Price trends, forecasts, and supply data for residential and commercial heating, ventilation, and cooling systems.
Current direction, confidence, year-over-year change, and volatility.
HVAC equipment represents one of the largest single material cost categories in construction, typically accounting for 8-15% of total mechanical system costs. The market is in a period of significant transition driven by refrigerant regulations (the HFC phasedown under the AIM Act), efficiency standard increases, and the growing electrification trend pushing heat pumps over gas furnaces.
Pricing dynamics differ substantially between residential equipment (commodity-like, high-volume manufacturing) and commercial systems (engineered-to-order with longer lead times). Both segments share exposure to copper, aluminum, and steel input costs, but commercial equipment pricing is more sensitive to project-specific engineering requirements.
Major HVAC manufacturers (Carrier, Trane, Lennox, Daikin, Johnson Controls) maintain significant U.S. manufacturing capacity. Residential equipment is largely produced domestically, limiting direct tariff exposure on finished units. However, compressors, motors, and electronic controls are often sourced from Asia, creating component-level supply chain risk.
Commercial HVAC equipment — rooftop units, chillers, air handlers — involves longer manufacturing cycles and higher customization. Lead times for commercial equipment typically range from 8-20 weeks for standard configurations to 20-40 weeks for large or custom systems. Residential equipment is generally available in 1-4 weeks.
Current risk factors affecting HVAC equipment availability and lead times.
HVAC demand peaks in spring as contractors prepare for cooling season installations. Equipment pricing tends to increase in Q1 when manufacturers announce annual price adjustments. Emergency replacement demand creates pricing spikes during heat waves and cold snaps, though this primarily affects the service market rather than new construction.
For details on how we calculate these forecasts, see our methodology. View all categories on the Price Index overview.
The AIM Act mandates an 85% reduction in HFC production by 2036. This is increasing equipment costs as manufacturers redesign for lower-GWP refrigerants (R-454B, R-32). New-generation equipment typically costs 10-15% more than the models it replaces.
Heat pump systems typically cost 15-30% more than equivalent gas furnace/AC combinations for equipment alone. However, IRA tax credits and utility rebates can offset much of this premium. Operating cost savings depend on local energy prices and climate.
Elevated commercial construction activity combined with equipment redesigns for new refrigerants has strained manufacturing capacity. Custom-engineered systems face the longest delays. Specifying early and confirming delivery schedules during design development is critical.
Send us your specs and get a free cost analysis back in days. No commitment, no risk, just real numbers.