If you’re in the market for a total station, there’s more to consider than just the spec sheet. The right model will make your job faster, your data cleaner, and your workflow smoother from start to finish.
Let’s look at what to consider when choosing your total station.
When you select a total station, accuracy should be at the top of your checklist.
Whether you’re mapping out a construction site or doing elevation checks, small errors add up fast.
Here’s what to look for:
Angular accuracy: This tells you how precisely the total station measures angles. It’s usually shown in seconds ("). The lower, the better. For example:
Distance measurement precision: This is how close your distance readings are to the actual value. It’s usually listed as something like 2 mm + 2 ppm. Look for models that stay consistent across different ranges and conditions.
Calibration tools: Some total stations have built-in calibration features that help you stay accurate without needing constant downtime. That saves time and keeps your data clean.
Read Comparing Total Station Models: Entry-Level vs. Professional Surveying Tools to learn more.
Once you’ve locked in accuracy, the next thing to consider is how far it can reliably measure. Range affects how quickly you can work, especially on large or uneven job sites. If your station can’t hit the target, you’ll spend more time repositioning, and that slows everything down.
Here are the two main types of measurement range:
The more range you have, the fewer times you’ll need to move your setup. That means fewer interruptions, quicker layouts, and better coverage, especially in large-scale or time-sensitive projects.
For more information, see
When you select a total station, consider how it handles your data. Software integration is key if your workflow involves bouncing between the field and the office.
You want a system that helps you collect, manage, and move your data without frustration. If your tools don’t talk to each other, you’ll waste time on conversions, re-entry, or troubleshooting.
Good software integration means:
The Stonex R35, for example, works with Stonex Cube-a, a flexible Android-based field software. It lets you collect points, stake out boundaries, and manage jobs from your tablet or controller.
Once you're back in the office, those files transfer cleanly into CAD and GIS tools so you can get straight to drawings, maps, or reports without extra steps.
Look for features that help simplify your file handling:
A total station that supports your workflow – from job site to office – saves time, reduces mistakes, and keeps your projects moving.
Strong software matters, but how your total station connects is what makes that software easy to use. A reliable connection setup helps you move faster and carry less gear.
When your total station easily connects to your gear and your team, everything runs smoother, from setup through final file delivery.
Total station price is always a factor, but think long-term. A cheaper model might get the job done now, but if it slows you down or lacks key features, you’ll pay for it in lost time and extra labor.
Higher-end models with better accuracy, longer range, and strong software integration often pay for themselves by:
To compare models and pricing, check out the full lineup of total station surveying equipment at Baseline Equipment. You’ll find reliable, field-tested options for surveyors who want tools that work as hard as they do.
The right total station doesn’t just measure. It moves your whole workflow forward. Whether managing complex layouts or working solo on tough terrain, your gear should work with you, not against you.
Ready to upgrade your total station? Contact Baseline Equipment to find the best model for your next project or explore our online selection.