Three ways to mount a security camera without touching the roof structure — flat roof base, parapet corner, or 15' tall roof mount. This guide covers every configuration, the arm length decision, adapter options, and which mount works for which site.
Rooftop camera installations happen on buildings you usually don't own — and that changes everything about how you approach the mount.
A penetrating camera mount — one that bolts through the roof membrane — creates a permanent modification to the building structure. On a leased commercial building, that typically requires landlord approval, may void the roof warranty, and leaves behind a penetration when the camera is eventually relocated or removed. On a TPO or EPDM membrane roof, even a properly sealed penetration is a potential leak point for the life of the building.
Non-penetrating camera mounts solve this completely. The mount sits on the roof surface with rubber pads and is held in place by ballast weight — the same engineering principle used for large commercial satellite dishes. No drilling, no screws into the membrane, no structural modification. When the camera needs to be relocated or the lease ends, the mount lifts off cleanly with no trace.
If you're mounting cameras on a building your client leases rather than owns, non-penetrating is almost always the right approach. Building owners typically require it, roof warranties typically require it, and it eliminates the need for structural engineering sign-off that a penetrating mount may require. Use ballastcalc.com to spec the required ballast weight for your specific site.
Baird's camera mount line covers three distinct non-penetrating configurations: a flat-roof base mount, a corner parapet mount, and a 15' tall roof mount. Each solves a different siting problem — the guide below covers when to use each one.
Each mount solves a different rooftop siting scenario. The right choice depends on where on the roof the camera needs to go and how much height is required.
The Baird Roof Camera Mount uses a flat B-series NPRM base — the same proven ballasted platform used for satellite dishes and wireless antennas — configured specifically for camera applications. It positions the camera above the roofline with a vertical mast and cantilever arm — typically placed near the parapet wall so the arm extends the camera over the edge for an unobstructed downward field of view. Available in 3', 5', or 8' mast heights with 24" or 60" arm options.
The Baird Corner Camera Mount is purpose-designed for building corners — it straddles the parapet at a 90° angle, using the corner itself as the structural anchor point. This positions the camera to simultaneously cover two building faces from a single mount, maximizing coverage efficiency at corners. Available in 3' or 5' mast heights with 24" or 60" arm options. The 60" arm extends the camera over the parapet top to eliminate parapet obstruction from the field of view.
The Baird Camera Mount — 15' Tall is a special edition B4-6x6 non-penetrating roof mount engineered for installations requiring significant elevation above the roofline. Standing 15' on its 6'×6' ballasted base, it assembles on the roof without lifting equipment and supports wireless systems, surveillance cameras, and precision instruments. Mast O.D. 2.37"–2.88". No roof penetration, no foundation, no camera arm required — the height itself clears the parapet.
Both the Roof Camera Mount and Corner Camera Mount offer a choice of arm length. This is one of the most important decisions in the configuration — and it's driven by the height of the parapet wall at your install location and how far the camera needs to reach over it.
Positions the camera approximately 24 inches out from the mast. The right choice when the parapet is low enough that the camera's downward field of view clears the parapet top at that reach distance.
Extends the camera 60 inches from the mast — far enough to position the camera over the top of a standard parapet wall and look down along the building face. This is the correct arm when parapet obstruction is a concern, which is most corner camera installations and many rooftop edge installations.
Measure the height of the parapet wall at your intended install location, then compare it to the mast height you're using. If the camera's downward field of view will be obstructed by the parapet top at 24" of reach, step up to the 60" arm. For corner mounts, the 60" arm is almost always the right choice — the parapet at a corner is typically taller than elsewhere on the building face, and the 60" reach is what allows the camera to look cleanly down both faces.
The adapter plate is how your specific camera model attaches to the Baird mount arm. Getting this right at the time of order prevents the most common installation delay.
The Baird camera mounts come with adapter plates configured for your camera model. The most common options are shown below — if your specific camera model isn't listed, contact Baird at sales@bairdmounts.com with your camera make and model and they will specify the correct adapter.
| Adapter Type | Compatible With | Notes |
|---|---|---|
| Axis Plate | Axis Q-series PTZ cameras (Q6042-E, Q6045-E, Q6075, Q6100, Q6128-E and others) | Camera-specific — specify model when ordering |
| 1.5" NPT Pipe Coupler | Cameras with 1.5" NPT pendant or pipe mount interface | Broad compatibility with many pendant-mount cameras |
| Pipe Coupler | Cameras with standard pipe mount interface | Specify pipe size when ordering |
| Custom Adapter Plate | Any camera model — manufactured to spec | Contact sales@bairdmounts.com with camera model |
The adapter plate is drilled and configured for a specific camera model. Ordering the correct plate upfront avoids having to source a field adapter or modify the mount on site. When in doubt, email sales@bairdmounts.com with your camera make and model before ordering — Baird can confirm the right configuration.
Answer three questions about your site and the right mount becomes obvious.
