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Pedestrian Safety Guide for Transit Agencies

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Chapter 3: Actions to Increase the Safety of Pedestrians Accessing Transit

There are a variety of actions that can be implemented by transit agencies and their partner organizations to improve safety for pedestrians traveling to transit. These actions include engineering (physical infrastructure), education, and enforcement efforts. The most successful strategies often involve a combination of these treatments.

Good pedestrian design should account for the needs of all potential users, including those with physical or mental limitations.

A. Engineering Actions

A wide sidewalk in the photo above has been provided to allow pedestrians to access this bus stop.The design of paths, sidewalks, and transit stops contribute to a passenger's experience and perception of safety on the transit system. Well-connected sidewalks should be installed in all areas with regular transit service so that transit patrons will not be forced to walk in the street while traveling to or from a stop or station. In addition, roadway crossings should be made safer with an appropriate combination of facilities, such as marked crosswalks, median crossing islands, warning signs, and pedestrian signals.

Good pedestrian design should account for the needs of all potential users, including those with physical or mental limitations. When applied appropriately, this design concept known as "universal design" ensures the built environment is usable and can be shared by all people, thus eliminating the need for specialized design. The Americans with Disabilities Act Accessibility Guidelines (ADAAG)35 describes the minimum designs for providing accessibility for all pedestrians. However, the ADAAG is just the starting point for ensuring that universal design is applied. The following resources describe some best practices for accommodating all pedestrians:

1. Sidewalk Design

Creating safer places for pedestrians to travel along roadways can encourage more people to use transit systems. It is critical to ensure that sidewalks and other pedestrian pathways have appropriate width, surface, separation from motor vehicle traffic, lighting, and signage along roadways.

TCRP Report 125, Guidebook for Mitigating Fixed-Route Bus and Pedestrian Collisions.
This guidebook was developed to provide guidance to transit agencies on preventing collisions between buses and pedestrians and reducing the severity of collisions that do occur. Factors contributing to crashes are explained to improve understanding of how and why crashes occur. Strategies discussed for mitigating the collisions include traffic engineering improvements, driver training, and public education and outreach.


This sidewalk is not wide enough for all three children to walk side-by-side.Sidewalks should be wide enough to accommodate the expected levels of pedestrian traffic. Narrow sidewalks that cannot accommodate the volume of foot traffic may encourage pedestrians to walk in the roadway or take alternate routes, increasing the potential for conflict with motor vehicles. It is desirable to provide a sidewalk clear width (i.e., lateral space available for pedestrian travel for the length of a corridor) at least wide enough to accommodate two people walking side-by-side.36 ADA guidelines specify a minimum clear width of 5 feet to accommodate users in wheelchairs.37 In areas with high pedestrian volumes (often areas near transit stops and stations) sidewalks may need to be wider to accommodate pedestrians. Street furniture (e.g. pay phones, trash cans, newspaper racks, etc.), utilities, and street trees present obstacles to pedestrians, and reduce the sidewalk clear width. Obstacles should be placed outside of the normal pedestrian travel path ideally in the buffer zone (i.e., between the street and the sidewalk) to ensure direct pedestrian paths are provided.


The full clear width of a sidewalk should be paved with a smooth, stable and slip-resistant material to accommodate wheelchairs, bicycles, and strollers. The sidewalk should be clear of obstructions, including overhanging branches, utility poles, and signs.

Left: Sidewalks should be smooth, stable, slip-resistant and free from obstructions to allow all pedestrians (including people with disabilities) to access transit safely. Notice the obstacle presented by the overhanging branches., Right: Sidewalks with surface defects, such as gaps, cracks, joints, or heaved pavement can be a hazard to pedestrians accessing transit, especially those with disabilities.


For the safety and comfort of pedestrians, it is often desirable to provide a buffer area between the sidewalk and roadway (i.e., sidewalks should not be located against the curb, directly adjacent to the lanes of moving traffic). Some form of buffer should be included to protect pedestrians from noise, wind, and vehicle splash caused by passing vehicles and errant vehicles. Landscaping, such as a simple grass strip, shrubs, and/or trees can be used. A tree-lined buffer has the added benefit of improving roadway aesthetics, providing shade, and improving pedestrians' perceptions of safety with respect to motor vehicle traffic.38, 39 On-street parking can also serve as a buffer between moving vehicles and pedestrians while simultaneously slowing vehicular traffic.

Left: Buffer space between the sidewalk and moving vehicles makes pedestrians feel safer. Trees and other objects in the buffer further enhance pedestrian comfort., Right: The pedestrian on this sidewalk is in a potentially dangerous situation, walking very close to vehicles in the outside travel lane.

Additional Considerations

There are several other amenities which should be considered when designing sidewalks including:

Example Pedestrian Facility Design Resources

ADA Accessibility Guidelines for Buildings and Facilities. United States Access Board, 2002. http://www.access-board.gov/adaag/html/adaag.htm.

