Medium Regional Airport • Marietta, GA, United States
Elevation: 1,068 ft (326 m) • 33.9154, -84.5163
Dobbins Air Reserve Base (KMGE / MGE) is a medium regional airport serving Marietta, GA, United States, situated at an elevation of 1,068 ft (326 m) above sea level. Local magnetic variation is 5.5° West. The airport has 4 runways, with the longest measuring 10,000 feet.
FLIGHT CATEGORY
WIND COMPASS
CLOUD PROFILE
METAR KMGE 221655Z 21008G17KT 10SM BKN031TCU BKN120 BKN200 30/23 A3003 RMK AO2A TCU NE SLP157 T02990226 $
TAF AMD KMGE 221650Z 2216/2319 23010G15KT 9999 VCSH BKN030 BKN120 BKN200 QNH3001INS BECMG 2217/2218 25012G18KT 9999 VCTS BKN025CB BKN080 BKN200 QNH2999INS TEMPO 2218/2221 VRB15G25KT 6000 -TSRAGR OVC020CB BECMG 2220/2221 VRB15G25KT 6000 -TSRAGR OVC020CB QNH2994INS BECMG 2304/2305 23010G15KT 9999 VCSH SCT050 BKN120 BKN250 QNH2989INS BECMG 2308/2309 28015G25KT 4800 SHRA BR BKN015 OVC050 QNH2987INS BECMG 2314/2315 30012G18KT 9999 NSW SCT025 BKN050 BKN120 BKN200 QNH2996INS TX31/2219Z TN21/2312Z
| Designator | Length | Width | Surface | Heading |
|---|---|---|---|---|
| 11 | 10,000 ft | 300 ft | Concrete | 106° |
| 110 | 4,000 ft | 60 ft | ASPH | — |
| 29 | 10,000 ft | 300 ft | Concrete | 286° |
| 290 | 4,000 ft | 60 ft | ASPH | — |
METAR (Meteorological Aerodrome Report) is the standard format for reporting current weather conditions at airports worldwide. Issued every 30–60 minutes, it includes wind direction and speed, visibility, sky condition and cloud heights, temperature, dewpoint, and altimeter setting. Special METARs (SPECI) are issued when conditions change significantly.
TAF (Terminal Aerodrome Forecast) provides a weather forecast for the area within 5 nautical miles of an airport, valid for 24–30 hours. Issued every 6 hours by national weather services, TAFs use FM (from), TEMPO (temporary), BECMG (becoming), and PROB (probability) groups to describe changing conditions.
Flight Categories: VFR ceiling >3,000 ft & vis >5 SM MVFR 1,000–3,000 ft or 3–5 SM IFR 500–1,000 ft or 1–3 SM LIFR <500 ft or <1 SM