Radio stations, TV broadcasters, and cable head-ends are replacing VSAT with Starlink across remote transmitter buildings, main facilities, and everything in between. The mounting approach depends on one thing: what the building looks like. This guide covers flat roof, peaked roof, and tower configurations.
VSAT served the broadcast industry well for decades. Starlink is replacing it — not because it's newer, but because it's genuinely better for most broadcast connectivity applications.
Remote transmitter sites — the unmanned buildings that house broadcast transmitters across a coverage area — have traditionally relied on VSAT for backhaul connectivity. VSAT works, but it comes with real operational costs: equipment the size of a small refrigerator, a dish that requires precise pointing, a service contract that runs whether the link is performing or not, and latency numbers that limit what remote monitoring and management systems can do over the link.
Starlink changes the equation in every one of those categories. The antenna is compact and self-pointing. Installation is measured in hours, not days. Latency is low enough for real-time remote monitoring, VoIP, and management traffic. And the hardware cost is a fraction of a VSAT terminal.
For organizations managing a fleet of transmitter sites — regional radio networks, public broadcasters, TV station groups — the opportunity is to standardize on a single connectivity platform across every site type in their footprint.
Lower hardware cost — Starlink hardware is a fraction of the cost of a VSAT terminal. For multi-site deployments, this compounds quickly across a fleet.
No pointing required — VSAT dishes require precise pointing and periodic re-pointing. Starlink self-orients on power-up and requires no ongoing adjustment.
Lower latency — VSAT geostationary latency of 500–700ms is unusable for many remote monitoring and management applications. Starlink LEO latency runs 20–60ms, comparable to a terrestrial broadband connection.
Simpler infrastructure — One antenna, one cable run, one router. No outdoor electronics beyond the dish itself.
There is no single Starlink mount for broadcast sites. The right mount is determined entirely by the structure at each location. Most broadcast sites fall into one of three categories.
Before selecting a mount, survey each site and classify it by structure type. A regional radio network with 12 transmitter sites will rarely have all 12 in the same category — you may have eight flat-roof concrete block buildings, two sites with peaked roofs, and two sites with existing towers. Each category has a clear mount solution; the work is applying the right one to each site.
| Site Type | Description | Mount Approach |
|---|---|---|
| Flat Roof | Concrete block, metal, or masonry building with a flat or low-slope membrane roof — the most common transmitter building type | Non-penetrating roof mount (NPRM) — ballasted, no roof penetration |
| Peaked Roof | Building with a sloped roof — residential-style construction, rural relay sites, older facility buildings | Starlink roof peak mount or ridge mount — no penetration to ridge or peak |
| Existing Tower | Site already has a broadcast, telecom, or guyed tower — common at main transmitter sites and tall-structure relay sites | Starlink tower leg clamp mount — co-locates with existing tower equipment |
If a site already has a tower, the tower mount is often the best option. You gain elevation above surrounding obstructions, eliminate all roof loading and ballast considerations, and leverage a structure that's already engineered for outdoor equipment loading. The Baird Starlink Tower Mount clamps directly to an existing tower leg — no welding, no drilling.
The most common transmitter building is a single-story concrete block or metal building with a flat membrane roof. Non-penetrating roof mounts are the standard solution — no drilling, no structural modification, no roof warranty impact.
Non-penetrating roof mounts sit on rubber pads that protect the roof membrane and are held in place entirely by ballast weight. At a transmitter building, this matters for two reasons: the building is often leased or subject to a roof warranty that prohibits penetrations, and no structural modification means the installation can be reversed completely if the site ever changes hands or the equipment is relocated.
For flat-roof broadcast sites, the right mount is the Baird Starlink Non-Penetrating Roof Mount — purpose-built for Starlink Standard and Flat High Performance antennas on flat or low-slope roofs. It uses a 2.37" O.D. mast pipe and is available in 2.5', 5', or 8' heights. Select the mast height based on the clearance needed above the roofline or parapet, then add the matching Starlink adapter (Standard or Flat HP) as an optional add-on when ordering. The mount also has pole space for an enclosure, battery, or solar panel if the site requires it.
