The design report

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Appendix C – Preparation of materials Position Material Name thickness no. JOINT Wing BALSA PLATE AILERON BACK 1.5 2 H- Tail: Balsa ribs in the middle 2 2 H- Tail: Balsa webbing 2 6 Wing BALSA REAR PLATE CENTRE 2 1 Wing BALSA EDGE PLATE REAR 2 2 Wing BALSA TYPE 2 2 4 Wing BALSA TYPE 1.1 2 4 Wing BALSA WEB 3 4 Wing BALSA WEB 3 4 Wing BALSA WEB 3 2 Wing BALSA WEB 3 4 Wing BALSA WEB 3 2 Wing BALSA WEB 3 1 H- Tail: PAULONIA back plate 1 1 H- Tail: PAULONIA elevator back plate 1 1 Fuselage PAULONIA Landing Gear Blocks 32x80x10 2 2 H- Tail: PAULONIA Ribs at 30 mm 2 2 H- Tail: PAULONIA Ribs connecting servo plate 2 1 H- Tail: PAULONIA ribs in the middle 2 3 H- Tail: PAULONIA elevator ribs 2 7 H- Tail: PAULONIA elevator ribs connecting servo 2 2 Wing PAULONIA EDGE MEDIUM 2 2 Wing PAULONIA EDGE BIG 2 2 Wing PAULONIA AILERON 2 8 Wing PAULONIA AILERON SERVO 2 4 Wing PAULONIA PLATE AILERON FRONT 2 2 Fuselage PAULONIA Battery Plate 3 2 Fuselage PAULONIA Nose Plate 4mm 4 2 Fuselage PAULONIA Landing Gear Blocks 32x80x10 4 4 H- Tail: Ply elevator front plate 1 1 Fuselage Ply Wing Plate Top 2mm 2 2 Fuselage Ply Wing Plate Bottom 2mm 2 2 Fuselage Ply Back Connection Plate 2mm 2 1 Fuselage Ply Wing Connection Block 10x10x32mm Carbon Rod Connection Block 2 8 Y Fuselage Ply 10x40x56mm 2 4 Fuselage Ply Horizontal Tail Connectio Block 8x14x36mm 2 2 Y H- Tail: Ply Joint plate 2 2 Y H- Tail: Ply Joint plate 2 2 Y H- Tail: Ply Ribs connecting servo plate 2 1 Wing PLY TYPE 1.3 2 2 Wing PLY TYPE 1.1 FUSE 2 4 Y Wing PLY TYPE 1.1 FUSE 2 4 Y Wing PLY TYPE 1.1 2 2 Wing PLY TYPE 1.2 NEW 2 2
Position Material Name thickness no. JOINT Wing PLY TYPE 2 SERVO 2 4 Wing PLY EDGE SMALL 2 2 Wing PLY SERVO BACK PART HOLDER PLATE 2 2 Wing PLY FUSE CONNECTION PLATE 2 1 Y Wing PLY FUSE CONNECTION PLATE 2 1 Y Wing PLY TYPE 1.1 POD 2 2 V- Tail ply Vertical tail 2.5 4 V- Tail ply rudder 2.5 4 Fuselage Ply Nose Rib 3mm 3 2 Fuselage Ply Fuselage Rib connecting Nose Rib 3 2 Fuselage Ply Battery Rib 3 4 Fuselage Ply Wing Rib 3 12 Fuselage Ply First Back Rib 3 2 Fuselage Ply Middle Back Rib 3 2 Fuselage Ply Tiny Rib 3 2 Fuselage Ply Centre Plate 3mm Wing Rib Connection Block 3 4 Fuselage Ply 18x40x32mm 3 24 Fuselage Ply Wing Connection Block 10x10x32mm Carbon Rod Connection Block 3 80 Y Fuselage Ply 10x40x56mm Horizontal Tail Connectio Block 3 4 Fuselage Ply 8x14x36mm 3 4 Y H- Tail: Ply elevator servo plate 3 1 H- Tail: Ply servo plate 3 1 Y H- Tail: Ply servo plate 3 1 Y H- Tail: Ply webspar (3x6) 3 1 Wing PLY SERVO HOLDER PLATE 3 2 Y Wing PLY SERVO HOLDER PLATE 3 2 Y Wing PLY WEBSPAR CENTRE 3 1 Wing PLY WEBSPAR EDGE 3 2 Wing PLY WEBSPAR AILERON RIBS 3 2 Wing PLY FRONT CURVE PLATE 3 2 H- Tail: Ply side ribs 4 2 Longerons Fuselage Straight 5x5x760mm 6 Pine Longerons Fuselage Back 5x5x272mm 4 Pine Longerons Nose 5x5x52mm 2 Pine tail connection to fuselage 6x6 v tail 6 spar caps(6x6) h tail 3 Pine SPAR CAP WING 6x6 3 Pine CARBON ROD wing 6mm 2 Carbon Rod fuselage D12x800 1 Wing Connection Bolt D3.5x60 4 Wing Rib Connection Bolt D4x40 2 wire
Page 1 and 2:
EP-UAV Project 2009 iSpy Kate Rietd
Page 3 and 4:
Preliminary and Detailed Design 4 S
Page 5 and 6:
Executive Summary 1 iSpy is a twin
Page 7 and 8:
Design Requirements and Objectives
Page 9 and 10:
Initial Sizing 3.1.2 Estimating air
Page 11 and 12:
Airfoil design 3.1.4 Wing: Before t
Page 13 and 14:
Tail: A symmetric airfoil with a th
Page 15:
Empennage design 3.1.6 The dimensio
Page 19 and 20:
Pod Layout 3.1.9 The pod of the air
Page 21:
Weight estimation and Centre of Gra
Page 26 and 27: Figure 3.2.303 - Stability axis der
Page 30 and 31: CAD definition of the concept 3.2.5
Page 32 and 33: Figure 3.2.505: The vertical tail F
Page 34 and 35: Preliminary and Detailed Design 4 S
Page 36 and 37: Figure 4.1.109 Figure 4.1.110 The c
Page 38 and 39: Material type was chosen for each c
Page 40 and 41: The nose section of the fuselage co
Page 42 and 43: This part of the fuselage is the mo
Page 44 and 45: Empennage structure 4.1.3 Prelimina
Page 46 and 47: An ‘L’ shaped support was also
Page 48 and 49: Landing gear 4.1.5 Initial stages o
Page 50 and 51: Pod Structure 4.1.7 Figure 4.1.701-
Page 52 and 53: Fuselage fabrication 5.2 Since ther
Page 54 and 55: The servo holder plates in front of
Page 56 and 57: Landing gear fabrication 5.5 The de
Page 58 and 59: Fabrication of Pod 5.6 Like the fus
Page 60 and 61: Control surface fabrication 5.9 Ail
Page 62 and 63: Note: The weights taken after fabri
Page 64 and 65: It was here that the first problem
Page 66 and 67: Flight Test 6.2 The flight test aim
Page 68 and 69: Appendix 7 Appendix A - AVL files i
Page 70 and 71: TRANSLATE -0.450 0.384 0.00 # BFIL
Page 72 and 73: CLARK YM-15 - Re = 250000 Alfa Cl C
Page 76 and 77: Appendix D - Control surface sizing
Page 82 and 83: Conceptual Design Preliminary Desig
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The design report

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