Outdoor Laser Measurements - Errors to Avoid to Maintain Accuracy

Using the best laser distance meter does not protect you from making specific errors that can reduce the accuracy of your device and give you faulty readings. You need to keep this in mind just before you begin to use your laser distance meter. You may want to test your device for different situations before getting serious with accurate measurements. With these tests, you can adjust quickly to the demands of your device and jobs to avoid specific errors that can reduce accuracies. The following are perhaps the most notable errors you must avoid even when using the best laser distance meter for indoor and outdoor measurements.

Calibration Errors

Perhaps the most typical error when using laser distance measure is calibration error. Most laser distance error users automatically assume that they need the exact calibration for all indoor or outdoor measurements regardless of the job requirements. While measurements can be similar, there are times you need to switch from one measurement unit to another. 

Even the best laser measuring tool measurement must be converted from one unit to another to maintain uniform records. You can measure the width in feet and then measure height in meters. Sometimes, you may need to calculate your feet indoors and then measure in inches or meters outdoors within the same property. Make sure you revert to your calibration before embarking on a new job.

Project Your Laser Distance Against Absorbing Surface

This is perhaps one of the most challenging errors to avoid when using laser distance meters. During measurement, a laser is projected against the surface of your target from your distance meter, and the surface is expected to refract the rays instead of absorbing, and then send a message back to your device before the measurements are displayed on your screen. With the  best laser measuring tool, you can achieve the best accuracy. In the case of absorption instead of refraction, most of the laser rays will be absorbed, and little will be refracted; hence you will get partial or faulty readings. 

The best way to handle this issue is first to test the surface of your target, and if it absorbs more of the rays, you may need to attach a reflective surface to help support your measurement. You don’t expect the laser measure to give you a positive result when the target surface is not reflecting the proper laser intensity.

Other Errors You Must Avoid When Using Laser Distance Measurers

In addition to absorbing target surfaces and wrong calibration, you must also pay attention to the stability of your device. According to professional laser tape measure reviews, placing your laser device on an uneven surface, for instance, is an error you must avoid because it keeps distracting the laser projection to the target surface. Similarly, placing your laser distance measure on uneven surfaces or near a vibration source can cause several imbalances that make your device take the wrong measurements. You need to put your device on a stable surface and generate heat and vibration from any source. You may want to check out Laser Level Hub website’s laser tape measure reviews  to find your ideal laser distance measure.