The mount ships with all hardware and rubber roof pads. Choose your mast height (2.5', 5', or 8') and adapter type on the product page. The 2.37" O.D. mast is compatible with both Starlink adapter options. For sites with higher PSF roof load limits or extreme wind exposure, Baird's larger-footprint NPRMs using the same 2.37" O.D. mast pipe are available — contact sales@bairdmounts.com if this applies to your site.
Remote transmitter sites are often in rural or open terrain — field, hilltop, or industrial locations that frequently qualify as ASCE 7 Exposure Category C or D. These exposure categories require significantly more ballast than a sheltered urban rooftop. Run every site through ballastcalc.com using the actual site city, building height, roof type, and exposure category. Print the result and keep it with the site records. For multi-site deployments, do not assume the same ballast number applies across all sites — exposure category and building height vary by location.
Some transmitter sites and relay buildings have sloped roofs — older construction, rural sites built to residential standards, or repurposed structures. Baird's peak and ridge mounts handle these without roof penetration.
Peaked roof non-penetrating mounts straddle the roof ridge, with legs running down both slopes and ballast on each side keeping the mount in place. For peaked-roof broadcast sites, the right mount is the Baird Starlink Roof Peak Mount — purpose-built for Starlink Standard and Flat HP antennas, supporting roof pitches from flat up to 7:12 (approximately 30°). Select mast height and adapter type directly on the product page.
The mount's adjustable arms match the slope of the roof and provide a level platform at the ridge — no penetrations, no lag screws into the structure. Both the Standard Starlink antenna and the Flat High Performance antenna are supported; add the matching adapter when ordering.
Main transmitter sites and relay sites with an existing tower can often put Starlink on the tower. The height advantage is significant, the structure is already there, and no roof loading or ballast calculation is needed.
Broadcast towers — whether guyed, self-supporting, or monopole — offer elevation that no roof mount can match. For a Starlink antenna that needs a clear 100-degree cone of sky view, height above surrounding trees, structures, and terrain obstructions is a direct performance factor.
The Baird Starlink Tower Mount clamps to an existing tower leg with no welding and no drilling into the tower structure. Tower leg size and Starlink adapter are both selected directly on the product page — the mount covers the full range of broadcast tower leg O.D. sizes.
Clamps directly to an existing tower leg. Select the tower leg size range that matches your site's tower, then add the Standard or Flat HP adapter when ordering. No welding, no drilling, no additional hardware required beyond what's included.
Starlink antennas co-locate with broadcast transmit antennas, STL receive dishes, and other wireless equipment on the same tower regularly. Position the Starlink antenna with adequate physical separation from active transmitters — your RF engineer should review co-location placement relative to existing transmit antennas. The Starlink antenna needs an unobstructed 100-degree cone of sky view; avoid mounting below or directly adjacent to large reflective panels or antenna arrays that may shadow it.
For full installation details, see the Baird Starlink Tower Mount Guide.
Baird mounts work with both Starlink antenna types. The adapter — selected at the time of mount purchase — determines compatibility. You don't need a different mount for each antenna; you need the right adapter.
The Starlink Standard Kit (rectangular, kickstand-style) and the Flat High Performance antenna both mount to Baird NPRMs, ridge mounts, and tower mounts. The difference is the adapter used to interface the Starlink antenna's pipe to the mount's mast O.D.:
| Antenna | Adapter O.D. | Notes |
|---|---|---|
| Standard Kit | 2.37" O.D. | Add Standard adapter when ordering your mount |
| Flat High Performance | 2.37" O.D. | Add Flat HP adapter when ordering your mount |
Both adapters use the same 2.37" O.D. mast pipe — all three Baird broadcast site mounts use this same mast size, so the adapter is the only variable between a Standard Kit and Flat HP installation. Select the correct adapter when ordering. The mount itself is identical regardless of which antenna you're using.
If you haven't yet decided between Standard Kit and Flat HP across your fleet, the Flat HP is the more common choice for professional and commercial deployments. Specifying one antenna type across all sites simplifies procurement, sparing, and field procedures. Either way, standardizing on a single adapter type means one SKU to track and one installation procedure across all sites.
