What tracking a skid steer means and why you might do it
Tracking a skid steer means using GPS, telematics, or physical inspection methods to know where your machine is, how it is being used, and what condition it is in. If you own or manage skid steers — whether one machine or a fleet — tracking tells you whether the equipment is on the job site it should be on, how many hours it has run, whether the operator is following safe practices, and when maintenance is due.
Owners track skid steers for three main reasons: theft prevention, maintenance scheduling, and cost control. A skid steer that disappears from a job site costs money when ready. A machine that runs past its service interval without maintenance fails at the worst time and costs far more to repair. And a machine that idles for hours or runs inefficiently wastes fuel and operator time.
The methods range from straightforward — walking around and writing down what you see — to sophisticated, with real-time GPS and engine diagnostics sent to your phone. The right choice depends on how many machines you have, how spread out they are, and what you most need to know.
Key Takeaways
- GPS trackers and telematics systems show you where a skid steer is in real time and record how many hours it has run, fuel consumption, and operator behavior.
- Simpler tracking methods include odometer readings, maintenance logs, and visual inspections at the start and end of each shift.
- Most skid steer manufacturers offer their own telematics platforms, though aftermarket GPS devices work on machines from any brand.
- Tracking data helps you schedule maintenance before breakdowns, prevent theft, and identify operators who are using machines inefficiently or unsafely.
- Monthly or quarterly reviews of tracking data reveal patterns — which machines need more frequent service, which job sites are harder on equipment, which operators need retraining.
GPS and telematics systems: real-time location and machine diagnostics
A telematics system combines GPS location with engine and hydraulic sensors to send data about the machine to a cloud-based dashboard you access on a computer or phone. You see where the machine is right now, how fast it is moving, whether the engine is running, how much fuel is left, and how many hours the engine has logged. Some systems also record operator behavior — hard braking, excessive idle time, or running the engine at high RPM under light load.
Most major skid steer manufacturers — Bobcat, Caterpillar, JCB, Kubota, and others — offer their own telematics platforms. Bobcat's system is called Bobcat Connect; Caterpillar's is VisionLink. These are built into newer machines and often included free for the first year, then charged as a monthly subscription. If you have older machines or machines from different brands, aftermarket GPS trackers like Samsara, Geotab, or Verizon Connect can be installed on any skid steer and provide similar location and runtime data.
The cost of a telematics subscription typically ranges from $15 to $50 per machine per month, depending on the features and the provider. For a fleet of 10 machines, that is $150 to $500 per month. The trade-off is that you get alerts if a machine leaves a geofenced area (the job site boundary you set), notifications when maintenance is due based on actual engine hours, and a record of every shift — useful if a machine is damaged and you need to know who was operating it.
Manual tracking methods: logs, odometer readings, and inspections
If you have only one or two skid steers, or if your machines are not equipped with telematics, you can track usage and condition with a straightforward daily log. At the start of each shift, record the odometer reading (or engine hour meter, which is more reliable for skid steers), the operator's name, the job site, and any visible damage or maintenance needs. At the end of the shift, record the final odometer reading and any issues that came up during the day.
This method costs nothing and creates a paper trail that protects you if there is a dispute about when damage occurred or how much a machine was used. The downside is that it relies on operators to be honest and thorough, and it does not tell you where the machine is if it goes missing. A log also does not alert you to idle time or inefficient operation — you only know total hours run, not how those hours were spent.
A middle ground is to use a straightforward GPS tracker without the full telematics package. Devices like AirTag or Tile are designed for personal items but can be mounted on a skid steer to show location on a map. They cost $25 to $40 per device and do not require a subscription, though the range and update frequency are limited compared to a dedicated fleet tracker. They work well for theft prevention but do not give you engine data or maintenance alerts.
Setting up geofencing to catch machines leaving the job site
A geofence is a virtual boundary you draw on a map around a job site. When a machine with GPS tracking crosses that boundary, the system sends you an alert. This is one of the most useful features for preventing theft or catching unauthorized use.
To set up a geofence, log into your telematics dashboard, find the map view, and draw a polygon around the area where the machine should be. Most systems let you set the alert to trigger when the machine enters the zone, leaves the zone, or both. You can also set the alert to go to your phone as a text or push notification, or to an email address. Some systems let you set different geofences for different times of day — for example, a machine is allowed to leave the job site between 4 p.m. and 6 a.m. but not during working hours.
