1. Mav group 3 project Michelle Wright Nelson Villatoro Linda Velasquez Chinh Tran Saoud Wasel Ron Adato Nino Ross

2. What is a Mav  Also known as UAVs, Micro Air Vehicles (MAVs) are unmanned air vehicles capable of being flown remotely from either short or long range distances. The purpose of flight can range from recreational use to military use in missions such intelligence gathering or scouting for hazardous obstacles.

3. Types of Unmanned aerial vehicles MICRO UAVMILITARY UAV

4. Uav Propulsion systems FIXED WINGROTARY WING

5. Then and now in flight history

6. What this says about us The future is bright, and very promising. This is just the beginning in our engineering endeavors, and as we continue to strive for success we too may someday leave our mark in history as the Wright Brothers did many years ago

7. Mavs and you The innovative nature of MAVs for their size and ever increasing capabilities allows us to reflect on the fact that the engineering field is always changing and moving forward in technological advances that shape the world we live in today. This fact alone puts us (students) into the mindset that we must continue to learn throughout our academic career and beyond; thus preparing us for the time in which we too will continue to innovate and become pioneers in future engineering projects and ideas in the years to come.

8. Project objectives To design and fly a MAV under certain requirements and restrictions. To understand the requirements in format that engineers face when creating a project. To learn how to work in a group.

9. Keys to sucess Teamwork! “Coming together is a beginning. Keeping together is progress. Working together is success.” -Henry Ford  Knowledge and understanding of engineering principals and design, as well as all material covered in class

10. Requirements/constraints Structure and Payload  Max weight: 450g  A camera mount created (to fit a 20g micro DVR) Mode of Flight, Power and Propulsion  Any type of propulsion system  Ground takeoff  No internal combustion engines  Must have the ability to fly at least 5 minutes without charging the energy source  Control Requirements  A 2.4 G Hz radio transmitter must be used

11. Flight Plan 1.Fly as many figure eight paths around two pylons separated by 50 ft 2.Survey a 100’×50’ area, while collecting a clear image of the 1’ square targets

12. Basic Platform  GWS Slow Stick  “Slow Stick” refers to the shape of the fuselage  Some materials include: foam and plastic  No working ailerons

13. Bill of Materials ComponentModelDetailQuantityPrice RC AirplaneGWS Slow Stickno power1$26.07 Radio Transmitter 6-Channel Transmitter2.4G CT6B1$32.70 MotorDynam Brushless Motor18A ESC1$24.66 RC BatterySky Lipo100mAh 11.1V 20C1$6.10 Trainer RC PlaneParkzone Night VaporRTF1$70.00 Total $159.53

14. Gantt Chart

15. Design Drawings

18. Camera Mount (Design Ideas)

20. Night Vapor http://www.youtube.com/watch?v=F7enMFKimgg

21. Work Cited  ThinkFastToys. "Night Vapor by Parkzone." YouTube. YouTube, 04 Nov. 2011. Web. 20 Mar. 2012..  "GWS Slow Stick." Wikipedia. Wikimedia Foundation, 28 Jan. 2012. Web. 20 Mar. 2012..  http://www.planeinsanerc.com/images/sskit.jpg http://www.planeinsanerc.com/images/sskit.jpg  http://www.soking.us/soft/pic/0711721249.jpg http://www.soking.us/soft/pic/0711721249.jpg