Scarica Satfinder Clinometer and Bubble Level with AR - v1.0.2

Ce ne sono alcuni App buoni come Hotspot Shield Free VPN Proxy & Secure VPN, HA Tunnel Pro Free Custom Unlimited VPN, Vido Lyrical & Particle.ly Video Status Maker, Aim Tool for 8 Ball Pool, KUTO VPN - A free, fast, secure VPN, VPNhub Best Free Unlimited VPN - Secure WiFi Proxy e Satfinder Clinometer and Bubble Level with AR - v1.0.2 anche uno dei migliori App del genere Strumenti.

Sviluppato da exleno, Satfinder Clinometer and Bubble Level with AR - v1.0.2 richiede almeno la versione Android 5.1 and up. Pertanto è necessario aggiornare il telefono se necessario.

Satfinder Clinometer and Bubble Level with AR - v1.0.2 APK l'ultima versione è 1.0.2, data di rilascio 2020-03-25 e dimensioni 7.6M.

Le statistiche sui download di 1000 sono disponibili da Google Play. Se lo desideri, puoi aggiornare le app che sono state scaricate o installate singolarmente sul tuo dispositivo Android. L'aggiornamento delle tue app ti dà più accesso alle funzioni più recenti e migliora la sicurezza e stabilità dell'applicazione.

Perché non tutti i giochi o le app sono compatibili con tutti i telefoni. E il gioco o l'applicazione non è disponibile per il tuo dispositivo, dipende dalla versione del sistema operativo Android, dalle risoluzioni dello schermo o dai paesi a cui Google Play consente l'accesso. Quindi su APK4Share puoi scarica facilmente i file APK e non essere soggetto a queste restrizioni.

Satellite tracking app with new feature sky control AR (augmented reality map) is an ar device for satellite receiver (antenna dish) with satellite view to help installation dish with discoveries a satellite direction on your android smart device. Satellite monitoring (sat finder with augmented reality) gives a live view of all space satellites and indicates azimuth height and satellite movement as indicated by your area. This new accurate satellite discoverer with space AR satellites finder will show both numerical and in graphical details on the map and AR view Show you satellite Longitude and Latitude on your tab or mobile display which you will discover satellite accurately. This AR satlite finder and dish pointer application help you to locate the accurate satellite and you will be satellite azimuth and it will assist you to set your dish with live satellites view on your cell phone display. The user can see azimuth and satellites by waving mobile towards sky with augmented reality technology. The user can share excitements of finding satellites with others everywhere all through the world.
Ever wondered what satellites are flying higher than your head when you turn upward? This ar application will show them to you using augmented reality. Point your phone's camera to the sky, and little symbols track the areas of different satellites. Those in sunlight are shaded yellow to assist you search for them on a clear night. Now no need in-app buy AR satellite pointer feature and get exact and accurate satellite position. It will show all satellites of all directions (east, west, north, & south) with gps status feature in it. With the help of the my location finder option of AR satellite finder GPS status, the user can easily locate its own current location and other near places and find any route & navigation between two locations with live traffic roads situation and estimated time & distance on GPS & satellite signal base. with the help of qibla finder of GPS status, you can easily find the qibla direction.
A bubble level, liquid level, tubular spirit levels or simply a green tube level is an instrument designed to measure or mark an angle with your phone whether a surface is flat or vertical. The spirit level is a empty body containing a liquid with a gas bubble which is used to control the flat leveling of any item. An inclinometer or clinometer is also known as a tilt indicator, slope alert, level check, slope gauge, tilt sensor, gradient meter, gradiometer, tiltmeter, pitch & roll indicator, level meter, and declinometer. The Clinometer in this app will measure both declines (negative slopes, as seen by an observer looking downward) and inclines (positive slopes, as seen by an observer looking upwards).