If your yard is being destroyed by tunnels, mounds, or soft spots, you may be dealing with moles or gophers. At Bug Off Indy, we specialize in mole and gopher control in Greenwood, Indiana using proven trapping methods—not chemicals—to stop damage fast and effectively.
We proudly serve Greenwood, Indianapolis, Franklin, Whiteland, Bargersville, Trafalgar, Brownsburg, and surrounding Central Indiana areas.
Moles and gophers can quickly ruin even the healthiest lawn. Their underground tunnels damage root systems, create dangerous uneven ground, and leave behind unsightly ridges and dirt mounds.
Without proper control, the problem will continue to spread.
If you’re seeing any of these, it’s time to act.
At Bug Off Indy, we use a targeted trapping system to remove moles and gophers at the source of activity.
This method allows us to directly eliminate the problem underground where it starts.
Many pest control companies rely on chemicals—but for moles and gophers, trapping is often the most effective and preferred method.
As a locally trusted pest control company, Bug Off Indy understands the soil conditions, pest behavior, and seasonal activity patterns in Indiana.
We provide expert service throughout:
Our local experience helps us identify activity faster and trap more effectively.
Moles and gophers don’t go away on their own. The longer they stay, the more damage they cause to your lawn, landscaping, and property value.
Don’t wait until your yard is beyond repair.
📞 Call 317-939-1846
Email: https://bugoffindy.com/contact-us-pest-control-exterminator/
Schedule your mole and gopher trapping service in Greenwood, IN and surrounding areas today.
No. Bug Off Indy uses professional trapping methods only, avoiding chemical treatments.
Results vary based on activity, but trapping targets active tunnels for fast and effective removal.
Moles primarily feed on insects and create surface tunnels, while gophers feed on roots and create deeper burrow systems.
Yes—once the active pests are removed, tunneling stops, preventing further damage.