lesson Name Step 7b: Install Guide Plate on Side #2

Step 7c: Confirm Guide Plates Installed Correctly Presentation Name Course Name Unit # – Lesson #.# – Lesson Name Guide Plate #2 Guide Plate #1 Step 7c: Confirm Guide Plates Installed Correctly

Step 8a: Install Bump Switch Bracket on Plate #1

Step 8b: Install Bump Switch Bracket on Plate #2 1 screw Step 8b: Install Bump Switch Bracket on Plate #2

Step 9: Install Sonar Support standoff x2 Step 9: Install Sonar Support

Step 10: Install Battery Holder 3 in. standoffs x 3 Step 10: Install Battery Holder

Step 11: Install Bump Switch Align top side plates Step 11: Install Bump Switch

Sonar Step 12: Install Sonar

Step 13: Install Wheel Encoder Encoder (top wire) Encoder (bottom wire) Step 13: Install Wheel Encoder

Cortex Step 14: Install Cortex

Battery Step 15: Install Battery

Step 16: Connect Motors and Sensors to Cortex Encoder (upper) Encoder (lower) Bump Switch Motor Ultrasonic (in) Ultrasonic (out) Encoder (lower) Encoder (upper) Step 16: Connect Motors and Sensors to Cortex

Step 17: Secure Wires Route wires to avoid gear teeth Secure wires

Completed Satellite Robot

Stop Complete Activity 4.2.8 Satellite Flight