Improve Traffic Safety and Visibility at Pedestrian Crossings

Encom has serial radios perfectly designed for municipalities to connect their signals and intersections, regardless of controller type. Our robust Pulse series radios use a variety of reliable serial protocols (RS-232 / RS 422). These radios operate on the 900 MHz frequency band and utilize frequency hopping spread spectrum (FHSS) technology to transmit serial data from point to point or point to multipoint.

Our RRFB system is a highly effective solution for pedestrian safety, offering a range of features that ensure visibility, reliability, and ease of installation. Featuring  TOMAR LEDs, the system’s lights are visible from a distance, day or night, maximizing safety for pedestrians. The distinctive MUTCD rapid-flash pattern is proven to capture driver attention faster and increase yielding rates compared to traditional beacons, enhancing the system’s effectiveness at every crossing.

Equipped with Encom’s Leap Frog technology, the RRFB units communicate wirelessly, enabling easy, flexible installations while reducing costs and setup time. Built to withstand extreme temperatures, rain, snow, and wind, our weatherproof and durable design ensures the system performs reliably in all conditions. With ATMOS, our remote monitoring platform, users can check the RRFB system’s status in real-time, ensuring efficient operation and proactive maintenance.

Our RRFB system is a highly effective solution for pedestrian safety, offering a range of features that ensure visibility, reliability, and ease of installation. Featuring  TOMAR LEDs, the system’s lights are visible from a distance, day or night, maximizing safety for pedestrians. The distinctive MUTCD rapid-flash pattern is proven to capture driver attention faster and increase yielding rates compared to traditional beacons, enhancing the system’s effectiveness at every crossing.

Equipped with Encom’s Leap Frog technology, the RRFB units communicate wirelessly, enabling easy, flexible installations while reducing costs and setup time. Built to withstand extreme temperatures, rain, snow, and wind, our weatherproof and durable design ensures the system performs reliably in all conditions. With ATMOS, our remote monitoring platform, users can check the RRFB system’s status in real-time, ensuring efficient operation and proactive maintenance.

For RRFBs, this setup has a few specific benefits:

1. Low Power Consumption: LoRa technology uses minimal power, ideal for solar-powered RRFBs that need to operate continuously with limited energy resources.
2. Long-Range Communication: LoRa’s range extends over kilometers, allowing RRFBs to communicate across large distances, which is useful for covering expansive or rural areas without additional infrastructure.
3. Enhanced Reliability: The ad hoc network can automatically reroute data if a beacon is down, providing continuous communication and increasing the system’s resilience.

For urban areas with easy access to grid power, the RRFB can be powered directly from the electrical grid, offering a constant, dependable power source without the need for battery maintenance.

Our solar-powered RRFB system is ideal for remote or hard-to-wire locations. The solar panel charges a backup battery, ensuring reliable performance even in low sunlight conditions.

The RRFB is versatile and can be implemented in various high-traffic and pedestrian-heavy areas to enhance safety:

• School Zones: Alert drivers to reduced speed limits and the presence of children crossing the road.
• Pedestrian Crossings: Improve visibility and awareness at crosswalks where pedestrian traffic is heavy.
• Multi-Lane Roads: Increase yield rates for pedestrians crossing wide streets or highways.
• Urban & Suburban Intersections: Ensure pedestrian safety in residential areas where traffic flows steadily.

Studies have consistently shown that RRFBs can lead to driver yield rates ranging from 72% to 96%, depending on the location and traffic conditions. This data is commonly cited in various transportation safety studies, such as those conducted by the Federal Highway Administration (FHWA) and other traffic safety organizations.
Source: Federal Highway Administration (FHWA)

RRFBs have been demonstrated to provide increased visibility over standard pedestrian signals due to their unique and irregular flash pattern, which makes them stand out to drivers more effectively, especially in conditions with low visibility.
Source: Transportation Research Board (TRB)

The installation of RRFBs has been associated with a reduction in pedestrian crashes by as much as 47%, as outlined in several case studies and reports on traffic safety improvements, particularly in areas with high pedestrian traffic or dangerous crossings.
Source: National Association of City Transportation Officials (NACTO)

If you’re ready to enhance traffic safety and reduce pedestrian accidents, get in touch with us to learn more about how Encom’s RRFB system can work for your community. We offer personalized demos, system planning, and support for all your traffic safety needs.