Useful light
The distribution supports detecting pedestrians at and approaching the crossing from relevant driver directions instead of maximising lumens outside the area that matters.
Road and public-space lightingCommercial investigation · road lighting
Pedestrian crossing lighting design
Pedestrian crossing lighting is a site-specific treatment intended to improve the visibility of people at and approaching a crossing. It must coordinate contrast, approach directions and the surrounding road lighting.
- Pedestrian crossing lighting layout based on geometry and the required result, not wattage alone
- Road-specific distribution selected from geometry and the required lighting class
- Explicit assumptions for driver approaches, pedestrian contrast, pole side and surrounding road lighting
- A direct connection between calculation, suitable product series, evidence and quote
Road and public-space lighting
Application pages
Where this solution fits
Start by confirming the site types that belong on this path and the cases that need a different solution.
Road and public-space lighting
What the project should achieve
A useful specification balances visual performance, reliability, operating cost and the realities of installation.
Controlled glare
Position, optics and aiming account for users and approaching drivers, pedestrians and road users beyond the crossing.
Predictable operation
Controls, environmental conditions and maintenance access are part of selection rather than an afterthought after pricing.
A verifiable specification
The result connects targets, visible assumptions, the proposed variant and evidence the project team can check.
Commercial investigation · road lighting
Design criteria
These are the decisions that shape fixture selection, photometric work and the final quote assumptions.
| Design criteria | Design approach |
|---|---|
| Authority brief | Confirm the responsible authority, applicable method, road class and required treatment before selecting equipment. |
| Approach geometry | Document lanes, direction, speed context, crossing width, refuges, curvature and driver observation distances. |
| Pedestrian visibility | Assess vertical or contrast-based requirements on the pedestrian and approach zones, not horizontal lux alone. |
| Pole side and optic | The mounting side, setback, height and verified asymmetric photometry must work together for each approach. |
| Surrounding system | Coordinate road luminaires, signals, signs, trees and background brightness so the treatment does not create a new glare hazard. |
Design criteria
Selection guide
Use these comparisons to narrow the system direction before choosing an individual model.
- Start with geometry
- Dimensions and mounting positions determine the useful distribution before wattage is considered.
- Use maintained targets
- Design for the required maintained result and declared maintenance assumptions, not initial lumens alone.
- Compare the distribution
- A lower-power fixture with the right optic can be more useful than a higher-output fixture with poor placement.
- Check the environment
- Temperature, dust, moisture, impacts, corrosion and electrical conditions can change the suitable series.
- Keep assumptions visible
- Any missing drawing, target or operating condition should remain explicit until the project team confirms it.
Design criteria
Standards and verification notes
Applicable targets depend on the country, site and project class. Final compliance must be checked against the current project brief and calculation.
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Off-grid solar road lighting
Road lighting for sites without practical grid access, sized from road performance and the location-specific winter energy balance.
FAQ
Questions buyers and designers ask
A design and qualification route for crossing visibility. Product suitability remains conditional on verified asymmetric optics, photometric data and the responsible authority's brief.