Spring repair in Clearfield, Utah

Clearfield sits at roughly 4,495 feet, and the 85.1 annual freeze–thaw crossings that come with that elevation fatigue spring steel independently of how often the door runs. Each crossing contracts and expands the coil; the damage accumulates whether the door cycles twice a day or ten times.

There is a second cold effect: freezing temperatures make spring steel more brittle, so the fatigued spring picks the coldest lift of the day to fail. With 92% of Clearfield's freeze–thaw days packed into November through March, the failure season is not a mystery.

half the homes in Clearfield were standing by 1975, which makes original springs the exception; doors here are typically on their second or third set. The exception is exactly the door to test, because it is far past the 5–7 years this climate allows.

For $80 to $150 over standard, a 25,000-cycle spring runs about 2.5 times longer. In a 85.1-cycle climate like Clearfield's that is the rare upsell worth taking: the standard spring's 5–7 years means a second call-out; the upgrade generally does not.

Always as a pair, sized to the measured door weight. An undersized "bargain" spring fails fastest of all in a climate like this one.

The measurements shift town by town: Clinton runs 85 freeze–thaw cycles and 5–7 years of spring life; Syracuse runs 85.8 freeze–thaw cycles and 5–7 years of spring life; and Roy runs 84.2 freeze–thaw cycles and 5–7 years of spring life.

Against that backdrop, Clearfield holds 85.1 cycles at 4,495 ft with a 1975 median build year — the specific inputs behind every figure above.