AASHTO Guide for the Planning, Design, and Operation of Pedestrian Facilities. American Association of State Highway and Transportation Officials, 2004.

Pedestrian and Transit-Friendly Design: A Primer for Smart Growth. R. Ewing for Smart Growth Network in Florida, 1999. http://www.epa.gov/smartgrowth/pdf/ptfd_primer.pdf.

Designing Sidewalks and Trails for Access, Part I of II: Review of Existing Guidelines and Practices. US Department of Transportation, Federal Highway Administration, 1999. http://www.fhwa.dot.gov/environment/bikeped/access-1.htm.

Accessible Rights-of-Way: A Design Guide. United States Access Board, 1999. http://www.access-board.gov/prowac/guide/PROWGuide.htm.

PEDSAFE: Pedestrian Safety Guide and Countermeasure Selection System. U.S. Department of Transportation, Federal Highway Administration, Authors: D.L. Harkey and C.V. Zegeer, September 2004. http://www.walkinginfo.org/pedsafe/.

Pedestrian Facilities Planning and Design Handbook. Florida Department of Transportation, 1999. http://www.dot.state.fl.us/safety/ped_bike/ped_bike_standards.htm#Florida%20Ped%20Handbook.

Alternative Treatments for At-Grade Pedestrian Crossings. Nazir, Lalani for Institute of Transportation Engineers, September 2001.

2. Roadway Crossings

It is often necessary for pedestrians to cross roadways when traveling to and from transit stops and these crossings should be made as safe as possible. Marked crosswalks are commonly used to identify preferred locations for pedestrian crossings. However, in many cases, particularly on multi-lane roads with high speeds and traffic volumes, marked crosswalks alone are not sufficient to assure pedestrian safety. FHWA guidelines state, "In most cases, marked crosswalks are best used in combination with other treatments (e.g., curb extensions, raised crossing islands, traffic signals, roadway narrowing, enhanced overhead lighting, traffic calming measures etc.)."40 Therefore, combinations of the following types of safety treatments are described below and are recommended to improve crossings near transit:

Detailed engineering analysis will help to determine the appropriate combination of treatments for a pedestrian crossing.41 These infrastructure improvements, when implemented with education and enforcement programs, can make crossings safer and more convenient for transit customers and can help reduce pedestrian crashes.

Pedestrians crossing the street to reach the bus stop circled in the photograph above will be hidden by the crest of the vertical curve.One critical aspect of pedestrian crossing safety is the sight distance between pedestrians and drivers approaching a crossing. Adequate sight distance should be provided for drivers to see pedestrians entering a crosswalk and stop their vehicles. Sight distance can be limited by hills, curves, buildings, parked cars, landscaping, trees, and other objects. At roadside transit stops, poorly-placed shelters or non-transparent shelters can limit the ability of drivers to see pedestrians at or near the stop. In addition, transit vehicles servicing passengers at stops can block the sight lines between pedestrians crossing the roadway and other approaching drivers. Crossings placed near bus stops in low-density and rural areas may be of particular concern because minimum geometric standards may not be consistently met or maintained and pedestrians arrive less frequently, meaning motorists may be less likely to expect them. Many of the roadway crossing treatments presented in this section can help address these sight distance issues.

Marked Crosswalks

Legally, crosswalks exist where two streets intersect whether or not they are denoted with markings.42 Crosswalk markings can be used to indicate preferred crossing areas for pedestrians and to help make drivers more aware of pedestrians crossing the roadway.

Marked crosswalks are most commonly denoted by standard crosswalks (two parallel lines) or high-visibility crosswalks (thick white bars parallel to the direction of travel, both "continental" and "ladder" style crosswalks). Other crosswalk treatments include different striping patterns, stamped asphalt or pavers, or raised pavement surfaces (raised crosswalks). It is critical that drivers approaching a crosswalk can easily see the crosswalk treatment. High-visibility crosswalks (see photos below) are the most visible to drivers.

Left: High-visibility crosswalks have thick markings that are easy for approaching drivers to see. Pictured is a ladder type crosswalk marking., Right: High-visibility crosswalks can be supplemented by 'in-roadway pedestrian crossing signs' that remind drivers of state laws requiring them to yield or stop for pedestrians in the crosswalk. Pictured is a ladder type crosswalk marking, with an in-roadway pedestrian crossing sign.

Accessible curb ramps should be provided at both ends of marked crosswalks wherever the roadway crossing is at a different level than the adjacent sidewalk. All curb ramps should meet the requirements of the ADAAG.

This roadway was modified from a four-lane, undivided roadway to two through lanes with a center turn lane and bicycle lanes. This change provided space to construct median islands and increase the safety of midblock crossings (left photo). The median island near this transit stop includes an angled cut-through for pedestrians. This feature encourages pedestrians to face to the right and look for oncoming traffic before crossing (right image).

