Blog

Free Quote
Call Now
Why Do Expansive Clay Soils Cause Parking-Lot Heaving Across the Pikes Peak Region?

Why Do Expansive Clay Soils Cause Parking-Lot Heaving Across the Pikes Peak Region?

June 22, 2026

Expansive clay soil heaving in the Pikes Peak region is the upward displacement of parking-lot pavement caused by moisture-sensitive clay minerals in the subgrade that swell when wet and shrink when dry. The Pierre Shale and Dawson formations underlying much of Colorado Springs contain montmorillonite, smectite, and illite clays capable of generating forces that far

Read
Previous Next
History of Paved Roads: From Rome to Smart Highways

History of Paved Roads: From Rome to Smart Highways

January 6, 2026

When we consider the infrastructure that connects our modern world, paved roads stand as one of humanity’s most enduring achievements. The history of paved roads is a chronicle of engineering innovation, economic expansion, and societal transformation spanning over two millennia. From ancient stone pathways to modern smart highways, the evolution of road construction reflects our

Read
The Hidden Cost of Delaying Asphalt Repairs in Colorado Springs

The Hidden Cost of Delaying Asphalt Repairs in Colorado Springs

November 25, 2025

Every day you wait to fix cracks or potholes in your pavement, you’re adding invisible costs. Here in Colorado Springs, our climate, with freeze-thaw cycles, strong sun, seasonal snow, and shifting soils, makes delaying repairs especially risky. Even what seems like a small surface crack can open the door to deeper structural damage.  According to

Read
Smart Budgeting for Annual Asphalt Maintenance in Colorado Springs

Smart Budgeting for Annual Asphalt Maintenance in Colorado Springs

November 22, 2025

Maintaining asphalt surfaces in Colorado Springs is essential for keeping commercial properties safe, attractive, and valuable. The region’s climate puts a lot of stress on asphalt, with cold winters, hot summers, and frequent freeze-thaw cycles causing cracks, potholes, and surface damage. Water that seeps into small cracks expands as it freezes, widening the cracks and

Read
Previous Next