P09231: Airframe A A. Matt Greco (ME) B. Shawn O’Neil (ME) C. Eric Lannan (ME) D. Will Pisarello (EE) E. Brian Lindquist (IE) F. Phil Davenport (IE)

Customer Needs Something that is able to fly! Carry a camera and take pictures Simple air to ground communication system Approx. 10 airframes by May Future Needs Aircraft with extended flight time (≈1 hour)

Benchmark Basic airframe design and prototype – Flight-worthy – 10 min flight time – Payload capacity of 2 to 3 lbs. Meteor Project – Not flight-worthy (time consuming and costly to complete)

Work Breakdown Structure Mechanical: – Conversion of airframe elements to Solidworks or Pro E – Finite element analysis on each portion of airframe – Documentation of finite element analysis Industrial: – Procurement of laser cutter – Analysis of airframe A assembly – Room for improvement/consultation of Airframe B design Electrical: – Simple telemetry system – Real time communication. system

Project Schedule Week 31) Get Hampton Roads price quotes, order one kit? 2) Begin to convert Shawn’s model to Pro E version 3) Talk to measurements group for data to receive 4) Finalize laser cutter spec 5) Purchase online components (motors) 6) Begin pilot training on simulator Week 41) Receive parts for test build of prototype 2) Write P.O. for laser cutter 3) Validate prototype design 4) Coordinate with Kyle Wright for pilot training on real aircraft Week 51) Initiate build of prototype and test 2) Electrically confirm sizing and special restraints of comm. system 3) Assuming success of prototype, order kits from Hampton for next copies Week 61) Build