DCI revolutionized the HDD industry with the introduction of the DigiTrak Locating system in 1991. The unique features of the new system provided greater accuracy for measuring the depth and location of the drillhead than prior systems.
The all New DigiTrak Falcon+ HDD locating systems are designed with you in mind. We’ve made it easier and faster to take full advantage of the benefits of Falcon Technology. Improvements that mean your crews can train faster, drill deeper and finish more jobs than the competition.
Over 1000 Frequencies
The Falcon F5 Plus locator is the most versatile and advanced HDD locating system available in the world.
Up to 160 ft (48m) Depth / 200 ft (61m) Data
Battle active interference with our simple yet sophisticated F2 system. Increase bore efficiency and reduce downtime, saving thousands of dollars per year.
100/125 ft (30/38m) Depth
Designed for projects such as house drops from street to home, the easy to use and friendly priced F1 uses a single band to combat active interference.
A major challenge of today’s bore plans is that they often become irrelevant a few rods in.
The TeraTrak™ R1 generates continuous job site topography and gives you the vital data to create and update your bore plan on-the-fly, so it never becomes obsolete.
Real-time terrain mapping allows you to easily create a continuous topography marked with utilities and waypoints
TeraTrak™ R1 helps you solve bore plan problems on-the-fly.
As you walk along the projected bore path, the R1 builds a terrain map in real-time. You can add utilities, waypoints, pins and notes to share with your crew or customers.
For 30 years DCI has been the leader in transmitter design and manufacturing. That means more durability, better signal transmission, and backed the industry’s best extended warranty: 5 year/750 hours
The DigiTrak Falcon F5+ transmitters with Multi-Power, Sub-k™, Fluid Pressure, Full-Scale Sensitive Pitch, and over 1000 frequencies to help you get the job done. Available in 24, 19, 15, and 8-in lengths.
The DigiTrak Falcon F2+ transmitters support Multi-Power and over 500 frequencies to help you avoid active interference. Available in 19, 15, and 8-in lengths.
DigiTrak DucTrak™ transmitters are designed to track existing non-metal ducts to depths of 80 ft. DucTrak transmitters do not send out a roll/pitch signal and are not intended for horizontal directional drilling operations. These 12-kHz transmitters may be used with all receivers except the Mark Series.
The touchscreen Aurora remote display is the ultimate command center designed with HDD Operators in mind. Faster data speed, longer range, and packed with everything you need to safely and easily navigate the underground.
Over 1000 Frequencies
The Aurora 8.4-in display is available freestanding or panel-mounted. The robust, color touchscreen supports LWD Live, Target Steering, and other applications that increase jobsite productivity.
Up to 160 ft (48m) Depth / 200 ft (61m) Data
The Aurora freestanding 10.4-in display is a color touchscreen with on- and off-rig docking stations. This rugged display supports LWD Live, Target Steering, and other applications that increase jobsite productivity.
100/125 ft (30/38m) Depth
The FCD is a rugged, entry-level display. A good choice for pit launchers and mini drills, its range also allows for longer shots.
LWD Live lets you graph rod-by-rod details of the bore in real time. Capture rod number, pitch, depth, and duration of each rod drilled. Make better drilling decisions.
The Target Steering app lets locating specialists place the Falcon receiver ahead of the drill head and create a “steering target”. Use target steering to increase productivity in everyday drilling scenarios and in tough situations where walk-over locating is unsafe or impractical.
The Aurora Strip Chart app lets you monitor temperature and fluid pressure data over time. See this data on a graph that includes the warning and critical levels specified in alarm settings on the main menu.
The Frequency Change app guides the drill rig operator through the process of changing the transmitter frequency band mid-bore using different rotation sequences. Get step-by-step guidance on changing between bands using the familiar 10-2-7 method or the newer Repeating Roll Sequence (RRS3) method.