These pictures show a location where a median crossing island was installed to improve the safety of pedestrians accessing a well-used bus stop on a busy, high-speed roadway. The photo on the left was taken before and the photo on the right was taken after the improvement was made.

Median Islands
Median islands (or pedestrian crossing islands) allow pedestrians to cross one direction of motor vehicle traffic at a time. Studies show that islands can reduce up to 40 percent of pedestrian crashes on certain types of roadways.43 On particularly long crossings, the islands can provide pedestrians with a place of refuge to pause and rest. This is especially important for slow-moving pedestrians who require longer gaps to cross at unsignalized crossings or who may not be able to fully cross the street in the time provided at a signalized intersection. A minimum median width of six feet should be provided in order for the median to be used as a pedestrian refuge.

Curb Extensions
Curb extensions (or curb bulb-outs) can be used on roadways with on-street parking to shorten pedestrian crossing distances and increase the visibility of pedestrians at roadway crossings. By narrowing the curb-to-curb width of a roadway, curb extensions may also help reduce motor vehicle speeds and improve pedestrian safety. Curb extensions at bus stop locations can help preserve on-street parking because fewer parking spaces need to be removed in order for buses to pull to the curb. They may also improve transit operations by enabling a bus to pull to the curb more easily and board and alight passengers more quickly. Locating bus stops on curb extensions may have the additional benefit of providing increased clear-width on sidewalks by locating the shelter out of the pedestrian travel way.

Reducing Curb Radii
Wide curb radii allow motorists to make high-speed turning movements. Reducing the curb radii at the corners of an intersection can help reduce the speed of turning vehicles, improve sight distance between pedestrians and motorists, and shorten the crossing distance for pedestrians. It is important to evaluate surrounding land uses and the traffic composition on the roadway (types of vehicles) when considering this treatment. If a curb radius is too small, trucks and buses may have to drive on the curb to turn, which can endanger pedestrians. An engineering study should be conducted to determine the impacts of this treatment on all types of vehicles, including transit, motor vehicles, bicycles, and pedestrians.

Narrowing and Removing Motor Vehicle Travel Lanes
Pedestrian safety and access near transit stations can be improved by narrowing or removing existing roadway travel lanes. Narrowing travel lanes can provide more space for sidewalks, shoulders, buffers, and bicycle lanes and may reduce motor vehicle speeds on some roadways. Removing travel lanes can be accomplished by eliminating through-travel lanes or replacing a center-turn lane with raised median islands or a median strip. Both treatments can reduce pedestrian crossing distances and exposure of pedestrians to vehicular traffic.

Removing travel lanes often requires tradeoffs between travel modes within a roadway corridor. For example, reducing a road from four lanes to two lanes will impact the vehicle carrying capacity of the roadway. Engineering analyses should be conducted to evaluate the impact of removing travel lanes on all modes, including transit, automobiles, bicycles, and pedestrians and on parallel streets.

Pedestrian Warning Signs
High-visibility pedestrian warning signs can increase driver awareness of pedestrians, especially in areas where pedestrians may not be expected. A fluorescent yellow-green color (W11-2 Pedestrian Crossing Sign) is approved in the national Manual on Uniform Traffic Control Devices (MUTCD) and should be used for pedestrian warning signs (MUTCD Section 2C.41). According to the MUTCD, these signs "should only be used at locations where the crossing activity is unexpected or at locations where street crossings are not readily apparent." These signs are typically most effective when combined with other treatments. Signs should be used judiciously—too many signs can cause visual clutter and lead to non-compliance.

Fluorescent yellow-green pedestrian warning signs can increase driver awareness of pedestrians crossing the road near transit stops (left photo). This pedestrian warning sign has been placed at a crosswalk that many pedestrians use to access a bus stop (right photo).

'In-roadway pedestrian crossing signs' can increase the percentage of drivers who yield to pedestrians in crosswalks."In-roadway pedestrian crossing signs" are bright yellow signs placed in the middle of the road at marked crosswalks. These signs are included in Section 2B.12 of the MUTCD. The signs are designed to remind drivers of their responsibility to yield to pedestrians in the crosswalk by stating, "STATE LAW—YIELD TO/STOP FOR PEDESTRIANS IN CROSSWALK." They should not be used at signalized intersections (MUTCD Section 2B.12).

Pedestrian Signals
Pedestrian signals should be provided at signalized intersections near transit stops. These signals alert pedestrians to the appropriate time to cross during the traffic signal cycle. It is important to time the traffic signal so that pedestrians of all abilities have enough time to complete crossing the street before opposing traffic is allowed to proceed. Where possible, a median refuge area at least six feet wide should be provided for pedestrians who fail to complete the crossing during the pedestrian phase.

