Installs in Air Force Academy
Strata Heat Pumps installs heat pumps in Air Force Academy, in every ZIP code listed on this page. The online estimate gives a price range and your rebates for a Air Force Academy address in about two minutes.
Heat pump choices for Air Force Academy homes
Air Force Academy has 681 homes within 9.989 square miles. Census figures show a median build year of 1967 and 6.4 rooms per home. That is older than El Paso County, where the median home dates to 1988 and has 6.2 rooms. It is also older than Colorado, with a 1987 median build year.
The town has a large older-home base. Homes built before 1960 account for 33.2% of housing, while 40.2% date from 1960 to 1979. El Paso County has 12.4% built before 1960 and 23.9% from 1960 to 1979. Older homes are more likely to have limited ducts or no ducts, so duct condition matters before choosing a central system.
Air Force Academy differs sharply from nearby Gleneagle and Monument. Their median build years are 1997 and 2006, compared with 1967 here. Cascade-Chipita Park is closer at 1964, but 47.2% of its homes were built before 1960. Woodmoor has a 1992 median year, so its housing stock points more often toward newer duct layouts.
We measure the home, inspect ducts, and check the electrical panel before installation. A heat pump moves heat instead of burning fuel, and it also cools. We install Mitsubishi, Bosch, Daikin, Carrier and Trane systems.
How Air Force Academy homes heat today
Utility gas heats 77.1% of Air Force Academy homes. That exceeds El Paso County at 69.4% and Colorado at 66.7%. Gas furnaces are the starting point for many replacement decisions here, including a choice between a ducted heat pump and a dual-fuel system.
Electricity heats 20.1% of homes, compared with 24.8% in El Paso County and 25.2% statewide. Propane serves 1.8%, below the county's 3.9% and Colorado's 4.9%. The fuel split calls for an equipment plan based on the existing system, ducts, electrical capacity, and the rooms that need heating and cooling.
Nearby towns also lean heavily toward gas. Woodmoor is at 87.6%, Gleneagle is at 84.1%, Monument is at 79.4%, and Cascade-Chipita Park is at 77.8%. Air Force Academy's electric-heated share is higher than Cascade-Chipita Park's 2.5%, Woodmoor's 9.7%, and Gleneagle's 13.8%. That larger electric segment makes ductless equipment relevant for more local homes.
A ducted heat pump fits a house with usable central ducts. Dual fuel keeps the gas furnace for the coldest hours. A ductless unit suits homes without ducts, additions, and condos. Each choice must match the home rather than the townwide fuel share alone.
Systems that fit the local housing mix
Detached houses make up 53% of Air Force Academy homes. That is lower than El Paso County at 67.1%, Colorado at 61.8%, Gleneagle at 70.6%, Monument at 75.6%, Cascade-Chipita Park at 93%, and Woodmoor at 93.8%. Central ducted and dual-fuel designs fit many detached homes, after we verify duct capacity.
Attached homes account for 39.4% of housing here, far above the county's 7.9% and Colorado's 7.6%. Multi-unit buildings account for 7.6%, below 22% countywide and 26.9% statewide. Ductless heat pumps suit attached homes, condos, and additions where routing or enlarging ducts is not the right path.
The 1960 to 1979 group is the largest local build period at 40.2%. For a 2,000 square foot, 2-story gas-heated home in that group, our estimate tool uses a design load of 3.2 tons. A ducted system preserves central air delivery where ducts pass inspection. Dual fuel is a direct fit for a gas-heated house that keeps its furnace.
For a 1,500 square foot, 1-story electric-heated home without ducts from that same era, the ductless example uses 3 indoor units. Our estimate tool assigns about 500 sq ft to each ductless indoor unit. It prices up to 5 indoor units before a custom quote.
Sizing for Air Force Academy altitude and cold
Sizing here uses 1°F outdoors and 70°F indoors. Our estimate tool uses an elevation of 5,300 ft. At that elevation, an air-source unit loses 18% of heat output. We size for the design temperature instead of selecting equipment from floor area alone.
At the design temperature, the example system delivers 2 units of heat for each unit of electricity. The 2,000 square foot, 2-story gas home from 1960 to 1979 has a 3.2 tons design heat load and needs a 30 A breaker in the estimate. Duct condition and the electrical panel still require an on-site check.
Build era changes the estimated load for the same example layout. A home built before 1960 is 3.4 tons, while a 1980 to 1999 home is 2.8 tons. A 2000 to 2009 home is 2.4 tons, and a 2010 or later home is 2.0 tons. The town's 33.2% pre-1960 share supports careful room-by-room sizing.
Air Force Academy has 6.6% of homes built in 2010 or later, compared with 15.2% in El Paso County and 14% statewide. Most local homes were built before 1980. Equipment size follows heat loss, elevation, and design temperature.
Air Force Academy prices and rebates
For the 2,000 square foot, 2-story gas example built from 1960 to 1979, a ducted heat pump is $17,400 to $31,200 before rebates. After rebates, the range is $16,400 to $30,200. A dual-fuel system is $14,000 to $25,200 before rebates and $13,000 to $24,200 after rebates. Our estimate tool supplies these example ranges.
