A hot attic is usually a building-performance issue, not a wildfire statistic. Roof exposure, poor insulation, blocked intake, limited exhaust, and air leaks can all contribute to heat buildup in the attic assembly.<\/p>\n
Soffit and eave vents can help when they are part of a balanced ventilation system. In wildfire-prone areas, those vents should also be selected for ember exposure.<\/p>\n
Solar heat loads the roof during the day. If warm air cannot move out and replacement air cannot enter, heat and moisture can build in the attic. That can affect comfort, roofing materials, and moisture performance.<\/p>\n
Soffit and eave vents usually provide intake air near the roof edge. That intake works with exhaust vents such as ridge, dormer, or gable vents. The system needs adequate net free vent area and clear airflow paths.<\/p>\n
Insulation should not block intake airflow. Baffles may be needed to keep air moving from the soffit or eave into the attic. Also check for paint, debris, damaged screens, or previous repairs that restrict airflow.<\/p>\n
In WUI applications, ordinary soffit and eave vents can become ember pathways. V2 Vents is a FireStorm Building Products line manufactured by New Cal Metals. V2 soffit and eave vent products help block embers, heat, and flames while supporting airflow.<\/p>\n
Before adding vents, evaluate the attic as a system: intake, exhaust, insulation, air sealing, roof design, corrosion exposure, and local code context.<\/p>\n
Explore soffit vents<\/a>, eave vents<\/a>, or Build With Us<\/a> for project support.<\/p>\n","protected":false},"excerpt":{"rendered":" Soffit and eave vents support attic intake airflow, moisture control, and roof performance. In wildfire areas, vent selection should also address ember exposure.<\/p>\n","protected":false},"author":6,"featured_media":17431,"comment_status":"open","ping_status":"open","sticky":false,"template":"","format":"standard","meta":{"inline_featured_image":false},"categories":[1],"tags":[],"yoast_head":"\n