Since most intersections near transit stops and stations are used frequently by pedestrians, traffic signals should always provide adequate crossing time for pedestrians. Pedestrian countdown signals (left photo) show the amount of time pedestrians have to complete crossing the roadway. Pedestrian push-buttons (right photo) should be installed at locations with pedestrianactivated signals.Pedestrian countdown signal heads are beneficial at intersections with high pedestrian crossing volumes and/or long crossing distances. Countdown signal heads indicate the number of seconds remaining for pedestrians to complete crossing the street before opposing traffic is allowed to proceed.

Signal phasing should balance the available crossing time with the wait time between pedestrian crossing phases. Long wait times may increase the prevalence of pedestrians crossing against the traffic signal. Pedestrian signals can also be combined with traffic signals that restrict vehicles from making turning movements that could impair pedestrian safety. Standards and guidance for pedestrian signal timing are included in the MUTCD (Section 4E.10).

At busy midblock pedestrian crossings, pedestrian-activated traffic signals should be considered for regulating vehicular traffic. Extensive guidance and standards for pedestrian signal warrants are provided in the MUTCD (Section 4C).

Accessible pedestrian signals (APS) provide audible and tactile indications of the walk interval from a pushbutton. These may be used at signalized intersections to help people with visual disabilities cross safely. Standards and guidance on APS are included in the MUTCD (Sections 4E.06 and 4E.09) and the Draft Public Rights-of-Way Accessibility Guidelines (Sections R208 and R306).

Grade Separated Crossings
Pedestrian overpasses (bridges) and underpasses (tunnels) allow pedestrians and bicyclists to cross streets while avoiding potential conflicts with vehicles. Because they are expensive to construct, grade separated crossings should be reserved for locations where there is high demand for crossings by pedestrians, bicycles and individuals with physical disabilities and the hazards of crossing the roadway are high. Ideally, overpasses and underpasses should take advantage of the topography of a site—grade separations are less expensive to construct and more likely to be used if they can help pedestrians avoid going up and down slopes, ramps, and steps.

Grade separated crossings should be located conveniently so that pedestrians are not forced to go out of their way to use them. When a long detour is necessary, pedestrians and bicyclists will often choose to cross at-grade regardless of the safety conditions on the street. The overpass or underpass should provide adequate width (for users to pass each other comfortably), lighting, and surveillance to increase pedestrians' perceptions of security and comfort.

This grade-separated crossing over a freeway allows pedestrians to cross from their neighborhood to a nearby transit station (left photo). Multiple safety treatments are used at this pedestrian at-grade railroad crossing, including fencing, and warning signs (right photo).

More information about specific treatments for at-grade rail crossing can be found in the Federal Railroad Administration's Compilation of Pedestrian Safety Devices In Use at Grade Crossings. http://www.fra.dot.gov/us/content/1953

3. Pedestrian Crossings of Rail Systems

In some areas, pedestrians may need to cross railroad or light rail tracks to access a transit station or stop. The design of these crossings is critical, as pedestrian/train collisions typically result in severe or fatal injuries. While most current standards and requirements for railroad at-grade warning systems are tailored to motor vehicle traffic, the Federal Highway Administration's Railroad-Highway Grade Crossing Handbook44 provides guidance about pedestrian crossings. Additional guidance is provided by the MUTCD (see Part 8 and Part 10),45 American Railway Engineering and Maintenance of Way Association (AREMA) Signal Manual (see Volume 1, Section 3),46 and Code of Federal Regulations 49 (see Part 234).47 Different standards apply to at-grade crossings of light rail tracks which often have no gates or warning devices.

Railroads shall provide a minimum of 20 seconds of warning time, with the active devices (bells, flashing lights, barricades, etc.) fully deployed five seconds before the arrival of a transit vehicle.45 This gives a pedestrian a minimum of 15 seconds to complete crossing the tracks. Longer crossings may necessitate additional warning time built into the train detection system. In addition to time, the type of surface material used at the rail crossing must be designed in accordance with the ADAAG.

At-grade crossings with multiple tracks can present additional dangers to pedestrians who may assume that a warning has been deployed for a train that is currently stopped on one of the tracks when in reality, a second train is also coming on another track. Separate warnings may be necessary for these locations to help alert pedestrians of the full extent of the danger of the at-grade rail crossing.

These pedestrian crossings illustrate many of the safety treatments that can be used at at-grade railroad crossings including: gates, warning stripes on the walkway, pedestrian walk signal similar to those used on roadways (left photo), flashing lights, warning signs and fencing (right photo). The pedestrian walkways are clearly marked and provide stable surfaces.

Safety treatments that can be used at rail locations include:

When considering what, if any, pedestrian warning is to be deployed, a thorough review of the environment around the crossing is recommended. This includes evaluating the frequency of rail service and number of tracks that are present. It is also important that the assessment include land uses and frequently-used pedestrian pathways in the vicinity of the railroad track. Railroads near schools, playgrounds, hospitals, retail centers, and other major pedestrian generators may have a much greater need for safety treatments than a railroad track in a rural setting.

