Pedestrian Hybrid Beacon
ELM-PHB-18 Pedestrian Hybrid Beacon
Related Media
The items below come from outside the Commonway System, external videos, podcasts, and articles related to this page's topic, not part of the guidebook itself.
Why this pattern exists
A pedestrian hybrid beacon provides stronger, legally binding stop control than an RRFB while avoiding the ongoing delay a full traffic signal would impose on a corridor at a location that does not have enough pedestrian volume to justify constant signal timing. This pattern exists to document this middle-tier crossing treatment between an RRFB and a full signal.12
Key considerations
- Most appropriate at crossings with meaningful but intermittent pedestrian volume on a higher-speed or higher-volume roadway where an RRFB’s advisory-only nature is not sufficient
- The dark-until-activated design should be paired with clear driver education or signage, since an unfamiliar driver may not immediately understand the sequence
- Requires adequate signage and lighting so the beacon itself is visible and comprehensible well before the crossing point
Related patterns
RRFB (ELM-RRF-17) (the lighter-control alternative this pattern exceeds); Traffic Signal (ELM-TFS-14) (the heavier-control alternative this pattern avoids); Crosswalk (ELM-CRW-08), Pedestrian Safety Island/Refuge (ELM-PSI-09) (companion crossing elements)
References
- Legal / regulatory MUTCD 11th Edition with Revision 1 (FHWA, December 2025; effective March 5, 2026), Chapter 4J, "Pedestrian Hybrid Beacons" (renumbered from the 2009 edition's Chapter 4F). Warrant conditions.
- Evidence-based Fitzpatrick, K. and Park, E.S., "Safety Effectiveness of the HAWK Pedestrian Crossing Treatment," FHWA-HRT-10-042 (2010). Tucson before/after study of 21 treatment sites versus 102 reference intersections: a 29% reduction in total crashes and a 69% reduction in pedestrian crashes.