What Direction Should Starlink Dish Face? Mostly up. While the exact direction that a Starlink satellite dish should face will depend on where you are located, it will most likely need to be pointing somewhere between 15 and 35 degrees from being pointed straight up and angled to the north.
Check For Obstructions
The Starlink dish needs a wide field of view towards the sky, about 100 degrees. If you live in the northern hemisphere, the dish will point slightly north. If you have any obstructions according to the app, your internet performance will suffer.
Because the Starlink dish mast is meant to stand straight up, vertically, the Pivot Mount provides an adjustable connector that allows the dish to be set to the necessary angle no matter how steep the pitch of your roof happens to be.
Starlink required field of view of the sky /siting your Starlink. Starlink requires a 100 degree cone unobstructed view of the sky. This figure should improve (i.e. the requirement may well drop to less than 100 degrees) as more satellites are put into orbit.
Your metal rooftop is often the best place to mount the dish, and Starlink's downloadable app can help determine the best location on the roof. Mounting hardware is not included with the Starlink kit, and you will need proper mounting attachments that preserve the metal roof's integrity.
The Starlink receiver dish must be facing south.
So before you decide to purchase this service, use the Starlink App to see if the receiver dish will have a clear line of sight to the southern sky.
Your Starlink Kit includes a base, which is ideal for ground level installation or a quick setup to test your connection. Since Starlink requires a clear view of the sky in order to connect with the satellite network, many customers use a permanent mount above ground level.
Starlink will work with trees overhead, but performance will be impacted. If your site is in a wooded area, you'll likely experience regular interruptions.
Starlink will still work, even with obstructions. How much is too much depends on your internet activities, and your options for fixing the obstructions. For example, if you do a lot of video calls for work, obstructions can cause serious problems.
Add a mesh system if necessary. Turn off devices when they aren't in use. Devices like TV's and computers can use bandwidth in the background. If your dish has any obstructions according to the app, they will need to be fixed for optimal performance.
The Starlink App can display a “Motors Stuck” alert; your Starlink is mounted so that it cannot reach its appropriate angle to connect with the satellites. It is advisable to mount your Starlink within 5 degrees vertically. Mounting your Starlink in a horizontal position will not allow for optimal operation.
Starlink Launches. The deployment of the first 1,440 satellites will be into 72 orbital planes of 20 satellites each, with a requested lower minimum elevation angle of beams to improve reception: 25° rather than the 40° of the other two orbital shells.
The router is designed to receive signals from the Starlink satellites, which orbit at an altitude of around 340 miles. This means that the router has a range of up to around 600 miles in all directions, depending on the location of the user.
Placing the router inside is recommended if at all possible. Not only will the Wifi signal work better with the router placed indoors, it's also much better protected from the elements. Starlink recommends placing the router indoors, even though it's designed with dust and water resistance.
The most common cause of the error is a loose or disconnected cable. Most commonly, this occurs on the Starlink dish side of the system. A damaged cable or dish can also cause the error. When the app is saying “Starlink Disconnected”, it means that there is no communication between the router and the dish.
Other satellite communication services, such as Viasat or Dish Network, require a line-of-sight to their satellites, but aren't nearly as sensitive as Starlink. With Starlink, the dish needs a completely unobstructed view of the sky.
Keep Your Starlink Router Away from Obstructions: Electronics, appliances, furniture, and walls can all interfere with the signal from your Starlink router, so make sure you keep it away from these items. If possible, keep it in an open space and away from any metal objects.
Starlink sells accessories for routing cable through standard walls and another for bypassing masonry or concrete. Once you get the cable into your home, you need only plug it into the Wi-Fi router. To do this, use the angular plug connection on the 75-foot connector cable.
Rain can interrupt the Starlink satellite signal. Light rain doesn't usually cause issues, but heavy downpours can knock out your signal until the rain eases up. Whether or not rain affects the connection is based on how dense the moisture is.
Starlink offers reliable connectivity in light rains or light snow, remaining unaffected during such conditions. However, during heavy storms or significant snowfalls, temporary dropouts may occur, and users may experience a slight decrease in speeds, typically around 30-40% slower than usual.
According to the company's website it was “designed and rigorously tested to handle a wide range of temperatures and weather conditions, Starlink is proven to withstand extreme cold and heat, sleet, heavy rain, and gale force winds — and it can even melt snow.”
It depends on whether you use the router Starlink provides, or you use your own. Starlink has no limit on the number of devices you use, so the only limit is what your hardware can support.
The Starlink Base – for temporary installations, flat roofs, and more. The base that comes with your Starlink kit can be used as a permanent mount if you have a suitable mounting location. For example, a flat roof that is free from obstructions.
Any time you move your dish make sure to "stow" it before moving it. When you reconnect it will learn the new position and set itself for best connection to the satellites.