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Alex Law Jamie Ibrahim Sabrina NgAndres Ruiz Jesus Zepeda Saho KingAnuj Patel Jay Huang Samuel PanBinu Mathew Justin Williams Solomon ChanCaroline Alvarado Lidia Flores Sonny LiDanny Chu Luis Ornelas Tandy LiDavid Nguyen Manuel Leyva Thanh VuEdmund Situ Marvin Lin Keegan SullivanEnrique Gurrola Masahiro Sato Toan TranGleb Melnikov Michael Luong Tri LuongHenry Lee Miguel Escobar Trinh NguyenHo Kyoung Lee Raveen Solanga Vicki AuHugo Mendoza Richard Cheng Wayne ChanJacob Gantz Ryan Razo Zulema RodriguezJames Ristrim Saam Shahrokhi
AIAA Design/Build/FlyFaculty Adviser: Professor Robert H. Liebeck
Advisers: Colin Sledge, Guiseppe Venneri, John Chen, Lawrence Ng, Khizer Karwa, Kamil Samaan, Paul Parcell, Ravi Patel
Charles Poblete [email protected]
Jocelyn Pedroza [email protected] Lau [email protected]
For more information, visit http://www.aiaadbf.org/
For further inquiry, contact:
Research and Development
Concept Design
Preliminary Design
Detailed Design
Prototype 1
Prototype 2
Prototype 3
Completed Final Plane
In Progress Backup Plane
Scheduled
• Rules Released
• Written Report Due - Feb 23
• Competition - Apr 10-12
July August September October November December January February March April May
Moldingo Foam-core male plug made using CNC foam
cutter and hand-shapingo Composite female mold formed using male plugo Allows different iterations of layup schedules and
compositeso Consistency in the quality of the parto Lightweight, aerodynamic, and structurally stiff
Motor Mounto 3D printed mold for easy part
release post-curingo Allows for rapid prototyping and
production with consistencyo Lightweight, carbon fiber based
motor mounto Able to withstand vibrations and
forces from propulsion
Ball Release Mechanismo Utilize the least number of servos to actuate
release mechanismo Must be external to air with three sides
unobstructedo Shifting center of gravity due to balls released
Balsa Wingo Adjustable wing jig and laser-cut balsa
parts ensure consistent productiono Parts assembled using jig and bonded
using CA super glueo Microlite skin ironed on, providing
aerodynamic surfaceo Lightweight and able to withstand
forces during flight
Composites, $1,500
Motor/Batteries, $800
Aircraft Components, $600
Supplies, $400
Molding, $1,000
Tools, $400
2014 Fall Quarter Budget
Team Members
Chief Engineer
Charles Poblete
Balsa Wing
An Do
CAD
Alex Kwok
Landing Gear
Violet Malayan
Molding
Justin Kerr
Documentation
Mai Kositchaimongkol
Propulsion/ Telemetry
Andy Simjian
Testing
Arlen Magtoto Jr
Motor Mount
Karla Marron
Flight Test
Kunal Deshpande
Project Manager
Michael Lau
Project ManagerJocelyn Pedroza
Team Structure
What is Design/Build/Fly?AIAA Design/Build/Fly is an annual international remote-controlled airplane competition that allows team to apply their analytical skills and showcase their cooperative efforts in building real-world aircrafts. Students must design, manufacture, and demonstrate the flight capabilities of an aircraft that can perform in a series of different flight scenarios.
Goals and Objectiveso Design aircraft based on given rules and constraintso Develop and apply innovative, practical, and
affordable fabrication techniques o Document and compile design, manufacturing, and
testing process into industry-standard written report
Requirements and Constraintso Battery weight less than 2lbso Nothing can come off in flighto Number of Servos (Actuators)o Lightest empty weight
Ground Mission Mission 1
Load mission 2 and 3 payloads in least time possible
Maximum number of laps in 4 minutes (empty load)
Mission 2 Mission 3
Fly 3 laps in least time possible with mission 2 payload (~5 lbs)
Maximum number of lapswhile releasing one wiffle ball (~2.4 oz) within drop zone each lap
Flight Course
2013 1st Place
2012 2nd Place
Competition Mission Objectives
Total Budget: $4700
2014 2nd Place
