Directional Drill Fleet

A Drill Is Only One Part of a Bore

Buyers often ask how many drills a contractor has. The more useful question is whether the contractor carries the full set of equipment a bore depends on, because a rig without adequate fluid capacity, tracking, or vacuum support will stall on the same crossing that a properly outfitted spread completes in a shift.

The classes below describe the capability. A specific rig list with configurations is provided in prequalification packages on request.

Drill Rig Classes and What Each Is For

Rig class is chosen against bore length, product diameter, expected soil, and how much room the site allows. Bringing too much machine to a tight residential right of way creates access and restoration problems; bringing too little turns a single crossing into a multi day event.

• Compact rigs for driveway crossings, short utility crossings, service drops, and work inside constrained right of way where setup room and restoration footprint matter most
• Mid-size rigs for typical distribution work: road crossings, multi-duct runs between handholes, and the majority of conduit placement in Volusia County and Central Florida
• Larger rigs for long backbone bores, larger diameter HDPE conduit, deeper crossings, and situations where pullback force and rod capacity govern the design

Tracking and Locating Equipment

Bore path control is a locating function, not a drilling function. Walkover tracking systems report depth, pitch, roll, and position so the head stays on the planned profile and clears existing facilities by the required margin.

Where surface conditions make walkover tracking unreliable, such as heavy interference or crossings that cannot be walked, an alternate tracking method is planned for that crossing. The choice is made during bore path planning and recorded, so the as-built reflects how position was verified.

Drilling Fluid Systems

Florida soils vary widely over short distances, from clean sands that need fluid to hold an open bore to clays and organics that need different additives and flow. Fluid mixing systems are sized to the rig so the mix can be adjusted in the field rather than accepted as delivered.

Fluid management is also a compliance issue. Recovery and containment equipment keeps returns controlled at entry and exit pits, protects the surrounding site, and supports the restoration standard that municipal and county inspectors expect.

Vacuum Excavation and Potholing Support

Vacuum excavation units serve two purposes on a drill spread. First, they expose existing utilities inside the tolerance zone without mechanical contact, which is the single most effective protection against a utility strike. Second, they recover drilling fluid and keep the work area clean.

Potholing is treated as planned work with its own time in the schedule, not as something squeezed in when a locate looks uncertain. Exposures are recorded and referenced in the as-built documentation.

Tooling, Reaming, and Pullback Equipment

Bits, housings, reamers, swivels, and pulling assemblies are selected against soil type and the product being installed. The wrong reamer in the wrong ground produces an unstable bore, excess fluid loss, or a pullback that binds.

Reaming passes and pullback are planned with the product on the reel and staged so the pull happens in one continuous operation wherever possible. Tracer wire installation and conduit verification follow the same pull rather than becoming a separate return trip.

• Bit and housing selection matched to sand, clay, organic, or mixed conditions
• Reamer types and sizing for the finished bore diameter and product count
• Swivels and pulling eyes rated for the product and the calculated pull
• Rod inventory and handling equipment sized to bore length

Matching Equipment to Florida Ground Conditions

Florida is not one soil. A bore near New Smyrna Beach may run through clean sand that will not hold an open bore without the right fluid, while a crossing a few miles inland hits clay, marl, organics, or a shallow water table that changes the fluid program and the reaming plan entirely.

Limerock, cobble, and unexpected fill also show up, particularly near older roadways and along corridors that have been rebuilt more than once. Tooling that performs in sand will slow to a crawl in rock, so bit and reamer selection is reviewed against soil expectations before mobilization and adjusted in the field when the returns say something different.

Groundwater is the condition most often underestimated. A shallow water table affects entry and exit pit stability, spoil handling, and restoration, which is why pit management equipment travels with the spread rather than being sourced after a pit starts caving.

Support Equipment That Keeps a Bore Moving

A drill spread includes the equipment that surrounds the rig: water supply, entry and exit pit management, spoil handling, compaction and restoration tooling, and the traffic control needed to work in a roadway or shoulder.

Emergency service restoration relies on the same spread being able to leave the yard quickly. Because the equipment is owned, a storm response or outage restoration call does not begin with a rental search.

How Does Each Part of the Spread Work Through a Bore?

Every directional bore runs in three stages, and each stage leans on different equipment. The pilot bore drills a small steerable hole along the planned profile. Reaming enlarges that hole to the finished diameter. Pullback draws the conduit or cable back through the reamed hole to the entry side.

During the pilot, the tracking system does most of the work. The locator walks above the drill head, reads depth and pitch, and tells the operator when to steer. The fluid system keeps the hole open and carries cuttings out, and vacuum excavation has already exposed every utility the bore will cross.

During reaming, rod capacity, rotation torque, and fluid volume matter most. A reamer sized for the product is pulled back through the pilot hole, sometimes in more than one pass. During pullback, the rig's pullback force, the swivel, and the pulling assembly carry the product through without twisting or overstressing it.

What About Bores Near Waterways and Drainage?

Bores near canals, ditches, retention ponds, and tidal water need extra fluid control. Drilling fluid under pressure can find a path to the surface through loose sand or an old disturbance, which is called an inadvertent return. Near water, even a small return becomes an environmental and permit issue.

Crews working near water carry containment materials and a vacuum unit able to recover fluid at the point it surfaces. Fluid pressure and returns are watched closely through the crossing, and any return is contained, cleaned up, and reported the same day. Permit conditions near water are read during planning and carried into the field plan, because they can limit work hours, set setbacks, or require monitoring.