A shared use path runs parallel to the Los Angeles MTA Orange Line exclusive busway (left photo). While this is not a rail corridor, buses pass this location every two to three minutes during peak travel periods. A signalized crossing has been provided across the busway to allow pedestrians, bicyclists, and other users to access the path safely. The crossing includes signals and warning signs for buses, a high visibility crosswalk, pedestrian signals, and a fence to direct pedestrians to the preferred crossing location (right photo).

4. Bicycle Considerations

Roadways and pathways should be designed to facilitate safe interactions between bicycles and cars, trucks, transit vehicles, and pedestrians. In all areas with expected bicycle traffic, bicycle-specific facilities (e.g., on-street bicycle lanes, climbing lanes, or shared lane pavement markings) should be installed. Any off-street facilities provided for both pedestrians and bicyclists should provide a safe area for bicyclists but not impede or endanger pedestrians. The AASHTO Guide for the Development of Bicycle Facilities48 should be followed during planning, design, and construction projects to ensure that appropriate bicycle facilities are provided.

Well-designed bicycle lanes can increase the safety and comfort of bicyclists. These designated lanes can also help increase the predictability of bicycle movements on roadways with transit service (left photo). Shared-use pathways provide space for non-motorized users that is separated from the roadway system. Safety is critical when pathways have high volumes of mixed pedestrian and bicycle traffic. This often occurs when pathways are near transit stations. Widening trails and/or designating separate areas for pedestrians and bicyclists can help increase user safety (right photo).

5. Transit Vehicle Design

Safety innovations, such as the strobe lights shown above the destination display on this WMATA bus, can increase the visibility of buses and improve the safety of pedestrians as they access transit.The design of transit vehicles can increase the safety of passengers and reduce the risk of collisions with pedestrians. Examples of transit vehicle technologies that can improve safety include:49

6. Transit Stop Location and Design

The location and design of transit stops can significantly impact the safety and comfort of pedestrians accessing transit services. This section describes several considerations that are important to the location and design features of bus stops.

Bus Stop Location
Bus stop location can impact the convenience and safety of pedestrians accessing transit. The site of a bus stop should be selected considering a number of factors, including:

Bus stops should be provided in locations with the safest and most convenient pedestrian access possible.

Bus stops should be provided in locations with the safest and most convenient pedestrian access possible. In some areas, the best bus stop location may be on private property (e.g., in a shopping mall parking lot) which may require a formal agreement between the transit agency and the property owner. Pierce Transit in Takoma, Washington has developed a sample agreement for private road bus stop placement.51, 52

Flag Stops
In rural areas with low volumes of transit riders, flag stops are often implemented instead of standard bus stops. This system allows passengers to wait along the side of the road at a convenient location that may not necessarily be a designated bus stop. When the bus encounters a passenger waiting alongside the road, the bus driver can use their professional judgment to determine whether it is safe enough to stop at that location. Transit agencies using flag stops should develop specific policies for drivers and passengers to use for determining when and where it is safe to pick-up or discharge passengers.

Transit stop infrastructure is not required for this system, so it is cheaper to implement than the standard system of bus stops used in most urban areas. Because no landing pads, sidewalks or other pedestrian facilities are provided, it is important that pedestrians, drivers and transit operators receive training on safety procedures for using flag stops.

Near-side and Far-side Bus Stops at Intersections
At intersections, bus stops can be located either on the near-side or the far-side of the intersection, depending on many factors. Far-side bus stops have the safety benefit of encouraging pedestrians to cross the roadway at the intersection behind the bus. This increases the visibility of pedestrians to drivers traveling through or turning at the intersection. In contrast, pedestrians crossing an intersection in front of a near-side bus stop are not as visible to drivers approaching the intersection from behind the bus. They may also risk being hit by the bus itself. The sight lines between pedestrians and approaching vehicles are blocked by the stopped bus. There is also increased potential for conflict between pedestrians crossing in front of a bus as pedestrians may not be clearly visible to a bus driver pulling out of the stop.

Transit stops can also be located at midblock locations. Midblock stops can reduce the distance pedestrians need to travel to reach destinations in the middle of long blocks. However, midblock stops may encourage pedestrians to cross roadways at locations where there is no traffic control. Midblock stops should be designed carefully in order to ensure the safety of pedestrians using the bus. Transit agencies should coordinate with the agency or jurisdiction responsible for the roadway to pursue the installation of proper pedestrian crossing facilities and motorist warning devices before the stop is installed.

