




Bicycling is a sustainable and affordable method of transport.
Bicycles require less to be spent on road infrastructure than heavier, larger vehicles. Owning a bicycle significantly improves the opportunities for education and employment of people on low incomes, particularly in rural areas of low income countries (Bicycle Empowerment Network, Bicycle reference manual for developing countries). In higher income countries cycling is an environmentally friendly and healthy activity.
However, cyclists are amongst the most vulnerable of all road users. In some countries where cycles are a primary mode of transport, cyclist death and injury can form a significant component of all casualties. The severity of cyclist crashes is often much higher than passenger or heavy vehicle crashes in similar situations, due to lack of physical protection.
The level of risk experienced by cyclists is related to the following contributory factors
• Interaction with larger vehicles (cars, trucks and buses)
• Road surface issues (such as roughness, potholes or debris on the road)
• Speed environment – both for cyclists and other vehicles
• Road design and traffic management
• Inadequate physical separation from traffic
• Other obstructions on the road.
The severity of cyclist crashes is strongly dependent on the speed of traffic. Research shows that the chances of a cyclist surviving an impact with a motorised vehicle reduces dramatically above 30 km/h, and even at lower speeds than this, serious harm can be caused, especially to elderly or child cyclists.
In many places brakes and a bell are required for a bicycle to be ridden on the road (WHO World report on road traffic injury prevention). Bells are useful to alert other road users to the presence of a bicycle, and can help avoid collisions with other non-motorised road users. Many also require that the bicycle has front and rear reflectors, and sometimes battery powered front and rear lights if the bicycle is to be ridden after dark (Bicycle Laws and Penalties – RTA Centre for Road Safety). Wearing a helmet is also often required (Treatments\Safe People\Helmet and Protective clothing ).
To reduce the risk of falls and collisions, bicycle riders should be encouraged and educated to
• Wear appropriate safety clothing and helmets
• Use designated cycle routes, tracks and lanes where available
• Keep tube tyres inflated to the pressure printed on the side of the tyre
• Ensure wheels are properly tightened to the frame of the bicycle and spokes are not broken
• Ensure that brakes are in good working order – this can be checked by applying the brakes while walking the bike
• Keep the chain oiled to slow down wear and reduce the likelihood of it breaking.
Well designed cyclist training courses with on-road components can also be effective (RoSPA road safety advice- Cycling).
In many developing countries, there are few skilled repairers, and repairs are rarely made with the correct spare parts (Bicycle reference manual for developing countries). Therefore, programs such as the Bicycle Empowerment Network, which imports recycled bicycles and also trains people to become bicycle repairers are of value.
Further information on bicycle safety can be found at the FHWA’s BIKESAFE website (BIKESAFE – The Bicycle Safety Guide and Countermeasure Selection System). This is an online resource providing practitioners with up-to-date information about how to improve the safety and mobility of cyclists within the
Case Studies related to Road Users
Related Case Studies | Project Leads | Description |
---|---|---|
Mumbai – Pune Expressway Road Accident Study | JP Research India (JPRI) | JP Research India (JPRI) undertook a detailed 12-month crash investigation study on Mumbai – Pune Expressway in India. During the 12-month study period, in-depth investigations 214 crashes on the 94km expressway were conducted in a scientific manner involving detailed examination of the crash scene, crash vehicles and the injuries sustained by the victims. The study revealed that 63% of crashes on the expressway involved trucks. Cars and trucks are the most affected road user types in the collisions. |
N-IV (CH. 558+500 – CH. 566+500, Seville) | Spanish National Government | The case study involves the upgrading of a remaining single carriageway section to dual carriageway. The SR4D carried out will improve the road safety rating substantially and the Star Ratings will be increased by at least two stars for car occupants and for bicyclists. Thus, the proposed countermeasures for the road section under design are considered very effective. |
National programme efficacy | International Road Assessment Programme (iRAP), EuroRAP | Sweden has been instrumental in introducing innovative protection on single carriageways with the concept of a 2+1 design with median protection. This case study describes the reduction in fatalities and serious injuries resulting from the implementation of 2+1 with wire rope barrier. |
National Road 51 | EuroRAP | This case study describes the potential benefits of implementation of 2 + 1 road with barrier on part of National Road 51 in Greece. |
NR-7 Road (Asprohoma) | EuroRAP | The case study shows how a traditional crash “before and after” study on part of a network may be informed and enriched by the use of complementary iRAP data. |
NR-7 Road (Asprohoma) | EuroRAP | The case study shows how a traditional crash “before and after” study on part of a network may be informed and enriched by the use of complementary iRAP data. |
