Nonstop flight route between Butte, Montana, United States and Racine, Wisconsin, United States:
Departure Airport:
Arrival Airport:
Distance from BTM to RAC:
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- About this route
- BTM Airport Information
- RAC Airport Information
- Facts about BTM
- Facts about RAC
- Map of Nearest Airports to BTM
- List of Nearest Airports to BTM
- Map of Furthest Airports from BTM
- List of Furthest Airports from BTM
- Map of Nearest Airports to RAC
- List of Nearest Airports to RAC
- Map of Furthest Airports from RAC
- List of Furthest Airports from RAC
About this route:
A direct, nonstop flight between Bert Mooney Airport (BTM), Butte, Montana, United States and John H. Batten Airport (RAC), Racine, Wisconsin, United States would travel a Great Circle distance of 1,234 miles (or 1,986 kilometers).
A Great Circle is the shortest distance between 2 points on a sphere. Because most world maps are flat (but the Earth is round), the route of the shortest distance between 2 points on the Earth will often appear curved when viewed on a flat map, especially for long distances. If you were to simply draw a straight line on a flat map and measure a very long distance, it would likely be much further than if you were to lay a string between those two points on a globe. Because of the relatively short distance between Bert Mooney Airport and John H. Batten Airport, the route shown on this map most likely still appears to be a straight line.
Departure Airport Information:
IATA / ICAO Codes: | BTM / KBTM |
Airport Name: | Bert Mooney Airport |
Location: | Butte, Montana, United States |
GPS Coordinates: | 45°57'16"N by 112°29'51"W |
Area Served: | Butte, Montana |
Operator/Owner: | Bert Mooney Airport Authority |
Airport Type: | Public |
Elevation: | 5550 feet (1,692 meters) |
# of Runways: | 2 |
View all routes: | Routes from BTM |
More Information: | BTM Maps & Info |
Arrival Airport Information:
IATA / ICAO Codes: | RAC / KRAC |
Airport Name: | John H. Batten Airport |
Location: | Racine, Wisconsin, United States |
GPS Coordinates: | 42°45'38"N by 87°48'55"W |
Area Served: | Racine, Wisconsin |
Operator/Owner: | Racine Commercial Airport Corp. |
Airport Type: | Public |
Elevation: | 674 feet (205 meters) |
# of Runways: | 2 |
View all routes: | Routes from RAC |
More Information: | RAC Maps & Info |
Facts about Bert Mooney Airport (BTM):
- Because of Bert Mooney Airport's high elevation of 5,550 feet, planes must typically fly at a faster airspeed in order to takeoff or land at BTM. Combined with a high temperature, this could make BTM a "Hot & High" airport, where the air density is lower than it would otherwise be at sea level.
- Bert Mooney Airport covers 890 acres at an elevation of 5,550 feet.
- Bert Mooney Airport (BTM) has 2 runways.
- The closest airport to Bert Mooney Airport (BTM) is Dillon Airport (DLN), which is located 48 miles (78 kilometers) S of BTM.
- The National Plan of Integrated Airport Systems for 2011–2015 categorized it as a primary commercial service facility.Federal Aviation Administration records say the airport had 30,431 passenger boardings in calendar year 2008, 25,178 in 2009 and 25,433 in 2010.
- The furthest airport from Bert Mooney Airport (BTM) is Sir Gaëtan Duval Airport (RRG), which is located 10,611 miles (17,077 kilometers) away in Rodrigues Island, Mauritius.
Facts about John H. Batten Airport (RAC):
- John H. Batten Airport (RAC) has 2 runways.
- The closest airport to John H. Batten Airport (RAC) is Kenosha Regional Airport (ENW), which is located only 13 miles (21 kilometers) SSW of RAC.
- The furthest airport from John H. Batten Airport (RAC) is Margaret River Airport (MGV), which is located 11,059 miles (17,798 kilometers) away in Margaret River, Western Australia, Australia.
- On 30 July 2010, plans were announced to have a full-time aviation maintenance firm on the field, planned to have opened on 1 September 2010.
- Because of John H. Batten Airport's relatively low elevation of 674 feet, planes can take off or land at John H. Batten Airport at a lower air speed than at airports located at a higher elevation. This is because the air density is higher closer to sea level than it would otherwise be at higher elevations.