(855) 474-5464

moc.elipasrev%40selas

The VersaPile Deep Foundation Blog

Learn to leverage the power of helical piles to build better in Canada with expert advice and guidance on this revolutionary foundation solution that's disrupting the industry

Illustration

Counting Costs: How to Avoid Change Orders in Foundation Construction

One estimate found that in 2020 alone change orders cost the global construction market anywhere from $535 billion to $1.07 trillion. In this deep dive we explore the common causes for change orders on foundation projects and how you can avoid them.

Illustration

Unlocking Potential: The Complete Guide to Helical Pile Load Testing

A helical pile load test can do a whole lot more than tell you the ultimate capacity of a pile. It can unlock a whole new level of engineering and control over your foundation and deliver more efficient results.

Illustration

Cost Factors of Infrastructure Construction In Rural Canada

The cost of construction in rural and remote regions of Canada has increased by a huge amount in the last few years. With demand for infrastructure in these areas increasing, here's the factors that can affect the cost of your project (and how to overcome them).

Illustration

What's the TRUE Cost of a Helical Screw Pile Foundation?

It's one of the most popular questions we get asked: How much will my foundation cost? We've written one of the most comprehensive guides out there to understanding exactly what influences the cost of your foundation.

Illustration

Why Engineers Choose Helical Pile Foundations for Communications Towers

Helical piles have become a first-choice foundation for many telecommunications companies and contractors. Why have they become such a favorite, and what are the current and future implications for telecom infrastructure construction?

Illustration

The Story of How Helical Piles Saved This Historic Winnipeg Building

When a developer looked to give a 91 year-old heritage building new life as a unique condominium and retail shops, foundation challenges looked set to threaten the project's future. It would take a clever helical pile solution, and a very tight squeeze, to bring the building back to life.