Observing pedestrian-vehicle traffic conflicts in school zones to evaluate the effectiveness of road safety interventions and reduce injuries in Ghana, Vietnam, and Mexico, 2019-2021 | Amend, Asia Injury Prevention (AIP) Foundation, Center for Control and Disease Prevention (CDC), FIA Foundation, Institute for Transportation and Development Policy (ITDP) | Three non-governmental organizations in Ghana, Vietnam, and Mexico applied three Traffic Conflict Techniques (TCT) to collect pre- and post-intervention traffic conflict data. Results indicated a decrease in traffic conflicts between pre- and post-intervention data collection periods. As predicted from the pre- to post-intervention period, the safety of each site increased (as indicated by increased star ratings in Ghana and Mexico, and decreased risk score in Vietnam) while traffic conflicts decreased, illustrating the utility of the iRAP SR4S tool in complimenting TCTs to effectively assess the level of pedestrian risk on roads |
Pedestrian Refuges, Bicycle Lanes, Delineation and One-way Road | This case study describes the upgrades which were implemented on Railway Parade Road in Sydney, Australia. Treatments such as pedestrian crossing facilities, intersection improvements, road delineation, on-road bicycle lane etc. were implemented. Anecdotal evidence indicates that the treatments have helped to create a safer environment for all road users. | |
Por Amor – Costa Rica’s Seat Belt Campaign | FIA Foundation | ‘Por Amor Seat Belt Campaign’ was a pilot project in Costa Rica based on the principles of ‘best practice’ developed in the FIA Foundation seat belt toolkit, which identifies the best methods to raise levels of seat belt usage. The target of the campaign was to achieve a seat belt wearing rate of 70%. |
Preventing aquaplaning phenomenon through technical solutions | Technical University of Civil Engineering Bucharest, Romania | The aquaplaning of a road vehicle occurs when a layer of water appears between the wheels of the vehicle and the road surface. The paper places emphasis on the significance of constructing a good quality pavement-structure wearing course, its influence on traffic safety, and the correlation between geometric properties of road elements and the aquaplaning phenomenon. |
R1 Trnava – Nitra | Slovak National Motorway Company (NDS) | Baseline iRAP assessment of R1 Trnava – Nitra motorway in Slovakia showed that more than 90% of the road length achieved only 1 & 2-star. After implementation of financially feasible countermeasures such as roadside safety barriers, shoulder rumble strips, road markings, signages etc. the 1-star sections were completely eliminated, and the road achieved 3-star or better rating for 42% of the length. |
Raised safety platforms | New Zealand Transport Agency (NZTA) | Raised safety platforms make it physically uncomfortable to drive over the platform faster than the advisory speed. When used at intersections they can take the form of approach platforms just prior to the intersection, or the whole intersection can be raised. International research has shown Raised Safety Platforms reduce death and serious injuries by about 40%. |
Raised Safety Platforms | Safe System Solutions | Raised Safety Platforms (RSPs) are elevated sections of road that aim to reduce vehicle speeds on the approach to areas of higher risk, such as intersections. |
RAP Partnerships Saving Lives: Great Britain | Road Safety Foundation (RSF) | In Britain, there were more than 153,158 reported road casualties in 2019. Societal costs equate to 1.7% of Gross Domestic Product. The Road Safety Foundation (RSF), as the voice of EuroRAP in the UK, systematically measures and maps 53,000km of motorways and A roads each year to performance track the safety of Britain’s roads. Financial support for this is provided by Ageas (UK) Limited. RSF also works closely with Highways England, the Department for Transport (DfT) and local partners to drive an important focus on road network safety, 3-star |
Reducing Traffic Accidents in China – Strengthening the Use of Road Safety Audits | Global Road Safety Facility (GRSF) | This case study reviews the specific role of road safety audits, a formal examination of the crash potential and safety performance of a future or existing road or traffic project. |
Risk Assessment on Danube Area Roads (RADAR) | European Institute of Road Assessment (EIRA) | The 3-year Risk Assessment on Danube Area Roads (RADAR) project is being run by the Slovenia-based European Institute of Road Assessment (EIRA). It involves 10 Project Partners and 12 Associated Strategic Partners as well as two international organisations South East Europe Transport Observatory and the European Union Strategy for Danube Region (Priority 1b – Rail-Road-Air Mobility). |
Road No. 21, Vanneberga | International Road Assessment Programme (iRAP), EuroRAP | The case study deals with how improvements to roads and roadsides can reduce serious injury and in particular the use of the 2+1 with wire rope median as used in Sweden and an example on Road No. 21 near Vanneberga in the south of that country. |
Road Safety – Catalogue Of Case Studies | World Road Association (PIARC) | PIARC Case Studies Catalogue contains the description of a set of interventions designed, implemented and operated worldwide to improve road safety in three specific fields: Vulnerable Road Users (VRUs), Human Factors (HF) and interventions in Low- and Middle-Income Countries (LMICs) |
Road Safety & Juniors Paving The Way For A Safer Tomorrow | Government of Haryana, Trax | Government of Haryana, MG Motor and TRAX are developing a safer culture around schools through road upgrades, research and training involving students, teachers and the community, supported by SR4S. |
