Where is this study & why is it needed?

This study focuses on North Broadway (US 27) between Main Street and Kingston Road—a state-maintained corridor. The area is mostly residential and shifts from rural to downtown, with many pedestrians and transit users. Over the past five years, North Broadway has averaged one fatal and four serious injury crashes annually. About half of the fatal crashes and

nearly a third of serious injuries involved pedestrians or bicyclists, who are more vulnerable due to limited protection. The goal is to improve safety and accessibility for everyone using a Complete Streets approach. The study includes identifying short- and long-term safety upgrades and adding infrastructure to support walking, biking, and public transit.

What is a Complete Street?

Complete streets are designed with the safety and comfort of everyone in mind —whether they’re walking, biking, driving, or taking transit. The way a complete street looks and functions can change depending on the surrounding area, who is using the street, how they travel, and how the street fits into the overall transportation network.

Want to learn more? Explore the KYTC Complete Street Manual.

Study Area
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Fatal and Serious Injury Prevention

Speed and Conflict Points

What causes fatal and serious injury crashes?

Speed and crash severity are directly related. The higher the speed, the increased probability of injury or fatality in both car and non-car users. The below graphic shows the risk of death for a pedestrian or bicyclist when hit by a vehicle at different speeds. Pedestrians and bicyclists have little defense in vehicular crashes that is why they are Vulnerable Road Users.

Car Speeds and Risk of Death

Speed influences crash severity on vehicular crashes also. The below graphic shows the risk of a fatal crash for other vehicular crash types.

Fatality Risk
What is a conflict point?

Conflict points are the points where two vehicles or a vehicle and a pedestrian or cyclist can potentially collide with each other. These are typically at a road intersection or crosswalk.

Conflict Points
Do certain types of conflict points increase fatalities and serious injuries?

Crossing conflicts have a higher probability of fatal and serious injuries. Eliminating conflicts of any type and/or changing the conflicts to merge or diverge movements helps in reducing crash severity.

Crash History

Fatal and serious injury crashes occur consistently over the past five years along the corridor with an average of one fatal and four serious injury crashes each year. These crashes, especially of the higher severity are not just vehicular focused – as half of the fatal crashes (3) are pedestrian crashes and approximately 30% (6) of the serious injury crashes are pedestrian or bicyclist crashes. The severity breakdown for pedestrian and bicyclist crashes is higher due to the lack of protection for these users when be struck by a vehicle.

One fatal injury, a pedestrian struck by a vehicle, has occurred on this corridor this year (2025).

Crash Severity by year

Approximately 35% of the roadway segments and 52% of the intersections have positive Excess Expected Crash (EEC) values. This means that based on their historical safety performance they are predicted to experience more crashes in the future than other facilities with similar geometric and operational characteristics.

SAFERoad Solutions

KYTC SAFERoad Solutions is a design strategy toolkit that is used to improve safety on roadways. The following design strategies will be evaluated for North Broadway:

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How Can We Make North Broadway Safer?

Various design considerations / potential strategies will be considered to address the safety and function issues for all users along North Broadway. The following highlights some potential considerations that could be further studied for North Broadway.
  • Potential Pedestrian & Bike Design Considerations

    • Sidewalks
    • Crosswalks and mid-block crossings
    • Bicycle or shared lanes
    • Pedestrian refuges or bump outs/curb extensions
    • Parallel corridors enhancements
  • Potential Transit Design Considerations

    • Bus pullouts
    • Bus priority lanes
    • Shelter accommodations
    • Frequency
    • Park and ride
  • Potential Vehicle Design Considerations

    • Roadway lane reconfiguration
    • Access management (limiting turning movements on and off roadway)
    • Roundabout intersections
    • Traffic calming
    • On-street parking
    • Land use
    • Park and ride
    • Reduce car trips
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Tell Us!

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