A GPS tracker for tools tells you where a piece of equipment is, where it has been and when it leaves the site it belongs on. For construction firms, utilities and field service teams, that answers the question that costs the most time: where did the generator, the compressor or the gang box go?
GPS is only part of the answer, though. A tracker on every hand drill is not practical, and satellites cannot see inside a building. Most teams that track tools well combine three things: GPS on the larger, mobile equipment, a scannable tag on everything else, and a check-out record that says who has each tool. This guide covers how to track tools with each one, which tools justify a GPS tracker, what to look for in a tracker and in tool tracking software, and how to set it up.
What Is a GPS Tracker for Tools?
A GPS tracker for tools is a small device fixed to a tool or piece of equipment that works out its position from satellites and reports it over a cellular network. Software shows its location on a map, keeps the trail of where it has been, and raises alerts when it leaves a defined area, loses power or is tampered with.
Trackers come in two broad kinds:
- Wired trackers draw power from the equipment, such as a generator, compressor, light tower or vehicle-mounted tool. They can report often because they do not run on a small battery.
- Battery-powered asset trackers fit equipment with no power supply, such as trailers, gang boxes and containers. They report less often to make the battery last.
How to Track Tools: The Main Methods Compared
There are four common ways to track tools, and most teams use more than one. The right one depends on the tool’s value, its size and where it is used.
| Method | How it works | Best for | Limits |
|---|---|---|---|
| Sign-out sheet or spreadsheet | People write down who took what | A few tools in one tool room | Relies on everyone writing it down; no location |
| Barcode or QR label | Scan the tool with a phone at check-out, check-in and counts | Hand tools, instruments, anything people walk up to | Needs someone to scan it |
| RFID or Bluetooth (BLE) tag | A reader or phone picks up the tag without a direct line of sight | Tool cribs, trucks, finding tools in a room | Short range; needs readers or a phone nearby |
| GPS tracker | The device reports its position over a cellular network | Generators, compressors, trailers, plant on open sites | Size and running cost; poor indoors |
When a GPS tracker is worth it
A GPS tracker earns its place on a tool when:
- The tool is valuable enough that losing it is a real cost.
- It moves between sites on its own, on a trailer or in a truck.
- It is left on open sites overnight or over weekends.
- It runs on hours, so the tracker’s engine-hour count can drive its servicing.
For a torque wrench or a multimeter, a label and a check-out record are the better answer. They tell you who signed for the tool, which a GPS dot cannot.
Features to Look for in a GPS Tracker for Tools
| Feature | Why it matters |
|---|---|
| Geofences (areas on a map) | An alert when equipment leaves the yard or job site it should stay on |
| Power and tamper alerts | A tracker that is unplugged or loses power should tell someone straight away |
| Offline storage | Positions recorded without signal are sent when the tracker reconnects |
| Silence detection | A tracker that stops reporting looks like a parked machine unless the software flags it |
| Trip history and replay | Shows where a machine went and when, for disputes and theft reports |
| Odometer and engine hours | Usage that can schedule servicing instead of a fixed calendar |
| Choice of hardware | Being tied to one tracker vendor limits what you can fit |
| Weather and impact resistance | Job sites are wet, dusty and rough on equipment |
How to Set Up GPS Tool Tracking
Setting up GPS tool tracking takes a few days for a small fleet of equipment. The order below avoids the most common mistake, which is buying trackers before deciding what they are for.
- List your tools and decide the method for each. Go through the tool list and mark what gets a GPS tracker, what gets a scannable label, and what gets both. Start with the equipment you lose most or that costs most to replace.
- Choose trackers that fit the equipment. Wired trackers for powered equipment, battery-powered asset trackers for unpowered boxes and trailers. Check that your tool tracking software supports the tracker’s make before you buy.
- Register each tracker against its tool. Link the tracker’s IMEI to the tool’s record, so the location, the check-out history and the service record all sit in one place.
- Fit the tracker where it cannot be seen or easily removed. Inside a housing or under a panel, away from metal that blocks the signal.
- Draw areas for yards, depots and job sites. Decide which ones should send an alert when equipment leaves.
