Selecting the right DigiTrak® Compatible transmitter is one of the most important decisions in any HDD operation. The transmitter you run directly affects depth accuracy, signal stability, and overall drilling confidence, especially in challenging ground conditions.
Match the DigiTrak® Compatible Transmitter to the Job, Not Just the Locator
Different jobs demand different signal strengths and frequencies. Short residential bores may perform perfectly with a standard F-series transmitter, while longer or deeper crossings often benefit from higher-power Falcon models designed to maintain signal integrity at extended depths.
Before choosing a transmitter, consider:
- Expected bore depth
- Soil conditions (sand, clay, mixed ground, rock)
- Interference from nearby utilities or rebar
- Compatibility with your existing locating equipment
F-Series vs Falcon Transmitters
F-series DigiTrak® Compatible transmitters are known for reliability and simplicity, making them a solid choice for everyday drilling. Falcon transmitters, such as F2/F2+ and F5/F5+, are designed for enhanced performance, offering improved signal clarity and better resistance to interference on more demanding jobs.
Higher-output transmitters are especially useful when drilling under roads, rivers, or congested utility corridors where accuracy matters most.
Condition Matters More Than Age
A properly refurbished DigiTrak® Compatible transmitter can perform just as reliably as a new unit, sometimes better, when it has been thoroughly tested, sealed, and calibrated. What matters most is internal condition, battery performance, and housing integrity, not just the model year.
Always verify:
- Signal stability under load
- Battery health and runtime
- Housing condition and sealing
- Clear, readable serial markings
Final Thoughts
There is no single “best” transmitter for every job. The right choice depends on your drilling environment, locator compatibility, and performance expectations. Taking the time to match the transmitter to the job can reduce downtime, improve accuracy, and save money in the long run.