Magic Measure - AR Ruler vs Fortress – Avalon Homeowner Kullanım & İstatistikleri

This cutting-edge app gives you a virtual tape measure ruler, which helps you measure distances and sizes of objects on a plane or in 3D space, both indoors and outdoors. It can be used in many fields such as construction, architecture, engineering, industry for field survey or engineering projects such as road design, construction management etc. With just a few taps, you can use your smartphone's camera to measure distance, height, and width of objects, making it the perfect tape measuring tool for home renovation, construction, or any other project that requires accurate measurements. With its user-friendly interface, the app is easy to use and requires no special skills or technical knowledge. Simply aim at the target's endpoints with the camera and the app will display the distances on your screen in real-time. Our app not only provides you with a tape, but also allows you to use even more functions: Vertical Measurement: Take measurements on vertical surfaces such as walls, windows, doors. 3D Object Measurement: Measure all surfaces of three-dimensional objects. Distance Meter: allows to tape measure distance from your device to a fixed point on the detected 3D space. Geometric shapes: measurement of objects with shapes such as rectangles and circles. You can use many units of measure in your measurements: cm, m, inches, feet, yard It is completely free and easy to use, Magic Measure - AR Ruler is the most powerful measuring tool you’ll find on the market. Wonder how big is your room, how many tiles you will need for the bathroom? You don't need a ruler. Simply point your device at any object or surface and let it get measured. Experience AR Magic Measure without a manual, pen or paper. All you need is your mobile phone! Download the Magic Measure - AR Ruler app today and experience the future of measurement. Say goodbye to traditional measuring methods and take your measuring game to the next level! Measurements obtained are approximate and there is a small margin of error. The accuracy of measurements is determined by ARKit