Reliable, Nationwide Cell Tower Contractors
Crigger Power builds utility paths for cell tower sites that can’t afford downtime, permitting delays, or half-finished prep. From directional drilling and underground conduit to utility boring and fiber support, we deliver full-scope services for both new tower installs and existing tower upgrades.
Our team drills beneath roads, highways, and developed areas to connect towers to power and other critical infrastructure without relying on subcontractors or rented gear. We stay in control of the job site from start to finish, tailoring each bore to match terrain, tower specs, and utility needs.
Whether building point-to-point broadband or maintaining a regional tower network, Crigger Power delivers clean, on-grade installs that keep the signal strong and the schedule tight.
Other Boring Services
Cell Tower (Point-to-Point Broadband) FAQs
Underground boring allows our crews to install power, fiber, and utility conduit without disrupting roads, parking lots, or live infrastructure near tower sites. We use trenchless methods like directional drilling and auger boring to create clean paths beneath the surface, avoiding surface cuts and minimizing delays. This is especially critical in urban areas or sites with limited access where trenching isn’t feasible.
By boring utility paths directly to monopoles, lattice towers, and rooftop units, we make sure every connection stays protected and on-grade. Crigger Power handles these installations with our own in-house crews and gear, so there’s no downtime waiting on subcontractors or rental equipment.
It depends on the project conditions, but we most often use:
- Horizontal Directional Drilling (HDD): For long runs beneath roads or parking areas
- Jack & Bore: For power conduit under highways or railways
- Pilot Tube Auger Boring: When grade accuracy and alignment are non-negotiable
Each method is selected based on soil conditions, utility depth, and required conduit specs. Crigger Power evaluates each site in advance and drills with our own crews and gear to stay on target.
Yes. Crigger Power drills through tough terrain, including rocky, clay-heavy, or compacted soil profiles. We use specialized HDD rock drills and guided boring equipment that can cut through stubborn ground while staying aligned. We’ve bored through shale, limestone, and dense fill to install conduit and power lines for new tower builds and site upgrades across the country.
No matter the conditions, we plan the bore path in-house and bring the right equipment to get it done without compromise.
Our crews install a full range of utilities using trenchless boring, including:
- Power conduit for tower lighting and signal equipment
- Fiber and telecom lines for broadband and 5G backhaul
- Drainage and grounding systems as required by the site code
- Spare conduit for future capacity
Every run is bored to match site layout and carrier specs, avoiding surface damage and keeping infrastructure protected underground.
Crigger Power doesn’t sub out the hard stuff. Every bore we drill is done in-house—with our own crews, our own equipment, and full control over the process. That means faster turnaround, cleaner installations, and zero finger-pointing. We offer custom boring services for cell tower builds, upgrades, and maintenance—whether it’s a rural site or a dense urban project.
If your job demands speed, accuracy, and a team that doesn’t flinch when the site gets complicated, we’re the contractor that gets it done right the first time.
Contact Crigger Power for Cell Tower Utility Boring
Crigger Power handles underground utility boring for cell tower sites without outsourcing or cutting corners. From fiber conduit and power lines to grounding systems and spare ducts, every trenchless run is drilled by our own crew, on our gear, on our schedule, and with full control over the grade.
Whether you’re building a new tower, upgrading 5G infrastructure, or restoring service to a remote site, we bore the path that keeps your signal strong. No handoffs. No delays. Just clean, controlled bores that support reliable tower performance.