Comprehensive Support for Your Signage Needs

When sealed structural drawings are required, they must be prepared under the responsibility of a design professional licensed for that work in the project jurisdiction. Martino Signs can coordinate the sign information and site documentation needed by the project engineer or other qualified professional.

Yes, when adequate information about the existing structure is available. The engineer may need drawings, field measurements, material information or exploratory verification to evaluate the proposed attachment. Surface finishes alone do not establish that the underlying wall or framing can safely support the sign.

A commercial sign site survey is an on-site assessment used to document conditions that affect sign design, pricing, permitting, fabrication and installation. It may include measurements, photographs, mounting surfaces, existing signs, electrical access, visibility and equipment-access conditions.

A site survey records existing conditions such as dimensions, materials, access and visible obstructions. Structural engineering uses verified project and site information to design or evaluate supports, connections and foundations. A visual sign survey does not replace engineering analysis when engineering is required.

Martino Signs can document the proposed sign, gather available site information and coordinate with the appropriate design professional when engineering is required. Final responsibilities, sealed documents and approvals depend on the contract, project jurisdiction and professionals involved.

Timing depends on project complexity, the completeness of site information, the design professional’s workload and whether revisions are needed. Engineering should be scheduled before fabrication and with enough time for permit review, comments and any required changes.

Possibly, but reuse should be based on documented dimensions, condition and structural capacity rather than appearance alone. Existing poles, frames, anchors and foundations may require inspection, measurements, material verification or engineering analysis before they are incorporated into a new sign design.

Fabrication should generally wait until structural requirements that affect dimensions, materials, connections and foundations are resolved. Beginning too early can create rework if engineering or permit review changes the support system, attachment details or approved sign configuration.

The required content varies, but structural drawings may identify sign dimensions, materials, member sizes, connection details, anchor specifications, foundations and applicable design loads. Permit authorities or project specifications may require additional calculations, notes or supporting documents.

An on-site survey is especially useful before replacing an existing sign, attaching a sign to a building, installing a freestanding structure or working at a location with uncertain measurements or access. The required survey scope depends on the project and available documentation.

Many permanent freestanding signs require foundations designed for the sign geometry, structural loads and site conditions. The foundation may also need to account for soil assumptions, reinforcing, anchor bolts, electrical conduit, drainage and nearby utilities. Requirements vary by sign and jurisdiction.

Engineering drawings address structural capacity, load paths, connections and foundations. Fabrication drawings describe how sign components are manufactured and assembled. The documents may coordinate closely, but one does not automatically replace the other when a permit or project specification requires both.

A survey can identify mounting conditions, access equipment, electrical needs, removal work and other factors that are difficult to confirm from a concept drawing. Better site information reduces assumptions in the estimate, although concealed conditions may still affect the work after installation begins.

The survey scope may include sign and wall dimensions, visible construction materials, existing supports, electrical access, surrounding obstructions, installation access and approach views. Martino Signs documents the items needed for the specific project rather than treating every survey as identical.

Applicable structural loads are determined from the adopted code, project location, structure type, dimensions and exposure conditions. Wind is especially important for signs because their faces can create significant pressure, while canopies may also require evaluation for snow, rain accumulation and other loads.