By: Bill Pahutski and Luke Fickenworth

Slides:

Advertisements

Similar presentations

The Race is On! Putting Words in Alphabetical Order.

Advertisements

Mr. Kassel Technology Foundations Technology Education

Washington County Public Schools / Voluntary State Curriculum VSC CO 2 Car Project 1.B.7 Explain that requirements involve the identification of the criteria.

CO2 Dragster Cars

Co2 Research. 1. How does the CO² cartridge make the dragster move? The cartridge is punctured which then allows the CO 2 to escape thus pushing the dragster.

Type the name of your inventor or invention here. Created by:

7 TH GRADE STEM AGENDA Week 12 11/12 – 11/15. 7 TH GRADE AGENDA 11/12  Learning Target: I can use the design process to create a piece of furniture.

CO2 Dragster Design.

Design and Manufacturing CO 2 Race Cars. Terms CO 2 : Carbon Dioxide Gas CO 2 : Carbon Dioxide Gas Mass: The bulk of an object Mass: The bulk of an object.

Primary Challenge.

Research I researched a lot of CO2 dragster cars online. There are a lot of opinions out there on what works best. Some people insist that light, smaller.

CO2 Race Cars. What is a CO2 Race Car? A CO2 race car is a model car POWERED by the release of CO2 gas from a compressed cartridge. The release of the.

CO2 Dragster Design (Compressed Air, too!)

CO2 Dragster Design

READY, GO! Hare and Snail Challenges. 1. What are some design considerations to make a fast robot? 2. What are some design considerations to make a slow.

Egg Parachute By: Luke Fickenworth and Sam Gravois.

CO2 Dragster Project Julia Rodriguez. UNDERSTAND The cars are powered by the CO2 cartridge being punctured. The cars will race on a 20 meter track along.

Limiting Reactants. Suppose that you are in a car factory. In order to assemble a car, 4 tires and 2 headlights are needed (among other things). In this.

Higley High School. WIND ENERGY DEVICE Students will design, develop, and prototype a wind energy conversion device in a project based learning environment.

CO2 Cars Project #2 Land Transportation.

Jack Mangan and Chandler Owen

Glider Design Project By: ????????. Title Define a Problem or Need.

Problem Statement There are over 25 million children under the age of 5 in the United States, many of these children are taken out to restaurants to eat.

Parts of A Vehicle In this presentation you will learn the standard names of the different parts that make up a wheeled vehicle.

6 th Grade. Today Come in and Sit Down Think about the following question: What have you learned about autodesk so far? Do you like the program?

Drafting and Communicating The Universal Language of Industry.

CO2 Dragster Project. About this Module  You will convert a wedged shape piece of wood (about 12” in length) into a sleek racecar body using hand or.

Paper Drag Racers. Newton’s Laws of Motion Isaac Newton Isaac Newton came up with the 3 laws of motion. He helped us understand gravity. Born in 1642.

2009 Chemical Reaction Car Cameron Glasscock Evan Eichelberger

Mr. Sexton Engineering Technology

Engineering & Design Dragster Engineering Concepts.

I can find the perimeter and area of rectangles. (compound shapes) I can solve money problems.

CO2 Car Specifications Rules and Regulations

By Neil Berg and Michael Wiener.  In this project, our task was to build a car that is powered by a CO2 canister. The ultimate goal was the fastest car.

Level 2 Technological modelling Part 2 Case studies.

CO 2 Dragster Design Limitations. Limitations of the CO 2 Dragster.

Adapt this file to match your company’s work Module Area(s)… Change the content (Image & Text) of each slide, just be sure not to change the actual formatting.

In your notebooks… Today’s Date CO2 Car, VOCAB. VOCAB “I feel the need, the need for speed.” Goose, Top Gun VOCAB Co2 Car Acceleration… Rate of change.

Nerf Gun By: Luke Fickenworth and Grant Gallagher.

Problem Solving Process Questions Research Development Plan Test Data Collection Refine Solution Deployment Plan.

OBJECTIVE 6.0 Develop abilities to communicate effectively in a technological world.

Powered by PRESENTS All rights reserved. © 2013 Abu Dhabi Motorsport Management. This presentation is free for use by Schools in the UAE and wider MENA.

CO 2 Dragsters Colts Neck High School Innovation & Design (HONORS)

CO2 Racing AMHS Year One. Performance: Time: s Rank: 1st.

The Process of Making The Best CO2 Machine! Agricultural Mechanics / Woodshop Mr. Weaver The Process of Making The Best.

OVERVIEW In this challenge, you will:

OVERVIEW In this challenge, you will:

How to make the basic car

Car Width 2.75 (2 ¾) Inches Maximum

The problem is that trash bags fall into trash cans

9/10 Technology Education

OVERVIEW In this challenge, you will:

Fantabulastical Magnet Binder

Brier Terrace Middle School Mr. Sullivan

goteachmaths.co.uk Car Race -

CO2 Dragster Design.

Car Race – Linear Sequences

Research & Investigation

بِسْمِ اللَّـهِ الرَّحْمَـٰنِ الرَّحِيمِ وَلِكُلٍّ وِجْهَةٌ هُوَ مُوَلِّيهَا ۖ فَاسْتَبِقُوا الْخَيْرَاتِ ۚ أَيْنَ مَا تَكُونُوا يَأْتِ بِكُمُ اللَّـهُ

The Engineering Design Process

CO2 Dragster Project.

Goal: The learner will use proportions to find measures of objects.

CO2 Dragster Cars PBL.

Manufacturing Unit 5.

Phone Accessory Will Bridges.

Warm Up April 17 Solve for S.

The CO2 Dragster TIJ 101 Upon finishing your brainstorming and Final Drawing (with dimensions and ruled lines) The following steps with be taken for fabrication.

Presentation transcript:

By: Bill Pahutski and Luke Fickenworth CO2 Dragster Car By: Bill Pahutski and Luke Fickenworth

UNderstand We were required to build a wooden dragster car that was to be powered by Carbon Dioxide. The CO2 cartridge would be inserted into a small hole in the back of the car. After being punctured, this would send the car shooting forward. Sample CO2 Dragster Car

Explore To make a car that could win the competition, we had to do some research. We discovered that the more aerodynamic our car, the faster it would be.

Explore After some consideration, we decided we’d rather design a car that looked cool, rather than one that could win the race. So we settled on a design with a sharp point at the front and room for a Lego skeleton to ride in it.

Define We got requirements that our car design had to meet. Some of these included a maximum and minimum for weight, maximum and minimum for length, as well as axle perimeters. We made sure to follow all of these as we designed and eventually created our CO2 dragster car.

Ideate We planned our design by sketching out several possibilities first.

Ideate We narrowed our designs down one design that we really liked.

Ideate We sketched out all the parameters before creating it on Inventor Studio

Prototype First, We designed our CO2 car on Autodesk Inventer. We gave it the specification we had decided on in our ideate phase.

Prototype

Prototype

Prototype We put our car into the inventor Wind Tunnel program to see how well it would perform.

Prototype

Refine After adjusting our car to make it the most efficient, while keeping our design, we actually built it.

Solve Our finished car:

solve

Solve

solve

solve