Laser Distance Meter Tips and Tricks Get the most out of ANY laser distance meter!

The Solutions:

Watch the video to see lots of easy tips to get the most from your Laser Distance Meter, and details of how these tips work.

Laser Distance Meters (LDMs), are also known as Laser Tape Measures, Laser Measures, Laser Rangefinders, and Laser Tools. Compared to a traditional tape measure, they greatly simplify distance measurement tasks. So, in this article we’ll explore how LDMs can be your reliable companion, providing tips and tricks to make measurements easier, faster, and more accurate, even when you don’t have a helper at your side.

1. Laser Distance Meter Safety:

Problem: One significant concern when using LDMs is laser safety. Without doubt, pointing the laser at people, animals, or reflective surfaces can pose risks of eye damage.

Solution: Always prioritize safety. Never direct the laser towards anyone’s eyes or reflective surfaces. Additionally, be cautious when using LDMs near glass or mirrors, as reflected laser energy can be harmful. Definitely keep the laser beam away from eyes and follow manufacturer guidelines for safe usage.

2. Stabilizing the Laser Distance Meter:

Problem: Holding the LDM steady, especially when measuring long distances, can be challenging, leading to inaccurate readings.

Solution: In this situation, stabilization is the key. For this reason, many LDMs come with tripod mounting holes. Utilize a tripod or a monopod with fold-out legs for increased accuracy, especially for long-distance measurements. Alternatively, support the LDM on stable objects like walls, doors, or even your arm for quick measurements when precision isn’t critical.

3. Finding the Laser Dot in Sunlight:

Problem: Often, direct sunlight can make it difficult to locate the laser dot, affecting outdoor measurements.

Solution: In bright sunlight situations, use nearby objects to create shadows that help you see the laser dot clearly. You can experiment with using your hand as a sight or follow shadowed areas to locate the target. You can also shoot into a covered area or use improvised shades like cardboard to enhance visibility. Finally, check out the video to see how to make an easy and effective laser target with reflective tape.

4. Choosing the Right Surface:

Problem: Dark or highly reflective surfaces may generally yield inaccurate readings with LDMs.

Solution: If possible, opt for smooth, opaque, and medium to light-colored surfaces, as they work best with laser measurements. When no suitable surface is available, use objects like sticky notes, cardboard, or reflective tape as backstops to catch the laser beam.

5. Measuring in Hard-to-Reach Places:

Problem: Some measurements may require access to confined or inaccessible spaces.

Solution: LDMs are handy for measuring through tiny openings. Use continuous measurement mode or take two measurements and calculate the difference. Some LDMs offer plus and minus buttons for easy addition and subtraction of measurements. These functions can be especially useful when measuring in hard-to-reach areas.

6. Maintaining Accuracy:

Problem: Weak batteries or dirty lenses can affect measurement accuracy.

Solution: Regularly check and replace weak batteries. Also, keep the laser and sensor lenses clean from dust and debris. Finally, consider storing your LDM in a sunglass pouch or a case can protect it from damage and dust.

7. Leveraging Laser Distance Meter Apps and Onboard Storage:

Problem: Managing measurement data and notes can be challenging.

Solution: Some LDMs offer wireless connectivity with apps, allowing you to store measurements, add notes, and even create floor plans. Additionally, consider utilizing the onboard storage of your LDM to review previous measurements, ensuring you have a comprehensive record.

8. Quick Unit Conversion:

Problem: Switching between measurement units can be cumbersome.

Solution: Look for LDMs that allow quick and easy unit conversion, even after taking a measurement. This feature is valuable for tasks that require switching between imperial and metric units.

9. Point of Reference:

Problem: Incorrect reference points can lead to measurement errors.

Solution: Pay attention to the reference point settings on your LDM. Specifically, make it a habit to always ensure it’s set correctly, either from the front or rear of the device. Also, some models offer a center option for tripod use. Clearly, using the wrong reference point can result in significant measurement inaccuracies.

10. Maintain Proper Angles:

Problem: Shooting at off angles can affect measurement accuracy.

Solution: Generally, aim for 90-degree angles when measuring objects. Shooting at off angles can introduce errors in your measurements, so try to maintain a perpendicular position relative to the object you’re measuring.