Satellite Internet for Mountain and Country Homes: How Low-Orbit Systems Like Starlink Work, Where They Make Sense and What to Consider When Installing the Dish

Not long ago, satellite internet meant slow connections, huge delays and expensive plans. That changed with the arrival of low-orbit satellite systems, the best known of which is Starlink, which is now officially available in Georgia too. For houses in mountain villages, dachas in gorges, farms, holiday camps and remote sites that fibre doesn't reach and where the mobile signal is weak or absent, it's often the only way to get proper internet for work, video calls and streaming. But a satellite terminal isn't a router you can just pop on a shelf: whether the connection is stable depends on how it's installed.

How the new systems differ from the old

Classic communications satellites sit in geostationary orbit about 36,000 kilometres up. The signal's round trip takes more than half a second: video calls are awkward, online gaming is impossible and speed is limited. Low-orbit satellites fly a few hundred kilometres up, so latency is comparable to mobile internet — usually a few tens of milliseconds — and speed in good conditions ranges from tens to hundreds of megabits per second. That's enough for remote work, video conferences, streaming and most of a family's needs.

When satellite makes sense

• Providers don't run fibre, and the mobile signal is weak even with an external antenna.
• The house sits in a gorge or behind a mountain where operators' towers aren't visible.
• You need a connection at a remote site: a farm, winery, holiday camp or building site.
• You need an independent backup line that doesn't rely on ground infrastructure.

If fibre or stable 4G/5G is available at the house, they're usually cheaper and simpler. Satellite is the solution for places with no other good options.

The key condition — open sky

The terminal must "see" a large patch of sky: the satellites are constantly moving, and any obstacle in its field of view causes brief dropouts. Trees, a neighbouring house, a mountainside, an upper-floor balcony — all of these cause periodic interruptions that are especially noticeable on video calls. So before installation, the view of the sky is checked with an app and a spot is chosen: the roof ridge, a mast above the trees or an open patch of the yard. In the hilly areas around Tbilisi, where houses often stand on slopes among trees, picking the right spot is half the battle.

Mounting the dish

• A secure mount. A terminal on a roof or mast must withstand wind and snow. A temporary setup on the ground is fine for testing, but not for permanent use.
• The cable. A cable of fixed length runs from the terminal to the router; it's routed neatly into the house, protected from UV and mechanical damage, and not kinked.
• Lightning and moisture protection. On a high spot it's important to earth the mast properly and leave no gaps for water to get into the house.
• Heating. Some terminals can melt snow, which increases power consumption in winter.

Power and a UPS

A satellite terminal uses noticeably more power than an ordinary router, especially in cold weather. In country houses with unreliable electricity, plan for a UPS with enough capacity or power from a solar system — otherwise every flicker of the lights means a restart and several minutes without internet.

Wi-Fi around the house

The built-in router in a satellite kit is designed for a small space. In a two-storey house with thick walls, a guest house or a gazebo, its signal won't be enough. Usually your own router or a mesh system is connected, and cable or a wireless bridge is run to separate buildings. That way satellite internet is available across the whole property.

Weather and limitations

Heavy rain or snowfall can briefly reduce speed, and snow sticking to a terminal without heating can interrupt the connection. In the evening, when more people in the area are online, speed may also drop. Different plans have different terms on traffic priority and use on the move. It's worth considering all this in advance so expectations match reality.

What our technician does

1. Visits the site and assesses the view of the sky, the terrain, trees and possible mounting spots.
2. Chooses a mounting method — roof, wall or mast — and the materials for installation.
3. Mounts the terminal, runs and protects the cable and earths the installation.
4. Connects power with a UPS and sets up a router or mesh system and Wi-Fi across the house and grounds.
5. Tests speed, latency and the number of dropouts over time.

A real example

The owners of a house in Tsavkisi, standing on a slope among tall pines, were working remotely over mobile internet at 3–5 Mbit/s. They bought a satellite kit and put the terminal in the yard, but the connection dropped every few minutes. Our technician checked the view of the sky: half of it was blocked by trees. We mounted the terminal on a mast above the roof ridge, brought the cable into the house with protection and earthing, and connected a UPS and a mesh system covering two floors and the gazebo. Speed settled at 150–200 Mbit/s, and dropouts almost disappeared.

Call a technician

If you need internet at a remote house or country property, we'll come to Tbilisi and the surrounding area, find the best option and install the equipment. Learn more on our internet for a country house, network cable installation and Wi-Fi setup pages.