Is Fiber Cement Siding Resistant to Woodpecker Damage?

It’s not uncommon for woodpeckers to cause damage to siding, especially during breeding season. These creatures usually attract mates by making loud noises with the siding and they also tend to nest and create holes in this part of the home.

is fiber cement siding resistant to woodpecker damage

Some siding materials have the capability to deter woodpecker damage, while others don’t. Fiber cement siding, for example, is considered less susceptible to woodpecker damage than other siding materials. Timberland Exteriors™, a top-rated expert in siding and vinyl window installation, shares more information on this.

Can Fiber Cement Siding Hold Up to Woodpecker Damage?

Experts often recommend fiber cement siding for homeowners who are concerned with woodpecker damage. It’s usually the more affordable choice, especially when you compare it with stone or brick siding. Stone and brick are also reliable materials that can prevent woodpecker damage. However, they can be expensive and they sometimes have more complex installation requirements.

How Do Other Siding Materials Perform Against Woodpecker Damage?

Vinyl siding installation is one of the most popular options for homeowners. They perform at a superior level when it comes to deterring woodpecker damage. But since the fascia is typically made of wood, this creates a weak spot of which woodpeckers may take advantage.

Another decent option is wood composite. Since the material is foreign to woodpeckers, it’s less likely to encourage burrowing. Woodpecker damage on this type of siding isn’t bad, but you can still expect to find small holes on the surface due to the drumming of woodpeckers.

Timberland Exteriors™ is a trusted remodeling company with decades of experience in the industry. We carry out a variety of jobs including storm damage restoration, roof replacement and more. Call us at (952) 373-5145 or fill out our contact form to request a free estimate. We serve customers in St. Paul, MN, and the surrounding areas.