KFLO - Florence Regl
Adventure
© 2006 Perfect Flight - Created by Marco Martini
All rights reserved
ESTIMATED TIME TO COMPLETE
20 minutes
AIRPORT FACILITY -
Terminal Procedures Publication
Airport KFLO | |
Full name | Florence Regl |
City | Florence |
State | South Carolina |
Country | United States |
ATIS Frequency | 123.62 MHz |
CTAF Frequency | 125.10 MHz |
Ground Frequency | 121.90 MHz |
Tower Frequency | 125.10 MHz |
Departure Frequency | 118.60 MHz 135.25 MHz |
Approach Frequency | 118.60 MHz 135.25 MHz |
Center Frequency | 133.45 MHz |
FSS Frequency | 122.10 MHz 122.60 MHz |
UNICOM Frequency | 122.95 MHz |
Altitude | 147 ft |
Mag. Variation | 5.6 deg |
Lat/Lon | N34°11.12' W079°43.43' |
Rwy ILS/GS 9 IFLO | |
Airport | Florence Regl |
ILS Frequ./Range | 109.10 MHz 27 nm |
Approach course | 89 deg |
Glideslope altitude | 1700 ft at 5 nm distance |
Altitude/Surface | 147 ft Asphalt |
Length/Width | 6491 ft 150 ft |
Runway 27 | |
Airport | Florence Regl |
Approach course | 269 deg |
Altitude/Surface | 147 ft Asphalt |
Length/Width | 6491 ft 150 ft |
Runway 1 | |
Airport | Florence Regl |
Approach course | 6 deg |
Altitude/Surface | 147 ft Asphalt |
Length/Width | 6010 ft 150 ft |
Runway 19 | |
Airport | Florence Regl |
Approach course | 186 deg |
Altitude/Surface | 147 ft Asphalt |
Length/Width | 6010 ft 150 ft |
Runway 2 | |
Airport | Florence Regl |
Approach course | 53 deg |
Altitude/Surface | 147 ft Asphalt |
Length/Width | 2200 ft 150 ft |
Runway 20 | |
Airport | Florence Regl |
Approach course | 233 deg |
Altitude/Surface | 147 ft Asphalt |
Length/Width | 2200 ft 150 ft |
ABOUT THE FLIGHT
Follow the ATC
instructions. Head to the airport, land on the assigned runway, and taxi to the
parking area of your choice.
There is no flight plan associated with this Flight, so no course line will show
up in the GPS and there won't be any information in the Navigation Log.
NOTE
For variety, you can re-fly this Flight with a different aircraft, at a
different time or in a different season or with different weather conditions.
For maximum realism, use the Real-World Weather feature.