Does drilling void my roof warranty?

This is a question we hear all the time, and the answer depends on both your specific roof type and its warranty. If you have a metal roof , drilling often voids the warranty—so it’s best to use non-penetrating clamps, like the ones SpaceTek Australia supplies for standing seam roofs. On shingle roofs , most manufacturers allow for penetrations as long as they’re properly sealed and maintained over time. But with tile or slate roofs , drilling almost always leads to a voided warranty, which is why we recommend ridgeline or tile-specific mounts that don’t require you to drill through fragile surfaces. To make sure you’re covered: Review your warranty documents before getting started with your Starlink roof mount installation. Choose non-penetrating mounts wherever possible to avoid future headaches. Consider using a professional installer who can certify the work and provide documentation. Take photos of your installation process —these can help if you ever need to make a claim.

How much wind can a Starlink mount handle?

Living in Australia means facing wild weather, so it’s wise to think about wind resistance for your Starlink setup. At SpaceTek Australia, our mounts are made specifically for tough Aussie conditions. When properly installed, standard mounts handle wind speeds up to 115 km/h . If you’re in cyclone-prone regions or want extra peace of mind, additional tethering and heavy-duty hardware can boost resilience even further. Standard Starlink mounts aren’t made for full-blown cyclones or tornadoes straight out of the box. In high-wind areas, use a penetrating mount for top stability, add secondary tethering cables, and make sure you have enough ballast for any non-penetrating setup. During storm season, it’s also smart to inspect your mount more often to catch any issues early.

What’s the safest way to run the cable through the roof?

Getting the cable safely inside your home is just as important as mounting the dish itself. The goal is simple: keep water out and protect your cable from damage. Always use a proper weatherproof cable gland or entry point—this creates a tight, watertight seal and stops leaks before they start. When drilling, go from the inside out at a very slight downward angle. This way, rainwater can’t follow the cable’s path into your ceiling space. Layer your protection: apply silicone sealant around the entry point, use mastic tape for added waterproofing, and create a drip loop in the cable before it enters the house. This prevents water from pooling and sneaking inside. Secure the cable with UV-resistant clips every 30 to 45 cm, and include a gentle service loop near the entry so the cable doesn’t get pulled too tight or kinked. If you follow these steps, your Starlink roof mount installation will stay watertight and trouble-free. One of our go-to tips from the field: always finish with a generous bead of silicone sealant around the gland. After years of installs across Australia, we’ve found this method provides long-term peace of mind, even through heavy storms. If you have more questions about Starlink in Australia, or you’re preparing for Starlink in remote communities or outback setups, don’t hesitate to contact SpaceTek Australia . We’re passionate about helping Australians stay connected—wherever you call home.

Starlink Roof Mount Installation: Planning Guide

How do you install a Starlink roof mount?

A successful roof installation starts with clear sky visibility, suitable structure and the correct mount for the terminal and roof. The assembly and fixing details must come from the instructions for that combination; there is no universal drilling pattern or torque setting for every Starlink mount.

Example of a fixed Starlink installation on a metal roof

This October 2026 guide explains the planning and checks involved. Arrange qualified installation help for work at height, uncertain roof structure or weatherproofing, rather than treating a general article as a substitute for the kit's installation guide.

1. Assess the location before choosing hardware

Use the Starlink app's obstruction check to assess the sky view. Do this from a safe location; do not climb onto a roof merely to obtain a scan. An installer can assess an inaccessible proposed position.

Consider trees, nearby buildings and the roof itself, as well as how the equipment can be reached for maintenance. A higher or more exposed position is not automatically the best solution.

Obstruction checking and alignment are different tasks. Follow the guidance for your terminal rather than applying one field-of-view angle, compass direction or mounting tilt to every model.

If the roof is unsuitable, compare other documented mounting locations before committing to permanent work. The objective is a suitable complete installation, not simply the highest possible pole.

2. Match the mount to the roof and terminal

Metal or corrugated roofing

SpaceTek's Gen 3 / Standard 4 tin-roof guide describes a permanent mount involving roof penetrations. It requires suitable fixing points, correctly sealed entries and the appropriate adapter. It is not a portable or freestanding system. The guide recommends professional installation for exposed or high-wind sites.

Tiled roofing

Use the instructions for the chosen tile-roof kit. Do not assume every tile mount slides underneath tiles without penetrations: this product's installation information includes penetration and fastening details. Tile condition, supporting structure and weatherproofing need assessment for the actual roof.

Vehicle roofs and racks

Treat a vehicle installation as a separate mounting system. A building roof kit is not a substitute for a compatible vehicle mount, and crossbar dimensions or torque values from another brand cannot establish fit. Check transport, parked use and any intended in-motion operation separately.

3. Prepare the exact parts and installation instructions

Before work starts, identify:

The terminal model and matching adapter.
The mount variant and all supplied components.
Suitable fixing locations and any additional hardware required for the roof.
The documented assembly, tightening and sealing requirements.
Cable length, connector clearance and the intended entry point.
A safe installation and maintenance access plan.

Inspect the supplied parts for damage or missing items. Read the complete kit guide before assembly so the cable does not become trapped behind a component already secured in place.

Prepare tools from that guide. Generic lists of drill sizes, bolts, grip pads and sealants can combine several unrelated mounting systems and should not be treated as a shopping or installation specification.

4. Assemble, route and weatherproof according to the kit

The detailed sequence varies by mount. A model-specific installation may involve securing a base, assembling a mast and stays, routing the cable and fitting the terminal's adapter. Follow the actual instructions for each stage rather than assuming that every connector clicks, every dish has a stem or every adapter uses the same locking screws.

Have roof penetrations and cable entry completed using the documented method appropriate to the roof. A generic instruction to add more silicone cannot establish that an unsupported fixing or entry is watertight.

Protect the cable from crushing, sharp edges and unsupported strain. Check the completed arrangement before applying power in accordance with the kit instructions. Keep the installation guide and component details for later maintenance.

Power-supply changes are optional, separate work. Roof mounting does not require DC conversion or router bypass.

Frequently asked questions

What torque should I use for the mounting screws?

Use the value and procedure stated for the exact fastener and mount. There is no universal 7.5Nm setting for all building and vehicle mounts. Ask the supplier if the instructions are incomplete.

Can I install it myself?

That depends on the work, access and your ability to perform it safely. Starlink advises seeking professional help if you cannot install safely. Do not use this overview as permission to work on an unsafe roof.

Does a roof mount guarantee better speeds?

No. A suitable position can address obstructions, but speed and availability also depend on the service, network and local conditions. Check the app after installation rather than judging performance from mount height alone.

Can a vehicle mount use the same instructions?

Only instructions explicitly applicable to that mount and rack should be used. In-motion use also has separate hardware, installation and plan requirements; physical attachment alone does not establish eligibility.

What should I record after installation?

Keep the mount and adapter models, instructions and installation details, plus any installer recommendations. Record app observations and arrange appropriate maintenance without repeatedly improvising roof access.

Choose the installation before buying the kit

Browse SpaceTek's house mounting options with your terminal and roof details in mind. Confirm structure, access, cable entry and the chosen kit's requirements before permanent work begins.

For product-selection questions, contact SpaceTek with the model and proposed location. Resolve uncertain fit or installation details before the equipment goes onto the roof.

How to Install a Starlink Roof Mount: Planning and Essential Checks