An excellent resource for determining bus stop locations is FDOT's Accessing Transit: Design Guidelines for Florida Bus Passenger Facilities (available online at: http://www.dot.state.fl.us/transit/Pages/AccessingTransitHandbookLow.pdf). This document includes boarding thresholds for providing facilities at bus stops and flowcharts to help transit planners determine the appropriate bus stop type and location. It also includes a chart displaying advantages and disadvantages of near-side, far-side and midblock bus stop locations (see previous page).

Bus Stop Locations
Advantages and Disadvantages of Location Relative to Street Intersections
Near-Side Far-Side Mid-Block
Advantages Disadvantages Advantages Disadvantages Advantages Disadvantages
Minimizes interfaces when traffic is heavy on the far side of the intersection

Passengers access buses closer to sidewalk

Intersection available to assist in pulling away from curb.

No double stopping. Buses can service passengers while stopped at a red light

Provides driver with opportunity to look for oncoming traffic including other buses with potential passengers

Conflicts with right turning vehicles are increased.

Stopped buses may obscure curbside traffic control devices and crossing pedestrians.

Sight distance is obscured for cross vehicles stopped to the right of the bus.

The through lane may be blocked during peak periods by queuing buses.

Increases sight distance problems for crossing pedestrians.

Pedestrians may cross the street in front of the bus, unseen by traffic in the left lane.

Minimizes conflicts between right turning vehicles and buses.

Provides additional right turn capacity by making curb lane available for traffic.

Minimizes sight distance problems on approaches to intersection.

Encourages pedestrians to cross behind the bus.

Requires shorter deceleration distances for buses.

Gaps in traffic flow are created for buses re-entering the flow of traffic at signalized intersections.

Intersections may be blocked during peak periods by queuing buses.

Sight distance may be obscured for crossing vehicles.

Increases sight distance problems for crossing pedestrians.

Stopping far-side after stopping for a red light interferes with bus operations and all traffic in general.

May increase number of rear-end accidents since drivers do not expect buses to stop again after stopping at a red light.

Minimizes sight distance problems for vehicles and pedestrians.

Passenger waiting areas experience loss pedestrian congestion.

Passengers access buses closest to crosswalk.

Requires additional distance for no parking restrictions.

Encourages patrons to cross street at mid-block.

Increases walking distance for patrons crossing at intersections.

This chart lists some of the advantages and disadvantages of near-side, farside, and mid-block bus stop locations. Source: Accessing Transit. Florida Department of Transportation, March 2004.


For Further Information- Bus Stop Location and Design Resources
ADA Accessibility Guidelines for Buildings and Facilities. United States Access Board, 2002. http://www.access-board.gov/adaag/html/adaag.htm.

Accessing Transit: Design guidelines for Florida Bus Passenger Facilities. Florida
Department of Transportation and Florida State University, Tallahassee, Florida, 2004. http://www.dot.state.fl.us/Transit/Pages/AccessingTransitHandbookLow.pdf.

Maryland Transit Guidelines. Maryland Transit Administration, 2002.

PEDSAFE: Pedestrian Safety Guide and Countermeasure Selection System. US Department of Transportation, Federal Highway Administration, Authors: D.L. Harkey and C.V. Zegeer, September 2004. http://www.walkinginfo.org/pedsafe/.

Project ACTION: Toolkit for the Assessment of Bus Stop Accessibility and Safety. Easter Seals, 2006. http://projectaction.easterseals.com/site/PageServer?pagename=ESPA_BusStopToolkit.

Planning and Design for Transit Handbook. Tri-County Metropolitan Transportation
District of Oregon, Portland, Oregon, 1996.

This bus stop includes an attractive pole with route and schedule information. It also includes a shelter, bench, trash can, bicycle rack, and has excellent access to the local sidewalk network.Bus Stop Design
Bus stop design is more than just putting up a sign or a shelter. Many features and amenities are available to improve a passenger's experience by creating a pleasant and safe environment to wait. Transit stops should be designed to make boarding and alighting easy and safe for passengers of all abilities. This section addresses issues that should be considered by transit agencies in order to improve the function and design transit stops. All bus stop designs must follow the ADAAG.53

Loading Zone
There are a number of options for the configuration of on-street loading zone areas. The most common configuration is the location of stops at the curbside, (typically) adjacent to a sidewalk. Bus stops can also be located at curb extensions. Locating stops at curb extensions allows transit passengers to wait in the extension area, out of the main pedestrian flow on the sidewalk. Another option is for buses to stop in bus bays, out of the flow of traffic on the roadway. However, this may require the sidewalk to curve around the bus bay, reducing the buffer area between vehicles and pedestrians, and providing less space for signs, benches, shelters, and other amenities. Additional characteristics of bus loading zone configurations, including advantages and disadvantages, have been identified by the Transit Authority of River City (see table) in Louisville, Kentucky.54

