Density Altitude; Single Engine Climb Data; Single Engine Service Ceiling - Cessna 310 1975 Owner's Manual

MAXIMUM PERFORMANCE TAKEOFF
15
°
FLAPS
DENSITY ALTITUDE
SEA LEVEL 590y 2500 F1'
so
0
r
5000 FT 410F 7500 FT 320F
Total Total Total Total
Distance Distance- Distance Distance
Gross KlAS KIAS Head
over
O\•er
over over
Weignt
at at
\\'ind Ground 50 Ft
Ground
50 Ft Ground 50 Ft Ground 50 Ft
Pounds
Takeoff Obstacle
Knots
Run Obstacle
Run
Obstacle
Run
Obstacle
Run
Obstacle
5500
••
83 0 1335
1700 1630 2082
2024 2614
25Ei5 3387
15 1006 1313 1242 1624 1559 2061 1989 2702
30
718
966 900
1212
1147 1561
1485 2077
Figure 6-8
SINGLE ENGINE CLIMB DATA
SEA LEVEL 59°F 2500 FT 50°F
5000 FT 41°F 7500 FT 32°F 10' 000 FT 23°F
Gross Best Rate
Best
Rate
Best
Rate Best
Rate Best
Rate
Weight Climb
of Climb of Climb of Climb of
Climb
of
Pounds
KIAS
Climb
KIAS
Climb
KIAS
Climb
KIAS
Climb
KIAS Climb
Ft/Min Ft/Min Ft/Min Ft/Min
Ft/Min
5500 106 370
103 265 100 156 97
48
94 -60
5100 102
448
99 340
96
230 93 122 90 13
4700 98 520
95 414
92
305 89 197 86 90
-··
NOTE: Flaps and gear up, inoperative propeller-feathered, wings
banked 5° toward operating engine, full throttle, 2700
RPM and mixture at recommended fuel flow.
Decrease
rate of climb 15 FT/MIN for each ioop above standard temp-
erature for particular
altitude.
Figure 6-9
SINGLE ENGINE SERVICE CEILING
BEST CLIMB SPEED APPROXIMATELY 100 KIAS
OUTSIDE AIR TEMPERATURE Op
Gross
l
1 I I
I I
Weight
-10 0 10 20
30 40
50
Pounds
ALTITUDE-FEET
5500
8190
1
8000
l
7850
I
7650
I
7500
I
7320
I
7100
5100 9790 9630
9420
9260 9100 8920
8690
4700 11,490 11,310
11,140
10' 930
10, 730
10' 520 10' 290
NOTE:
Table provides performance information to aid in route selection
when operating under FAR 135.145 and FAR 91.119 requirements.
lncrease indicated service ceilings 100
feet for each 0.10
inch Hg,
altimeter setting greater than 29. 92.
Decrease indicated service ceilings 100 feet for
each 0.10 inch
Hg.
altimeter setting less than 29. 92.
The service ceilings are the highest attainable while
maintaining
a minimum rate-of-climb of 50 ft/min.
Figure 6-10
6-8