Skip to main content

NEW 3126GT: Simplify Your Geotech


Hands-free rotary and head feed controls reduce strain on driller when completing applications like mud rotary.

Hands-free rotary and head feed controls reduce strain on driller when completing applications like mud rotary.

No one wants to be stuck in the stone age, which is what it can feel like trying to squeeze profits out of a clunky conventional drill rig. The old dinosaur lumbers into position completing only one application while guzzling fuel and spitting fluids before breaking down – putting you behind schedule and over budget. Meanwhile you dream of a modern-day machine that swiftly slides from rotary to automatic drop hammer, even to CPT or direct push, without having to reposition mast or machine. 

This innovative centerline head side shift is a reality on the compact, off-road NEW 3126GT. 

Advance augers with the 2 or 4-speed rotary head. Then use the machine hydraulics to slide the head over to position the hands-free automatic drop hammer for driving SPT samples between core runs. Or use the controls to slide the head the other way to conduct CPT logging using the integrated CPT head-feed rate controls complete with cone overload protection. Or use the GH63 direct push hammer to see the subsurface with Direct Image® tooling. No manipulating the drill mast position. No mobilizing multiple machines.

So forget the days of herding multiple rigs to a job site. Forge a brighter future using the centerline head side shift to simplify the process of traditional geotech techniques — augering, mud rotary, SPT, Shelby tubes, hard rock cores, CPT – and even direct push. A taller telescoping drill mast specifically designed for geotech work with heavier winch options, 105” head travel, and 36k push and 48k pull at the head-feed cylinder means greater pull back – ideal for drive and wash – and head travel.

All this within a smaller footprint than the relic you've been using, which still includes room for a separate hydraulic circuit for the mud pump (stabilizing mud flow) and space for accessories. 

But don’t fret about having to break the bank to afford becoming an industry leader. The price point comes in lower than you might expect, and all the features minimize your operating costs. The end result – launching your drilling production and profit light years ahead. 

Contact Us

1835 Wall Street
Salina, Kansas 67401
Phone: (785) 825-1842

Geoprobe® 3126GT Head Side-Shift

3126GT geotechnical drill features centerline head side shift

3126GT Geotechnical Drill Rig

Save time and effort swiftly sliding the innovative centerline head side shift into position for rotary, automatic drop hammer, even CPT or direct push. No need to move the geotechnical drill or drill mast on the compact, off road drill rig.

Photo Gallery


Hands-free rotary and head feed controls reduce strain on driller when completing applications like mud rotary.
3126GT side shift
Efficiently complete mud work with the independent pump.

Related Articles


Engineered with geotechnical industry in mind, this versatile rig is powered by a 134HP Cat C3.6 engine and comes ready to integrate Measurement While Drilling (MWD) capabilities. More rotary speed, more torque – all on a compact rig.

ID: 14198 | Date:

Enhanced safety and reduced physical strain placed on your team proves invaluable when weighing cost of investing in a sonic rig system.

ID: 14159 | Date:

When evaluating sonic drill rig options, keep an eye toward simplifying your fieldwork. Look for features to safely succeed in even the most challenging drilling scenarios while maintaining reliable production and minimizing operation costs.

ID: 14158 | Date:

Beyond physical rig components, evaluate a manufacturer’s ability to offer extensive support services to ensure you get the most out of your equipment.

ID: 14157 | Date:

Manufacturing productive sonic drill rigs requires more than just engineering prowess. Innovations are more effective when those skilled engineers are also experienced in operating the sonic rig themselves.

ID: 14156 | Date: