Capability 07

Street Lighting

Street-lighting installation coordinated around pole locations, foundations, underground pathways, electrical interfaces, access, testing, and restoration.

Five-county service area Bid review available

Boom truck lifting a street-light pole with workers and excavation equipment nearby

Scope boundary: Street-lighting installation is client-confirmed. Exact responsibility for lighting design and photometrics, engineering, utility service, materials, foundations, conduit and conductors, controls, grounding, energized connections, testing, commissioning, traffic control, permitting, inspection, and restoration is defined by the approved project documents and Bravo proposal.

Street-lighting work brings civil, structural, electrical, utility, and roadway decisions together at each pole location. A complete package may involve survey control, underground pathways, foundations, poles, luminaires, conductors, grounding, controls, utility service, traffic control, testing, restoration, and closeout. Those elements have to match the approved lighting design and fit the same site sequence as grading, drainage, utilities, pavement, landscaping, and public access.

Bravo Site Works has confirmed street-lighting installation as a core service. The estimating review begins with the current civil and electrical documents, photometric plan, pole and fixture schedules, foundation details, utility requirements, project logistics, and responsibility matrix. Bravo then defines its included installation scope in the proposal so the team can distinguish field construction from design, owner-furnished materials, utility work, energized electrical work, testing, and other project-specific responsibilities.

Start with the approved lighting design and governing criteria

Pole locations, mounting heights, fixture types, distributions, aiming, circuiting, controls, and light-level criteria should come from the approved project documents. Civil, landscape, utility, and electrical sheets should be compared so poles do not conflict with drainage structures, underground utilities, trees, accessible routes, sight lines, building features, or future maintenance access. Field placement should not be used to resolve a missing photometric or engineering decision.

The roadway owner, property owner, serving utility, municipality, and authority having jurisdiction may each control a different part of the work. Public right-of-way and FDOT-governed locations can add permit details, standard plans, structural criteria, maintenance-of-traffic requirements, inspection points, work windows, and closeout documents. The bid should identify the controlling documents and the party responsible for each approval rather than relying on a generic street-lighting detail.

Coordinate foundations and underground pathways with the site plan

Surveyed pole locations connect the lighting plan to excavation, base preparation, foundation construction, conduit routing, pull points, handholes, grounding, and finished grade. Existing utilities should be located and critical conflicts resolved before excavation. Foundation type, reinforcement, embeds, anchor-bolt pattern, conduit entries, drainage, backfill, concrete requirements, and curing or loading restrictions must follow the approved details and equipment information.

Installation access also belongs in the plan. Drill or excavation equipment, concrete delivery, lifting equipment, pole staging, overhead conditions, traffic, pedestrians, adjacent businesses, and other trades can affect the safe work area and sequence. Temporary controls and restoration limits should be defined before mobilization. If a trenchless crossing is proposed, the design information and Bravo delivery method require separate project-specific confirmation.

Carry electrical interfaces through testing and turnover

Pole, luminaire, arm, base, conductor, enclosure, control, and service equipment selections affect submittals, lead times, storage, installation, and warranty requirements. The proposal should state which materials are contractor-furnished or owner-furnished and who is responsible for procurement, receiving, inspection, substitutions, damaged components, and manufacturer coordination. Circuit routing and equipment details should be resolved early enough to protect underground and foundation work.

Turnover requirements may include inspections, conductor and grounding checks, control verification, fixture operation, aiming, light-level or photometric acceptance, utility coordination, record information, product data, warranty documents, and corrective work. The approved documents determine the exact tests and witnesses. Utility service, energized connections, commissioning, and final acceptance are included only when the project documents and Bravo proposal assign them explicitly.

Build a street-lighting bid request around clear responsibilities

Provide the current civil, electrical, lighting, landscape, and utility plans; photometric information; pole, luminaire, and control schedules; foundation and structural details; geotechnical information; survey and existing-utility records; permit requirements; maintenance-of-traffic plan; restoration details; submittal status; project schedule; and required completion date. Identify utility-owned work, owner-furnished materials, separate electrical responsibilities, testing, inspection, and closeout expectations.

