1. COST QDR TEAM 4 Jared Hutter, Andrew Faust, Matt Bagg, Tony Bradford,
Arun Padmanabhan, Gerald Lo, Kelvin Seah
December 4, 2003

2. CONCEPT REVIEW Empennage Empennage High Wing High Wing UPDATED
Horizontal and Vertical Tails sized using modified Class 1 Approach
(per D & C QDR 1)
High Wing
S = 39.3 ft2
b = 14.0 ft, c = 2.8 ft
AR = 5
UPDATED
Twin Booms
3 ft apart;
5.7 ft from Wing MAC to HT MAC
Twin Engine
1.8 HP each
Avionics Pod
20 lb; can be positioned front or aft depending on requirements
Empennage
Horizontal and Vertical Tails
High Wing
S = 47.8 ft2
b = 15.5 ft, c = 3.1 ft
AR = 5
Twin Booms
3 ft apart;
7.3 ft from Wing MAC to HT MAC
Twin Engine
1.8 HP each
Avionics Pod
20 lb; can be positioned front or aft depending on requirements

3. OVERVIEW Component Cost Analysis Payload Propulsion Structure
Landing Gear
Controls
Miscellaneous

4. PAYLOAD Payload Price Dell Computer $ 2,566.80 Midg $ 6,750.00 Camera
$ 2,566.80
Midg
$ 6,750.00
Camera
$ 1,500.00
Daq Card
$ 1,195.00
Network Card $
Antenna $
Cable $
Ground Antenna
Total payload
$12,321.80

5. PROPULSION Propulsion Price 2 x Engine (Saito FA-100) $ 560.00$
2 x Prop (Master 16 x 6) $
Fuel (per gallon) $
Fuel Tank (50 oz.) $
2 x Fuel Feed Line (2 ft.) $
2 x Engine Mounts $
Total Propulsion $

6. STRUCTURE Structure 2 x Main Gear (Robart #682) $ 150.00
2 x Tail Gear (Robart #657)
2 x Main Wheels (Robart #13855A2)
2 x Tail Wheel (Robart #132)
Total for Landing Gear
Monocoat (2.166 x 25 ft.) / roll (need ft^2)
Balsa (3x3x30 in) block (need 5.33 ft^3)
Spruce (need ft^3)
Fiberglass (50wide x 36vary in)
3 x Aluminum Booms (2024 T6) 6 ft each
Total Materials
Total Structure $ $ $ $ $ $ $ $ $ $ $ $

7. CONTROLS Controls $ 479.99 Futaba 9CAP 9ch PCM with 4 S3001 servos
Servos 3xS3001
Total Controls $ $ $

8. COST WITHOUT PAYLOAD

9. TOTAL COST

10. QUESTIONS?