Products

Non-Penetrating Roof Mounts

The most widely specified commercial mount in the world. Baird's non-penetrating roof mounts provide a stable, ballasted platform for antennas up to 5 meters in diameter — without drilling or compromising your roof membrane. Available in a wide range of mast sizes and configurations for flat and low-slope roof installations. Used globally for satellite, wireless, microwave, and Starlink applications.

Roof Peak Ridge Mounts

Engineered for sloped and peaked roof structures where a non-penetrating base is needed. Baird ridge mounts clamp securely to the roof peak without penetrating the roofing surface, providing a stable mast mounting point for antennas, cameras, and wireless equipment on residential and commercial pitched roofs.

Camera Mounts

Purpose-built mounting solutions for security cameras, surveillance systems, CCTV, and construction time-lapse applications. Includes the Baird Security Camera Pole Mount — a freestanding non-penetrating 20' or 30' pole system for rooftop or ground deployment, with integrated guy wire tie-off points and compatibility with solar panels and enclosure systems.

Starlink Mounts

A complete range of mounting solutions purpose-built for Starlink and Starlink High Performance antennas.  Options include non-penetrating roof mounts, wall mounts, ridge mounts, and in-ground pole mounts — giving installers and property owners the widest selection of Starlink mounting configurations available anywhere, including options not carried in the Starlink Shop.

Wall Mounts

Heavy-duty steel wall mounts for antenna, satellite dish, camera, and wireless equipment installations on exterior building walls and structures. Baird wall mounts offer up to 60" of lateral offset, accommodating large antennas in locations where roof mounting is not feasible. Available in multiple mast sizes and extension lengths for residential and commercial applications.

Pedestal Ground Mounts

Robust ground-level mounting systems for satellite antennas up to 3.8 meters. Baird pedestal and kingpost mounts are built for permanent installations where in-ground installation is required. Available in pipe sizes from 2.37" to 10.75" OD. Hot-dip galvanized after fabrication for permanent outdoor deployment.

In-Ground Mounting Poles

Permanent, high-stability in-ground mounting poles for applications requiring a fixed, embedded foundation. Baird in-ground poles are designed to be set in concrete and provide a clean, professional mounting point for satellite dishes, wireless antennas, and communication equipment at any height specification.

Tower Mounts

Structural mounts designed for installation on communications towers, lattice structures, and steel framework. Baird tower mounts are engineered for the load demands of commercial tower environments, supporting satellite antennas, wireless transceivers, and microwave equipment on existing tower infrastructure.

I-Beam Clamp Mounts

Non-penetrating mounting solutions that clamp directly to I-beam structural steel — ideal for industrial, warehouse, and building installations where drilling is not permitted. Baird I-beam clamp mounts provide a secure, repositionable platform for antennas, sensors, and wireless equipment on steel-frame structures.

Round Pole Adapters

Precision-machined adapters that allow equipment designed for one mast diameter to be mounted on a different pipe or mast size. Baird round pole adapters are the professional solution for integrating antenna and communications equipment across mixed or legacy mast configurations on the same structure.

Tactical Deploy / Portable Mounts

Rapid-deployment mounting systems engineered for field operations, temporary installations, and applications requiring frequent setup and breakdown. Baird tactical deploy mounts are used by government, military, emergency response, and broadcast teams who need a stable, professional mounting platform that can be deployed in minutes and relocated as required.

Oil Rig / Platform Mounts

Specialty mounting systems designed for the extreme corrosion, vibration, and structural requirements of offshore oil and gas platforms and marine environments. Baird oil rig mounts are built to perform in the most demanding industrial conditions on earth, providing reliable support for communications and monitoring equipment on offshore structures.

Penetrating Roof Mounts

For applications where a penetrating anchor is required or preferred, Baird's penetrating roof mounts deliver the same structural steel quality and galvanized finish as the rest of the Baird product line. Engineered for secure attachment to roof decking or structural members, with support for a full range of mast sizes and antenna configurations.

Replacement / Individual Parts

Baird mounts are built to outlast the equipment they support — and when a part eventually needs replacing, Baird has you covered. Our replacement parts catalog includes individual components, rubber roof pads, mast extensions, and hardware for the full Baird product range, allowing you to adapt, extend, or restore any existing Baird mount to full specification.

Need a Custom Mounting Solution?

Baird's engineering team has been designing custom mounting systems for over 40 years. If your project involves a non-standard antenna size, an unusual structural constraint, a unique environmental requirement, or a multi-equipment configuration not covered by our standard product catalog, contact our engineering team to discuss your requirements. Custom Baird mounts are manufactured to the same material and quality standards as our catalog products and are backed by the same 10-year warranty.

 

Free Ballast Calculator — ballastcalc.com

Not sure how much ballast you need for your non-penetrating mount? Baird's free online ballast calculator takes the guesswork out of mount specification. Enter your site location, building height, exposure category, roof or ground surface type, and the equipment you are mounting. The calculator instantly returns a mount recommendation and the precise ballast weight needed to prevent sliding and overturning at your site's maximum wind speed — with supporting documentation for submission to site owners, structural engineers, and local authorities.