Tin/Metal Roof Mount Kit for Starlink Standard (Gen 3 / V4) – Heavy Duty

Specifications

✅ Compatibility note: This product suits the Starlink Standard (Gen 3 / V4) flat rectangular terminal, also commonly called Standard Kit, Standard 4 or V4. It does not suit Starlink Mini, Gen 2 actuated Standard, High Performance or Flat High Performance models unless specifically stated.

Starlink Standard (Gen 3 / V4) Tin Roof Mount Kit with Heavy Duty 40mm Pole Adapter

The Spacetek Heavy Duty Tin Roof Mount Kit is designed for permanent installation of the Starlink Standard (Gen 3 / V4) rectangular terminal on corrugated metal roofing in high wind load and exposed environments. The system uses a reinforced mounting assembly combined with a heavy-duty machined aluminium Gen 3 to 40mm pole adapter, delivering increased rigidity and improved resistance to uplift and vibration.

Kit Inclusions: 

• 1 x Standard (Gen 3 / V4) Heavy Duty Aluminium Pole Adaptor Kit, suits UTA-232.
• 2 x Structural Telescopic Stay Bars (Galvanised Steel)
• 1 x Aluminium Base Plate (270mm x 75mm)
• 1 x Aluminium Pole Mast (choice of length) 
• Generic Fastener Pack (please check suitability for your specific install) 

💡Note: Our roof mounting kits do not come with a Starlink Dish. This can be purchased from Starlink.com or a major retailer.  

Optional: If you require additional structural support for the stay bars, you may consider adding additional cleats to the stay bar mounting points on your roof.

Starlink Standard (Gen 3 / V4) terminals incorporate a thermal protection shut-off at approximately 50°C. The elevated pole configuration increases separation from heat-radiating metal roofing, improving airflow around the dish and reducing thermal loading during Australian summer conditions.

Multiple pole height options are available. Extended variants provide additional clearance over roof obstructions and allow space beneath the dish for secondary antennas, 4G failover equipment, point-to-point radios, or terrestrial TV hardware.

Key Features

✅ High Wind Load Design — Reinforced mounting system suited to exposed locations and wind-prone regions.

✅ Gen 3 (V4) Compatibility — Precision-engineered for the Starlink Gen 3 rectangular terminal.

✅ Heavy Duty 40 mm Pipe Adapter — Increased wall thickness and clamping surface for improved mast retention and load handling.

✅ Thermal Clearance Geometry — Elevated mounting height assists airflow and reduces roof-radiated heat contributing to 50 °C shut-off events.

✅ Extended Height Options — Longer poles improve line-of-sight and provide space for auxiliary communications equipment.

Installation Overview (also see video below)

1. Identify a potential mounting location with clear sky visibility of the southern sky. (If in the southern hemisphere). TIP : If you are planning to mount on the nothern side of your building, ensure the height of the mount allows the Starlink to tilt and view towards the southern sky and not be obstructed by the roof's structure. 
2. Mark fixing points for the included base plate, aligning the peaks of the roofing corrugations with the base plate.  Using pliers, lift up the fixing flaps on the base plate. (This is where the mast/pipe will fasten onto later on).
   
3. Apply appropriate exterior-grade sealant to all penetration points and screw in the base plate aligned to the marked fixing points. 
   
4. Pass the Starlink Standard (Gen 3 / V4) cable through the pipe mast, then center the mast against the raised fixing flaps on the base plate, loosely fastening the mast to the base plate using the supplied hex bolt and nut. 
5. Stay bars come in male / female pairs, loosely attach both pairs of staybars to the center mast using the pre-drilled holes. With a pair of shifters, bend up the ends of the stay bars to align to the angle of your roof's fixing points. Adjust the length of the stay bars as required to reach a secure fastening point on your roof, then fix the stay bars in place with the included tek screws. 
   
6. Confirm mounting alignment and mechanical rigidity before continuing. 
7. Prepare the Starlink for final mounting position, remove the ground kickstand from the Gen 3 (V4) - consult your Starlink manual for this or see the video here.
   
8. Plug the Starlink Standard (Gen 3 / V4) cable into the back of the Starlink dish ensuring the waterproof glands fit snugly into the port. 
9. Assemble the two pieces of the heavy duty Spacetek pole adaptor together by following this video. Insert the Spacetek Heavy Duty Gen 3 (V4) pole adaptor into the Starlink in the position the kickstand was occupying, ensuring it clicks into place and does not come out when agitated. It should be firmly in place. Ensure the cable is running smoothly through the adaptor. This now means the cable can run smoothly through the hole in the adapter and down into the mast. 
10. Slide the Spacetek pole adaptor over the end of the mounted mast, using the grub screws and allen key to tighen / create tension around the pole to secure the adaptor. Note - that the Starlink dish should be facing south in preparation for signal calibration, you do not need to full tighten the grub screws as yet. 
11. Complete the cable run & penetration through your roof. 
12. Once the cable run is complete within the structure, plug into your router. Turn on the power and commence Starlink calibration in your Starlink App as per the instructions in Starlink documentation. 
13. If required - adjust the angle of the dish by rotating the Spacetek pole adapter and adjusting the grub screws for micro-level adjustments.
14. Once fully aligned , tighten the grub screws with the included allen key. 

📽️ Installation reference:

The tripod erection and mounting process is demonstrated in the official installation video (Gen 2 terminal shown for method reference only). The same procedure applies to Gen 3 using the supplied heavy-duty adapter.

Important Notes

⚠️ Not suitable for ground, freestanding, or portable installation.
⚠️ Roof penetrations must be sealed to prevent water ingress.
⚠️ This mount is intended for high-wind regions but must still be fixed to structurally sound roofing.
⚠️ Professional installation is strongly recommended for exposed or elevated sites.