The NaviTrack Scout® Locator makes sonde locating fast and accurate with RIDGID's proven multi-directional antenna technology. Automatic depth display, combined with the elimination of nulls and false peaks, helps you locate underground utilities with confidence.
| Sonde Frequencies | 512 Hz, 640 Hz, 874 Hz, 33 kHz |
| Line Trace Frequencies | 128 Hz, 8 kHz, 33 kHz |
| Passive Frequencies | 50/60 Hz AC |
| Power Source | 4 C-cell batteries or optional RIDGID 18V Battery Adapter |
| Battery Life | Approximately 12–24 hours |
| Weight | 3 lb (1.4 kg) |
| Catalog Number | Description | Weight | |
|---|---|---|---|
| lb. | kg | ||
| 19238 | NaviTrack Scout® Locator | 3.00 | 1.4 |
| Catalog Number | Description | Weight | |
|---|---|---|---|
| lb. | kg | ||
| 16728 | Remote Transmitter, 512-AAA | 0.40 | 0.18 |
| Catalog Number | Description | Weight | |
|---|---|---|---|
| lb. | kg | ||
| 12543 | Marker Chips and Clip | - | - |
| 20248 | Scout Carrying Case | 6 1/4 | 2.80 |
Yes. The NaviTrack Scout detects the inline 512 Hz sonde/transmitter used in Ridgid SeeSnake reels, so it will locate the camera head on compatible reels (including the 63813, 63828, 63603 and other Seesnake reels that include the 512 Hz transmitter). If your SeeSnake has an inline transmitter/sonde, the Scout will locate it; older reels without a transmitter will not be locatable by the Scout.
Yes. The Scout will work with line transmitters, but you must match the frequencies between the transmitter and the locator. The ST-305 and ST-510 are compatible; for example the ST-510 will work in direct-connect mode on frequencies the Scout supports (128 Hz, 8 kHz and 33 kHz), and the ST-305 pairs well with the Scout because they share the same frequency options.
The NaviTrack Scout requires a signal to locate a line. For non‑metallic pipes (PVC, plastic) you need either a tracer wire already attached or an active sonde/transmitter installed in the line (for example in a camera head) or a line transmitter connected to a metallic tracer or a conductor placed in the pipe. Inductive coupling or using a transmitter on a fish tape can sometimes work but is not optimal and may be difficult to complete the circuit; metallic lines can be traced by direct connection or clamp. If the line has no tracer or transmitter, the Scout cannot detect it.
Actual depth and accuracy depend on many factors including the transmitter power, frequency, soil type and moisture, pipe material, nearby conductive lines, concrete and rebar, and electromagnetic interference. In difficult environments (cast iron buried in concrete, heavy interference) effective depth and signal strength will be reduced and depth readings may be less accurate.
The Scout can locate a sonde inside most pipe materials and it will detect a submerged camera/transmitter—the sonde’s signal is not diminished just because the pipe is full of water. Wet or damp ground affects line tracing more than sonde detection; locating the inline sonde is generally less affected by surface moisture. Locating through cast iron or through concrete with rebar is more challenging and will reduce signal strength and depth accuracy, so expect weaker reads and shorter effective depth in those conditions.