Road safety action pays off, and “demonstration corridors” are here to prove it | Bloomberg Initiative for Global Road Safety (BIGRS), Global Road Safety Facility (GRSF), Government of Andhra Pradesh, World Bank | The 138.6-km-long Kadapa to Renigunta safety demonstration corridor was implemented by the Government of Andhra Pradesh under the Andhra Pradesh & Telangana Road Sector Project (APTRSP). Locations where curves and junctions were improved saw a 53% reduction in road crashes and 42% reduction in fatalities. Approximately $5 million was invested in the demonstration (around $36,000/km). |
Road Safety Barriers for Open Roads in Nepal | Global Road Safety Facility (GRSF), UK Aid | Several critical road sections in Nepal were identified under World Bank Road Sector Development Project (RSDP). GRSF with funding from UK Aid supported installation of 73,000m crash barriers along some of the deadliest roads in the country and this is expected to save up to 3,456 lives over the next 20 years. |
Road Safety Data Assessment in Viet Nam for the establishment of a National Road Safety Observatory | Global Road Safety Facility (GRSF) | The World Bank has been assisting the Government of Viet Nam (GoVN), through the National Traffic Safety Committee (NTSC), to establish a National Road Safety Observatory (NRSO) for Viet Nam, improve road safety data systems, and update the National Road Safety Strategy and Action Plan for Viet Nam. |
Road Safety Data Review in Cambodia – Summary Note | Global Road Safety Facility (GRSF) | This project follows up on a previous twinning project between Cambodia and the Netherlands, undertaken in the framework of the International Road Traffic and Accident Database (IRTAD) group of ITF in 2010-2014. That project concerned both a review of the Road Crash and Victim Information System (RCVIS), and training and support to develop a national road safety strategy and related indicators. |
Road Safety Management Capacity Assessment for Samoa | Global Road Safety Facility (GRSF) | The Road Safety Management Capacity Assessment (RSMCA) is an activity within a broader Advisory Services and Analytics (ASA), which aims to gain a holistic and thorough understanding of the road safety management capacity of three selected Pacific Island Countries (PICs)—Samoa, the Solomon Islands and Vanuatu—in order to support their respective governments to develop national strategies and plans of action to improve road safety outcomes, with a focus on crash data management. |
Road Safety Management Capacity Assessment for the Solomon Islands | Global Road Safety Facility (GRSF) | This Road Safety Management Capacity Assessment (RSMCA) seeks to gain a broad understanding of the Solomon Island Government road safety management capacity in order to support the country’s development of a national strategy and plan of action to improve road safety outcomes, and subsequently implement those actions effectively. |
Road Safety Management Capacity Assessment for Vanuatu | Global Road Safety Facility (GRSF) | This Road Safety Management Capacity Assessment (RSMCA) seeks to gain a broad understanding of the Government of Vanuatu’s road safety management capacity to support its plans to improve road safety outcomes throughout the country. |
Road Traffic Injuries in Malawi: With Special Focus on the Role of Alcohol | Global Road Safety Facility (GRSF) | The objective of this study was to generate new knowledge about road traffic injuries in Malawi and the extent of traffic accidents related to alcohol use, to increase capacity to conduct alcohol-testing, and develop a database for the findings, which in turn will form the basis for future policy making to reduce traffic accidents. |
Rural road and motorway profiles | International Road Assessment Programme (iRAP) | This case study shows some of the detail behind the iRAP Demonstrator and shows four examples from a suite of 15 sample 3-D designs. In these examples the rationale is explained for why low-standard examples of the rural roads and motorways rate less well for safety that their higher-standard equivalents. |
Rural roundabouts | New Zealand Transport Agency (NZTA) | A number of rural roundabouts have been installed at high speed main road intersections in Waikato and Auckland to address serious crash concerns.The fatal and serious crashes, and deaths and serious injury equivalents (the estimated number of deaths and injuries), have reduced by 75%. |
Safe Latin American Children in Traffic Program | Gonzalo Rodríguez | “Safe Latin American Children in Traffic” program is funded by the FIA Foundation with an aim to reduce risk factors associated to car crashes involving children, paying special attention to school zones. The project uses iRAP’s Star Rating for School and observational approach to assess school zones. |
Name | Cost rating | Effectiveness |
---|---|---|
Pedestrian Crossing – Unsignalised | Low | 25 – 40% |
Pedestrian Fencing | Low | 25 – 40% |
Pedestrian Footpath | Low to Medium | 40 – 60% |
Pedestrian Refuge Island | Low to Medium | 25 – 40% |
Railway Crossing | Medium | 60% or more |
Realignment – Horizontal | High | 25 – 40% |
Realignment – Vertical | High | 10 – 25% |
Regulate Roadside Commercial Activity | Low to Medium | 10 – 25% |
Restrict/Combine Direct Access Points | Medium to High | 25 – 40% |
Road Surface Rehabilitation | Medium | 25 – 40% |
Name | Cost rating | Effectiveness |
---|---|---|
Motor Vehicle Standards | – | – |
New Car Assessment Program (NCAP) | – | – |
Used Car Safety Ratings | – | – |
Safety Features and Devices | – | – |
Vehicle Roadworthiness | – | – |
Name | Cost rating | Effectiveness |
---|---|---|
Addressing Alcohol and Other Drugs | – | – |
Education | – | – |
Emergency Response | – | – |
Enforcement | – | – |
Fatigue Management | – | – |
Helmets and Protective Clothing | – | – |
Licensing | – | – |
Publicity | – | – |
Safe Speed | – | – |
Seatbelts | – | – |
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