The 1,500 square foot ductless example with 3 indoor units is $11,800 to $19,200 before rebates. Its after-rebate range is $10,800 to $18,200. Ductless equipment is a focused option for the town's 39.4% attached-home share and for older homes that lack workable ducts.
The State of Colorado Heat Pump Discount applies to every Colorado home and to each system type. The discount is $1,000. It comes off the invoice, and we file every rebate for the homeowner. For a gas-heated home with a 3-ton ducted heat pump, total rebates are $1,000. The listed program is the State of Colorado Heat Pump Discount ($1,000).
The rebate stack is the same for the example equipment paths. Electric-heated ducted homes have $1,000, propane homes have $1,000, dual-fuel gas homes have $1,000, and ductless electric replacements have $1,000. The federal 25C credit ended for systems installed after 2025-12-31.
The 80840 housing picture
Air Force Academy has one ZIP code in the data, 80840, so there is no local ZIP-to-ZIP difference to compare. Its 681 homes represent the town figures used on this page. The ZIP has a 1967 median build year, matching the townwide result.
In 80840, gas heat is 77.1%, electric heat is 20.1%, and propane heat is 1.8%. Detached homes are 53%, while multi-unit buildings are 7.6%. These figures match the town profile, so system selection still turns on the specific home's existing heating equipment and duct layout.
The ZIP's older-home mix is substantial, with 33.2% built before 1960 and 6.6% built in 2010 or later. That differs from Monument, where 3.6% are pre-1960 and 31.7% are 2010 or later. It also differs from Cascade-Chipita Park, where 47.2% are pre-1960. A single townwide size does not fit each home.
The online estimate takes about two minutes. Adding a winter gas bill makes it more accurate. Most installations take one day. Jobs with several ductless units can take two or three days.
Air Force Academy in numbers
| Homes | Median year built | Built before 1960 | Built 2010 or later | Gas heat | Electric heat | Propane | |
|---|---|---|---|---|---|---|---|
| Air Force Academy | 681 | 1967 | 33.2% | 6.6% | 77.1% | 20.1% | 1.8% |
| El Paso County | 296,753 | 1988 | 12.4% | 15.2% | 69.4% | 24.8% | 3.9% |
| Colorado | 2,545,124 | 1987 | 16.3% | 14% | 66.7% | 25.2% | 4.9% |
| ZIP | Main town | Homes | Median year built | Heat with gas | Electric utility | Install area |
|---|---|---|---|---|---|---|
| 80840 | Air Force Academy | 681 | 1967 | 77.1% | Other or not sure | Yes |
Systems and rebates in El Paso County
- Ducted heat pump in El Paso CountyPrices by home age and the El Paso rebates for this system.
- Dual-fuel heat pump in El Paso CountyPrices by home age and the El Paso rebates for this system.
- Ductless mini-split in El Paso CountyPrices by home age and the El Paso rebates for this system.
- Heat pump rebates in El Paso County$1,000 on a 3-ton gas home, program by program.
- Pool heat pumps in El Paso CountyPool and spa heat pumps: local code rules, running cost and the swim season.
Other towns we install in
Questions we hear
Which heat pump works for a gas-heated Air Force Academy home?
Utility gas heats 77.1% of Air Force Academy homes. A ducted heat pump fits a home with usable central ducts. Dual fuel keeps the gas furnace for the coldest hours. For the 2,000 square foot, 2-story gas example from 1960 to 1979, the ducted range is $17,400 to $31,200 before rebates, while dual fuel is $14,000 to $25,200.
How are heat pumps sized at Air Force Academy?
Sizing uses 1°F outdoors and 70°F indoors. It accounts for 5,300 ft, where an air-source heat pump loses 18% of output. The 2,000 square foot, 2-story home from 1960 to 1979 has a 3.2 tons design load. We also measure the home and inspect the ducts and electrical panel before installation.
What rebates apply in Air Force Academy?
The State of Colorado Heat Pump Discount applies to every Colorado home and any of the system types discussed here. The discount is $1,000, and it comes off the invoice. For the 3-ton ducted gas example, total rebates are $1,000. We file every rebate for the homeowner. The federal 25C credit ended for systems installed after 2025-12-31.
Is ductless a fit for local attached homes?
It is a strong fit for homes without ducts, additions, and condos. Attached homes make up 39.4% of Air Force Academy housing, compared with 7.9% in El Paso County. For a 1,500 square foot, 1-story electric-heated home without ducts, the example uses 3 indoor units. Its after-rebate range is $10,800 to $18,200.
How does the 80840 ZIP code differ across Air Force Academy?
The data lists one Air Force Academy ZIP code, 80840, with 681 homes. Its 1967 median build year, 77.1% gas heat share, and 53% detached-home share match the townwide figures. There is no separate local ZIP profile to compare. Individual homes still differ in ducts, electrical capacity, layout, and heat load.