Sidewalk Bus Loading Zone Considerations
Source: TARC Transit Standards Manual
1) Type of Loading and Unloading Zone Advantages Disadvantages use when:
Curbside Stop: either Near-side, Far-side, or Mid-block
Diagram: Curbside Stop: either Near-side, Far-side, or Mid-block
Provides easy access for bus drivers and minimal delay for bus; Simple in design, easy to install and relocate; Most common type of stop; No parking zone will require loss of on-street parking. Traffic can back up behind the bus; Auto drivers may make unsafe movements to avoid being caught behind the bus; No parking zone will require loss of on-street parking Most common type of stop; See following page for more detail.
Diagram: Nub
Removes fewer parking spaces; Improves pedestrians movements at the intersections; Provides additional sidewalk area for pedestrians; results in minimal delay for the bus For existing development, there would be some construction cost; Traffic can back up behind the bus; Auto drivers may make unsafe movements to avoid being caught behind the bus There is adequate space in the right of way and sidewalk can be altered; Nub design also works well for pedestrian crossings at the corner.
Bus Bay: with acceleration and deceleration lane
Diagram: Bus Bay: with acceleration and deceleration lane
Passengers get on and off the bus away from the travel lane; Minimizes delay to through traffic Bus drivers may have problems merging back into traffic; For existing development; there would be some construction cost; Alters the street and sidewalk. There is no on-street parking; There is high volume of traffic; Street traffic speeds are 40mph; Traffic exceeds 250 vehicles during the peak hour; Bus needs layover time at end of route.
Open Bus Bay
Diagram: Open Bus Bay
Has same advantages as Bus Bay, PLUS
Allows bus to decelerate as it moves through the intersection
Bus drivers may have problems merging back into traffic; For existing development, there would be some construction costs; Alters the street and sidewalk There is no on-street parking
Queue Lumper Bus Bay
Diagram: Queue Lumper Bus Bay
Has same advantages of Bus Bay and Open Bus Bay, PLUS Allows bus to bypass traffic queues at a signal May cause delays to right-turning vehicles; For existing development, there would be some construction cost; Alters the street and sidewalk There is no on-street parking; There is a high volume of traffic; Street traffic speeds are 40 mph; Traffic exceeds 250 vehicles during the peak hour; Bus needs layover time at end of route.

Larger View of Sidewalk Bus Loading Zone Considerations table

A level landing pad has been provided at this bus stop.Landing Pad
ADA guidelines (10.2.1) require a landing pad to be located at all bus stops to allow pedestrians to enter and exit the bus safely without entering the street. This landing pad must have a firm, stable surface that is free of obstructions. It must have a minimum length of eight feet (from the curb or roadway edge) and a minimum width of five feet (in the direction parallel to the roadway).53 It must also be connected to the adjacent sidewalk network. In addition to satisfying ADA guidelines, properly designed landing pads create a safe place for pedestrians to wait away from grass, mud, and traffic.

This bus stop includes a range of passenger amenities including bus stop signage, pedestrian scale lighting, a shelter and landscaping elements.Shelters and Other Pedestrian Waiting Facilities
A pleasant waiting area can improve a passenger's experience and increase transit usage. A wide range of passenger amenities can be installed at transit stops including shelters, seating and trash cans. Amenities at each stop should be selected based on the volume and needs of the pedestrians in the area. Seating and shelters are most often installed at stops with high volumes. Seating is also important at stops near hospitals and senior centers where passengers are less able to walk or stand for long periods of time. Other amenities can be installed as needed, and many transit agencies determine the appropriate amenities to install at a particular stop based on the number of passenger boardings.55 For example, the Greater Cleveland Regional Transit Authority recommends that in an urban area, only stops that have over 50 daily boardings should be provided with shelters.56

Shelters can potentially cause safety problems if not properly designed. Well-designed shelters should have the following characteristics:

This real-time information sign counts down the time until the arrival of the next bus on Los Angeles' Metro Rapid system.Identification and Wayfinding Signs
Signage can be useful for pedestrians accessing transit stops and stations by clearly identifying routes and destinations. Pedestrians who know where they are going are less likely to be distracted and better able to focus on their personal safety while walking. Two common types of signs are identification (i.e., bus stop and transit stop sign posts) and wayfinding (i.e., maps and direction) signs. Identification signs should be provided at all stops and stations and they should be recognizable signs that are visible to both pedestrians and transit drivers.57 These identification signs may also provide schedules and other information about the transit routes that serve the particular stop or station. At stations with high passenger volumes, it may be appropriate to provide signs that display real-time information about bus/train arrival times.

Wayfinding signs are important for providing pedestrians with directions to local destinations and information about points of interest in the area. Both maps and signposts can provide wayfinding information. A transit agency may coordinate with local jurisdictions on the design, content, and installation of wayfinding signs that serve a certain area, such as directional signage in a historic district.

It is recommended that signage be available and accessible to all potential passengers including those with visual impairments (through the use of audio or tactile signage) and those who cannot read English (through the use of pictograms, graphics and text in other languages).

