By The Numbers Flashcards
(41 cards)
1
Q
Length
A
28,5ft
2
Q
Wingspan
A
37,4ft
3
Q
Height
A
8,46ft
4
Q
Service Ceiling - 2 Engines
A
14000ft
5
Q
Service Ceiling - 1 Engine
A
6000ft
6
Q
Ambient Temp Range
A
-25C to 50C
7
Q
Max Takeoff Weight
A
2712 lbs
8
Q
Max Ramp Weight
A
2712 lbs
9
Q
Max Landing Weight
A
2712 lbs
10
Q
Max Baggage Weight
A
176 lbs
11
Q
Max Zero Fuel Weight
A
2635 lbs
12
Q
Load Factor - Flaps Up
A
+3.8g to -1.78g
13
Q
Load Factor - Flaps Down
A
+2g to 0g
14
Q
VNE
A
171
15
Q
VNO
A
138
16
Q
VA
A
122
17
Q
VLE
A
122
18
Q
VLO
A
122
19
Q
VFE
A
Flaps Takeoff - 122
Flaps Full - 93
20
Q
VMC
A
62
21
Q
VS1
A
66
22
Q
VSO
A
54
23
Q
VYSE
A
84
24
Q
VXSE
A
83
25
VY
84
26
VX
72
27
Approach Speed
Flaps Takeoff - 90
Flaps Full - 71
28
VSSE
70
29
VG
95
30
Max Demonstrated Crosswind
17 kts
31
Maximum Power + Propeller RPM?
Continuous?
98.6hp @ 5800rpm (5 minutes max) - 2388 Prop RPM
92.5hp @ 5500rpm (Continuous) - 2265 Prop RPM
32
Engine Displacement
1352 cc
33
Blades/Hub Type and Length
2 Wood/Composite Blades (1780mm - 70in), aluminum hub
34
Ratio engine RPM to prop RPM
2.43:1
35
Where should coolant level be?
2/3 if the expansion tank, between min and max level (for first flight of the day)
36
Oil Compacity (each engine)
2 liters (min) to 3 liters (max)
37
How many fuel tanks?
2
38
Fuel Quantity Per Tank (Total and Usable)? Total?
Per Tank - 26.4g (25.6g Usable)
Total - 52.8g (51.2g Usable)
39
Number of Fuel Selectors
2 - 1 selector for each wing tank
40
Fuel pressure (min-max)
2.2psi-5.8psi (or 7.26psi)
41
How many fuel pumps?
4 - one engine driven (per engine) and one electric (per engine)