The 90° straddle design is purpose-built for this scenario. One mount covers two building faces simultaneously. The 60" arm extends the camera over the parapet for unobstructed downward coverage. Available in 3', 5', or 8' mast height depending on required elevation above the parapet.
For cameras positioned near the parapet wall on a non-corner section of the building, place the mount close to the wall and use the arm to extend the camera over the parapet. Use the 24" arm when the parapet is low enough to clear at that reach; use the 60" arm when the parapet is taller. Choose 3', 5', or 8' mast height based on the required camera elevation above the roofline.
When the camera needs to look over or along the building face but isn't at a corner, the Roof Camera Mount with 60" arm positions the camera over the parapet for an unobstructed field of view down the building exterior.
When the coverage requirement calls for elevation well above the roofline — perimeter coverage of a large facility, parking lot monitoring, or any situation where camera height above 5' is needed — the 15' Tall Camera Mount is the right roof solution. It assembles on the roof without lifting equipment, uses a 6'×6' ballasted base, and reaches 15' above the roof surface. No camera arm required — the height clears the parapet on its own.
All Baird camera mounts ship with complete hardware and assembly instructions. Here's the general sequence for a standard rooftop installation.
Use the selection framework in Section 05 to confirm the right mount for your site. Decide on mast height (3' or 5'), arm length (24" or 60"), and specify your camera model for the correct adapter plate. Email sales@bairdmounts.com if you need help confirming the right configuration before ordering.
Run your site inputs through ballastcalc.com to get the required ballast weight and printable documentation for your installation. Camera mounts typically have low wind area compared to satellite dishes, so ballast requirements are modest — but the calculation confirms the exact amount and provides documentation for the building owner.
Place rubber roof pads under every contact point between the mount and the roof surface. For the Corner Camera Mount, ensure the 90° corner brackets are fully seated on the parapet corner before tightening. For the Roof Camera Mount, position the base at the planned install location on the roof membrane.
Load the calculated ballast weight into the trays evenly. Tighten all hardware per the assembly instructions included with the mount. Do not substitute ballast block weights from the assumed value used in your ballastcalc.com calculation — confirm actual block weight before finalizing block count.
Mount the camera to the adapter plate per the camera manufacturer's instructions. Verify camera aim and field of view before finalizing cable routing. For PTZ cameras, confirm the camera can pan and tilt through its full range without obstruction from the arm or mast.
Route camera cable down the mast using cable ties at regular intervals. Create a drip loop at the camera connection point. Run cable to the roof penetration point — use an existing conduit entry or a purpose-made roof feed-through, not a new penetration through the membrane.
The 15' Tall Camera Mount is designed to assemble on the roof without lifting equipment. The two-section mast assembles in place on the 6'×6' base. Follow the included assembly instructions for the correct mast connection and hardware torque sequence. No guy wires are required.
The Roof Camera Mount uses a flat B-series NPRM base, typically positioned near the parapet wall with the cantilever arm extending the camera over the edge for an unobstructed downward view along the building face. The Corner Camera Mount is specifically engineered for building corners, straddling the parapet at a 90° angle to provide simultaneous coverage of two building faces from a single mount. Both are available in 3', 5', or 8' heights with 24" or 60" arm options.
The 60" arm is needed when the camera must extend over a parapet wall to achieve an unobstructed downward field of view along the building face. Measure the parapet height at your planned camera location — if the parapet would obstruct the camera's view with a 24" arm, use the 60". For corner installations, the 60" arm is almost always the correct choice.
No. All Baird camera mounts are non-penetrating. They sit on rubber roof pads and are held in place by ballast weight — no drilling, no screws into the membrane. When the mount is removed, the roof is unchanged. This makes them suitable for TPO, EPDM, modified bitumen, and other membrane roofs, and for leased buildings where preserving the roof warranty is a requirement.
Baird camera mounts support all major camera brands through customized adapter plates. Axis PTZ cameras (Q-series and others) are the most common, with purpose-drilled adapter plates available. For other brands, Baird offers NPT adapters, pipe couplers, and custom adapter plates. Email sales@bairdmounts.com with your camera make and model to confirm the right configuration before ordering.
Use the 15' Tall Camera Mount when a 3', 5', or 8' mast height isn't sufficient — for example, when wide-area coverage requires significant elevation above the roofline, when the parapet is too tall for a standard arm-mounted camera to clear cleanly, or when perimeter or parking lot surveillance needs greater height than the standard mounts provide. The 15' mount assembles on the roof, requires no camera arm, and uses a 6'×6' ballasted base. No lifting equipment needed.
Camera mounts typically require less ballast than satellite dish or Starlink mounts because camera EPA (effective projected area) is small — often 0.5–2 sq ft for a PTZ or dome camera. Run your specific site inputs through ballastcalc.com for an exact number with printable documentation. For the 15' Tall Camera Mount, ballast requirements are higher due to the tall moment arm — always calculate rather than estimate.