A fleet of transmitter sites is a different problem than a single installation. Standardizing hardware, pre-computing ballast, and planning for maintenance access before the first site goes in saves significant time across the project.
Regional radio networks, public broadcasters, and TV station groups often have 10–50 transmitter sites spread across a geographic area. Each site has been visited infrequently, and the whole point of Starlink connectivity is to reduce those visits further. The following considerations apply specifically to multi-site deployments.
Walk or photograph each site before ordering hardware. Confirm the roof type (flat vs. peaked), identify any existing tower, and note any obvious sky obstructions (trees, adjacent structures, other antennas). A site classified as flat-roof in a spreadsheet may have a parapet that affects mount height selection, or a tree line to the south that affects dish placement. Sites vary — survey before ordering.
Calculate ballast for each site individually using ballastcalc.com. Rural transmitter sites frequently sit in open terrain with Exposure C wind classification and building heights well below 60 feet — conditions that drive higher ballast requirements than an urban rooftop. Two sites with identical mounts can have substantially different ballast requirements if one is sheltered and the other is exposed. Print the ballast report for each site and include it in the site file.
Identify how many sites are flat-roof, how many are peaked-roof, and how many have towers. Then pick one mount model for each category. Every flat-roof site gets the same NPRM. Every peaked-roof site gets the same ridge mount. Every tower site gets the same tower leg clamp. This standardization means one installation procedure, one set of torque specs, and one spare hardware kit that works across all sites of the same type.
For deployments of five or more sites, contact sales@bairdmounts.com with your site survey data — structure types, count per type, and antenna model. Baird can confirm the right mount and adapter combination for each site type, provide volume pricing, and help you build a consistent bill of materials across the project.
The Baird Starlink Non-Penetrating Roof Mount is the right choice for flat-roof transmitter buildings. It uses a 2.37" O.D. mast, is available in 2.5', 5', or 8' heights, and supports both Starlink antenna types via an adapter selected at purchase. It includes rubber roof pads and all hardware — no drilling, no roof penetration. Run your site inputs through ballastcalc.com to determine ballast requirements before installation.
No. All Baird non-penetrating roof mounts sit on rubber roof pads and are secured entirely by ballast weight. No drilling, no lag screws, no structural modification. The roof membrane is completely undisturbed — preserving roof warranties and satisfying lease or building ownership requirements that prohibit penetrations.
Both work with all three Baird broadcast site mounts. All three mounts use a 2.37" O.D. mast pipe, and both Starlink adapter types (Standard Kit and Flat HP) use that same O.D. — so the mount is identical regardless of antenna choice; only the adapter differs. Select the matching adapter when ordering. For multi-site fleets, standardizing on one antenna type simplifies procurement and field procedures.
Yes. Starlink antennas co-locate regularly with broadcast and telco equipment on existing towers. The key considerations are maintaining adequate physical separation from active transmitters and ensuring the Starlink antenna has an unobstructed 100-degree cone of sky view. Your RF engineer should review co-location placement relative to existing transmit antennas at the site.
The Baird Starlink Roof Peak Mount handles roof pitches from flat up to 7:12 (approximately 30°). Its adjustable arms match the slope of the roof, so the same mount works across all peaked-roof sites regardless of exact pitch within that range. If any site has a pitch steeper than 7:12, contact sales@bairdmounts.com to discuss options.
Classify your sites by structure type — flat roof, peaked roof, tower — and order the corresponding Baird Starlink mount for each: the Non-Penetrating Roof Mount for flat roofs, the Roof Peak Mount for peaked roofs, and the Tower Mount for sites with an existing tower. Then standardize on a single adapter type across the fleet. All three mounts use the same 2.37" O.D. mast pipe, so the adapter SKU is the same regardless of which mount it goes on. For volume orders, contact sales@bairdmounts.com.
No special tools or certifications are required. Standard hand tools (wrench, level, tape measure) are sufficient for all Baird mount installations. Assembly instructions are included with every mount. For multi-site deployments, a two-person crew with a consistent installation procedure can typically complete a standard flat-roof NPRM installation in under two hours per site.