Bravo Site Works reviews street-lighting opportunities in Lee, Collier, Charlotte, Sarasota, and Manatee counties. Include the project county, bid deadline, anticipated mobilization, current plan link, and requested scope with the bid inquiry. The response can then identify included work, exclusions, qualifications, alternates, and open decisions without turning an undefined lighting package into a field assumption.

Approved lighting plans, photometrics, and pole schedule
Foundation and underground-pathway coordination
Pole, luminaire, and material-procurement boundaries
Circuit, grounding, controls, and utility-service interfaces
Access, lifting, traffic control, and restoration
Inspection, testing, record information, and closeout requirements

Street Lighting FAQs

Questions to resolve before this scope reaches the field.

Direct answers connect the service to bid inputs, governing requirements, sequencing, and closeout.

Content reviewed July 29, 2026. Regulatory and utility requirements should be reconfirmed for each project.

01 What should be included with a street-lighting bid request?

Provide the current civil, electrical, lighting, landscape, and utility plans; photometric information; pole, luminaire, control, and service schedules; foundation details; geotechnical information; survey and existing-utility records; permits; traffic-control requirements; restoration limits; submittal status; schedule; and responsibility matrix. Identify owner-furnished materials, utility work, energized connections, testing, inspection, and closeout responsibilities.

Official reference: FHWA roadway-lighting resources

02 Does the Street Lighting service automatically include lighting design or photometrics?

No. Pole locations, fixture selection, mounting heights, distributions, aiming, circuiting, controls, structural details, and performance criteria should be established by the approved project documents and responsible design professionals. Bravo prices and constructs the installation responsibilities identified in its proposal; missing design decisions are resolved through the project team rather than by field assumption.

03 Who supplies the poles, luminaires, controls, and electrical equipment?

That boundary is project-specific. The proposal should identify contractor-furnished and owner-furnished materials, approved manufacturers, submittal responsibility, substitutions, delivery dates, receiving and storage, damaged-material responsibility, startup support, and warranty documentation. Equipment information must be coordinated with foundations, anchor bolts, conduit entries, circuiting, controls, and utility requirements before installation.

04 Are utility service, energized connections, testing, and commissioning included?

Only when the approved documents and Bravo proposal assign those items explicitly. The serving utility, electrical design, permit requirements, equipment instructions, and authority having jurisdiction determine the applicable service, inspection, testing, energization, and acceptance path. The bid should name the responsible party for each step and identify any required witnesses or release conditions.

05 What changes for street lighting in a public right-of-way or on an FDOT-governed project?

Confirm the roadway owner, approved permit and lighting plans, structural and electrical details, maintenance-of-traffic requirements, work windows, inspections, restoration, documentation, and acceptance process. FDOT-governed work does not by itself establish contractor prequalification or approval; project-specific qualifications and responsibilities still require verification.

Official reference: Current FDOT Design Manual

06 How can a thorough bid review reduce avoidable change orders?

A useful review compares plans, specifications, addenda, quantities, schedule, site logistics, and scope boundaries before pricing is finalized. The goal is to expose gaps, conflicts, allowances, and trade interfaces while they can still be clarified. No review can eliminate every changed condition or owner revision, but visible assumptions give the project team a better basis for comparison and reduce avoidable change-order exposure.

Review the bid-to-field process

07 Does Bravo Site Works conduct a site walk before every bid?

Yes. Bravo conducts a site walk for every job it bids. The review focuses on access, staging, existing conditions, active operations, neighboring improvements, haul routes, work windows, and interfaces that may not be fully visible in the documents. The site walk supplements the plans and project records; it does not replace survey, utility locating, geotechnical investigation, or engineered direction.

Request a bid review

08 What typically affects an underground utility or site-work schedule?

Approvals, material lead times, locates and potholing, survey control, utility-owner inspections, tie-in windows, rainfall, groundwater control, testing, clearance, access, adjacent trades, and final restoration can control the sequence. A useful baseline schedule connects those dependencies to the required building-pad, roadway, utility, and turnover releases instead of treating the underground scope as one uninterrupted activity.

Read about utility conflicts and as-builts

Street Lighting

Start with the approved lighting design and governing criteria

Coordinate foundations and underground pathways with the site plan

Carry electrical interfaces through testing and turnover

Build a street-lighting bid request around clear responsibilities

Questions to resolve before this scope reaches the field.

Put the complete scope in front of the team.