DishPointer (Satellite Finder) vs DishAim

DishPointer allows you to align your satellite dish with great precision in a minimum of time thanks to augmented reality. Adjusting a dish has always been complicated. but thanks to DishPointer this task becomes child's play. By following the 9 steps of the application, you will successfully install your dish in few minutes. No more need for a gyroscope to use augmented reality. We have combined the accelerometer and magnetometer data to compensate for the possible absence of the gyroscope. This allows the majority of smartphones to benefit from augmented reality. In DishPointer we have also integrated a module to calculate the magnetic declination and compensate the error between magnetic north and geographic north because we have noticed that the majority of smartphones do not integrate this declination. This help to display the right direction DishPointer is an application that lets you orient your dish or antenna to any satellite. Thanks to the sensors of your smartphone (Compass, accelerometer) this application displays the target satellite in space in order to better choose the location of your dish or antenna and to ensure the absence of any obstacle (wall, tree…). DishPointer also uses GPS to display your location on a map and then display the direction of the target satellite from your location. The compass accompanied by a beep allows you to orient your antenna or satellite dish by following the acceleration of the beeps and the arrow of the compass. The accelerometer is used to check that the support of your antenna or dish is vertical. The steps for adjusting the antenna or the dish: 1- choose your language 2- retrieving your GPS position automatically using GPS or manually by entering your latitude and longitude. 3- choose your target satellite to calculate the orientation parameters of the antenna or the satellite dish. 4- check that the support of your antenna or dish is vertical. 5- calculate the polarization and adjust the rotation of the LNB (the head of your antenna or satellite dish) 6- adjust the elevation 7- display of a line which indicates the orientation of the target satellite from your position on a Google Maps. 8- using the compass of your smartphone accompanied by a beep to help you find the right direction of the satellite (available in Pro version). 9- display the satellite in augmented reality thanks to your camera and make sure that there is no obstacle. This is used to validate the location of your antenna or dish (available in the Pro version). 10- refine the settings. For the app to work properly, DishPointer will need the compass and the accelerometer from your smartphone. Tips: - if your smartphone does not have a GPS, you can manually enter your latitude and longitude (you can get them on Google Maps). - the compass is only essential for the Pro version. - do not hesitate to recalibrate the compass and avoid approaching it too close to the arm of the parabola because it is sensitive to metallic elements. Try to place your smartphone where there is the least magnetic interference. The free version of DishPointer is enough for you to install your dish. It will calculate the orientation parameters and display the precise direction of the satellite on a Maps map. The Pro version offers you the use of augmented reality to see the exact position of satellites in space. It also provides you with an assistant based on the phone compass to display the exact direction of the target satellite. Contact: infosoftycontactfree@gmail.com

Find the satellite. Set the dish. Peak the signal with confidence. DishAim is a focused satellite TV alignment utility for iPhone. It gives you live azimuth, elevation and LNB skew for your chosen satellite, then guides the physical setup step by step. It is built for installers, RVs, motorhomes, boats, expats and anyone re-aiming a dish after wind, travel or roof work. DishAim is a reference tool, not an RF meter. Your receiver still confirms the signal. DishAim solves the hard part before the sweep: knowing where the satellite is, what skew to set, how high to tilt the dish and which bearing to rotate through. What you can do - Use a local satellite recommendation or browse the full catalog - See the geostationary arc on a live sky dome with nearby satellites in context - Hold the phone up to locate the satellite before touching the dish - Use AR mode to overlay the satellite direction on the camera view - Hear voice cues while your hands are on the dish - Get live azimuth, elevation, LNB skew and visibility from your location - Set up offset, special-design, prime-focus and flat-panel dishes - Enter offset-dish dimensions or a manufacturer offset angle when needed - Set LNB skew correctly for linear polarization; circular LNBs are handled separately - Place the phone on the center of the dish for live elevation fine-tuning - Finish with an in-hand azimuth bearing, away from dish metal, then peak the signal on your receiver - Check channel lists per satellite to confirm you picked the right target - Get warnings when compass interference could make the heading unreliable How to align a dish 1. Choose the recommended satellite, or browse and pick another. 2. Open Locate, hold the phone up and bring the satellite dot to the center reticle. This checks line of sight and gives the rough direction. 3. Start Alignment and choose your dish type: generic offset, special design, prime focus or flat panel. 4. Enter the measurements or offset angle the app asks for. Flat-panel and prime-focus dishes need no extra dimensions. 5. Set the LNB skew shown by the app. For circular-polarization satellites, DishAim tells you that no skew is needed. 6. Lay the phone flat in the center of the dish, screen up, and adjust elevation until it locks. 7. Hold the phone away from the dish and turn to the target azimuth bearing. Rotate the dish through that bearing and use the receiver's signal meter for the final peak. Privacy Location is used only on device to calculate look angles. It does not leave the phone. No third-party trackers and no advertising SDKs. Requirements iOS 26 or later. iPhone only. Compass and gyroscope required. AR mode requires a rear camera. Use of this app is subject to Apple's Standard Licensed Application End User License Agreement (EULA), available in the App Store under "License Agreement" and at https://www.apple.com/legal/internet-services/itunes/dev/stdeula/