Geofencing is most effective when you set realistic boundaries. If the boundary is too tight, you will get false alerts every time the operator moves the machine to a different part of the site. If it is too loose, a stolen machine might be gone before you notice. Most owners set the boundary to include the job site plus a small buffer — maybe 100 to 200 feet beyond the actual work area.
Reading maintenance data to schedule service before breakdowns
One of the biggest advantages of tracking is knowing exactly when a machine needs maintenance. Skid steers have service intervals based on engine hours, not calendar time. A machine that runs 40 hours a week will need an oil change much sooner than one that runs 10 hours a week, even if both were purchased on the same day.
Telematics systems track engine hours automatically and alert you when service is due. You set the intervals in the system — for example, oil change every 250 hours, filter change every 500 hours, major service every 2,000 hours — and the system tells you which machines need what, and when. This prevents the common mistake of servicing on a calendar schedule and either doing unnecessary work or missing a machine that has run more hours than expected.
Manual logs work too, but require you to do the math yourself. If you record engine hours at the end of each week, you can calculate cumulative hours and mark on a calendar when each interval is due. The risk is that a log gets lost or a machine gets skipped. A telematics system removes that risk by centralizing all the data and sending automatic reminders.
Identifying operator behavior and efficiency problems
Tracking data reveals how operators are using machines, not just where they are. A machine that idles for hours every day is burning fuel and wearing the engine without doing work. An operator who revs the engine hard under light load is shortening the machine's life. A machine that leaves the job site during working hours might be on an unauthorized errand.
Most telematics systems flag these behaviors and let you filter reports by operator. You can see which operators have the most idle time, which ones exceed safe RPM ranges, or which ones take the machine off-site. This data is useful for retraining — if an operator is idling too much, you can show them the report and explain the cost, then check back in a month to see if the behavior improved.
Some systems also track harsh acceleration or braking, which can indicate unsafe driving or rough handling of the machine. Over time, rough operation leads to hydraulic leaks, bent frames, and premature wear. Tracking this behavior and addressing it early can extend machine life by years.
Comparing tracking methods: which one fits your situation
| Method | Cost per machine per month | Real-time location | Engine hours and maintenance alerts | Operator behavior data | Best for |
|---|---|---|---|---|---|
| Manual log | $0 | No | Manual calculation | No | 1–2 machines, low budget |
| straightforward GPS tracker (Tile, AirTag) | $0–2 | Yes, with delay | No | No | Theft prevention, small fleet |
| Aftermarket telematics (Samsara, Geotab) | $20–40 | Yes, real-time | Yes | Yes | Mixed-brand fleet, detailed insights |
| Manufacturer telematics (Bobcat Connect, VisionLink) | $15–50 | Yes, real-time | Yes | Yes | Single-brand fleet, integrated experience |
Frequently Asked Questions
Can I track a skid steer that is already in the field without installing new equipment?
If the machine is newer and came with a telematics system, you can usually set up it through the manufacturer's portal — you just need the machine's serial number and your account information. If it is older or does not have built-in telematics, you will need to install an aftermarket GPS device, which typically takes 30 minutes to an hour and requires basic wiring to the battery or OBD port.
What happens if the GPS signal is lost in a tunnel or underground?
GPS does not work underground or inside buildings. Most telematics systems show the last known location and will resume tracking when the machine exits the area with signal. If you need to track machines that spend significant time indoors, you would need a different technology like Bluetooth beacons or RFID, which is less common for construction equipment.
Can I see historical data, or only real-time location?
All telematics systems store historical data — typically 30 to 90 days of location history, engine hours, and operator logs, depending on the provider. You can pull reports showing where a machine was on a specific date, how many hours it ran, or which operator was using it. This is useful for billing customers, investigating damage, or auditing fuel consumption.
Do I need the operator's permission to track the machine?
You own the machine, so you can track it. However, if you are tracking operator behavior — idle time, harsh braking, location during off-hours — it is good practice to tell operators that tracking is in place. This sets expectations and often improves behavior without creating conflict. Some states have privacy laws that affect how you can use location data, so check local regulations if you are in a regulated industry.
What should I do if tracking shows a machine was used when no one was supposed to be operating it?
First, check with your team — the machine might have been moved by someone you did not expect, or the log might be incomplete. If you confirm unauthorized use, review the data with the person responsible and ask for an explanation. If it is a pattern, it may indicate theft, unauthorized borrowing, or poor communication about who has access to keys. Address it directly with the operator or site manager.