Security at Transit Stops
Pedestrian security is a major concern at all stops and stations. If passengers do not feel safe at transit stops, they will be much less likely to use transit. Several methods have been used to improve the security of transit stops and stations, including providing:

All of the elements of bus stop design that have been discussed in this section should have routine maintenance to ensure continued functionality and safety of pedestrians. This includes updating maps, emptying trash cans and picking up litter, removing ice and snow, trimming landscaping, cleaning glass walls, and repairing signs, benches, landing pads and shelters. Agencies should account for maintenance costs when planning bus stops and stations. In addition to performing maintenance internally, some transit agencies utilize adopt-a-stop or adopt-a-station58 programs or contract maintenance out to advertisers to ensure continued upkeep.

Case Study: Community Involvement in Transit Stop Design59
Greater Cleveland Regional Transit Authority, Cleveland, Ohio

Chagrin Blvd and Lee Road in Shaker Heights, Ohio before (left) and after (right) implementation of the Transit Waiting Environments program. Improvements included: formal and informal seating, more visible crosswalks, wider sidewalks, ADA compliant curb ramps and removal of clutter.

The Greater Cleveland Regional Transit Authority (GCRTA) has recognized that transit stop design is a critical element of the transit riding experience. The 2004 project, Transit Waiting Environments, is a guidebook that encourages local communities to take a more active role in the design of their local transit stops. The guidebook discusses many aspects of stop and station design including the location of stops, stop identification, signage, stop amenities and conveniences and development patterns around transit stops.60 A hierarchy of stop designs was developed to help determine which amenities should be provided at each stop.

The book was distributed to local government planning agencies and community groups throughout the GCRTA service area. Individual communities have been encouraged to use the principles and ideas presented in the book and adapt them to fit their context. The City of Shaker Heights has already implemented the program at one of its busiest stops by improving sidewalks and street crossings and adding seating elements as shown in the photos above. As of 2007, GCRTA has contracted with a consultant to formally implement the Transit Waiting Environments project at stops throughout the service area.

Contact: Joyce Braverman, Director of Planning for Shaker Heights, joyce.braverman@shakeronline.com. and Maribeth Feke, GCRTA's Director of Planning and Programming, MFEKE@gcrta.org.

The project categorized each of the region's bus stops by activity level and determined the appropriate amenities for each category.

B. Education and Enforcement Actions

Poster for the youth-oriented transit safety education effort sponsored by TARTA.Transit agencies have a responsibility to educate the community regarding transit safety. Examples of agencies providing pedestrian safety information for their customers include:

Many agencies, such as the MTA in Los Angeles, California, have found a dramatic decrease in accidents as a result of community education efforts.66 Transit agency safety education efforts often focus on the following topics:

The 'THINK' campaign has been implemented in England to educate drivers and pedestrians about pedestrian safety

It is also important for transit agencies to coordinate with local transportation departments and other organizations that offer pedestrian safety education and materials that focus on reducing conflicts between pedestrians and all types of motor vehicles that use the roadway (e.g. USDOT, NHTSA, State DOTs). While pedestrian collisions with transit vehicles are an important safety issue to address, most pedestrian fatalities are a result of crashes with cars and light trucks.67 Transit agencies should be a partner in these education and safety awareness efforts because their customers often face conflicts with motor vehicles when traveling to transit stops and stations.

Case Study: StreetSmart Pedestrian Safety Campaign68
Washington, DC

Local governments around the Washington, DC, Metropolitan Area joined forces to implement the StreetSmart Campaign to improve bicycle and pedestrian safety in the region. The goal of this multi-year campaign is to increase awareness of bicycle and pedestrian safety issues thereby reducing the number of crashes and fatalities through enforcement and education. Enforcement of pedestrian-related traffic laws is increased for one month each spring, timed to coincide with a publicity blitz. The Washington Metropolitan Area Transit Authority (WMATA) has participated in these outreach activities. StreetSmart enforcement and education activities complement engineering projects (such as improved signalization and improving crosswalk visibility) completed throughout the year by local jurisdictions.

Enforcement activities during the 2005 Campaign included:

Educational and publicity elements included:

Enforcement activities conducted during the 2006 StreetSmart campaign targeted both drivers and pedestrians to elicit safer behavior.The StreetSmart Campaign has been well-received throughout the Metropolitan Area and has increased awareness of pedestrian and bicycle laws and safety issues. The combined approaches of education and enforcement have helped improve the behavior of both pedestrians and drivers and have led to some long-term improvements in safety, as shown by the following statistics:

In 2008 the program will be expanded to include a bi-annual campaign. In addition, WMATA will expand its role from participating only in outreach to become a full funding partner of the program.

More information is available at: http://www.mwcog.org/streetsmart/default.asp.


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