- Set who receives alerts. Leaving alerts, power loss and tamper alerts should reach a supervisor who can act on them, not a shared inbox.
- Label everything else. Print barcode, QR or RFID labels for the tools that will not carry a tracker, and start checking them out against people or jobs.
Common Problems With GPS Tool Tracking
Signal indoors and in containers
GPS needs a view of the sky. Inside buildings, metal containers and basements, positions are poor or missing. Use RFID or Bluetooth tags for tools that live indoors, and treat GPS as the answer for open sites and transport.
Batteries running down
Battery trackers on equipment that sits unused can go flat unnoticed. Choose software that flags a tracker that has stopped reporting, so a dead battery is caught before the tool goes missing.
Trackers removed by thieves
A determined thief will look for the tracker. Hide it, and make sure the software alerts on unplugging and power loss as they happen.
Crews not using the system
GPS works without anyone doing anything, but labels and check-out do not. Keep check-out to a single scan on a phone, and make the tool list visible so crews see why it matters.
Tool Tracking by Industry
Construction
Generators, compressors, light towers and site boxes carry GPS trackers with power and tamper alerts. Each job site is drawn as an area, so a supervisor knows when plant leaves it. Hand tools carry QR labels and are checked out to the foreman on each crew. See construction asset management.
Utilities and field service
Portable pumps and standby generators go out during storms. Leaving alerts on the depot tell the supervisor when one goes out, and the trail shows where it was used. Gas detectors and test sets are checked out to crews by scanning their labels.
Manufacturing and maintenance shops
Most tools never leave the building, so GPS does little here. A tool crib with labeled tools, check-out against work orders and calibration due dates does more. Forklifts and yard vehicles are the exception.
Rental and hire companies
Every item that leaves the yard is on hire to someone. GPS on the larger equipment, labels on the rest, and a booking with a due-back date for each item show what is out, with whom and what is overdue.
How Asset Infinity Tracks Tools
Asset Infinity combines GPS tracking for vehicles and mobile plant with a tool register, check-out and labels for everything else.
GPS trackers on equipment. GPS asset tracking works with Teltonika trackers, devices that speak the Concox GT06, Queclink and Ruptela protocols, and the OsmAnd or Traccar Client app on a phone. Each tracker is registered by IMEI against an asset.
- Positions are grouped into trips, and any day or the last 7 days can be replayed on the map.
- Areas drawn around yards and job sites move the asset to that site when it arrives, and supervisors can be told when it leaves.
- Power cuts, unplugging, a low backup battery and the SOS button are passed to the site’s supervisors as they happen.
- A tracker that stops reporting for longer than its offline window is flagged.
- The tracker’s odometer and engine hours feed the asset’s meters, so servicing falls due on actual use.
A register for tools. Tool tracking software gives every tool a number, a status, a condition and, where needed, a calibration interval. The register shows whether each tool can be issued today and, if not, why.
Check-out and bookings. A tool can be checked out against a work order or a person, with a due-back time and the condition it came back in. Equipment checkout refuses a double booking and lists anything past its return time first.
Labels and scanning. Asset tags with QR codes, barcodes or RFID print from the product. On the mobile app, a camera scan opens the tool’s record, and on Android a paired RFID reader can read and locate tags.
Frequently Asked Questions
How do I track my tools?
Give every tool a number and a scannable label, check tools out to a person or job, and fit GPS trackers to the larger equipment that moves between sites. A tool tracking system keeps all three on one record.
Can you put a GPS tracker on a power tool?
You can, but for most hand tools a tracker is too large and too costly to run. A barcode, QR or RFID label with a check-out record is the usual answer, with GPS kept for generators, compressors and trailers.
Does GPS tool tracking work indoors?
Not reliably, because satellites cannot reach most buildings. Indoors, use RFID readers or Bluetooth tags.
Do GPS trackers need an internet connection?
They need a cellular connection to send positions. Most trackers store positions when there is no signal and send them when they reconnect.
What is the difference between a GPS tracker and a Bluetooth tool tag?
A GPS tracker reports its own position from anywhere with cellular coverage. A Bluetooth tag only shows up when a phone or reader is nearby, which suits finding tools in a truck or a room.