High-visibility clothing

Motorcyclists wears a white motorcycle helmet in conjunction with a high-visibility vest. According to a 2004 study, the wearing of reflective or fluorescent clothing correlated with a 37 percent lower risk of a rider sustaining a crash-related injury; likewise, white helmets demonstrated a 24 percent reduction. A New Zealand case-control study found that the population attributable risks were 33% for wearing no reflective or fluorescent clothing; one third of motorbike accidents might have been prevented by wearing high-visibility clothing. Conspicuous behaviors, such as the wearing of high-visibility clothing, the use of headlights in the daytime, and the use of a white helmet, reduced the risk of a rider facing a collision. A Cochrane Systematic Review of research evidence for the effectiveness of visibility aids (fluorescent and retroreflective clothing and equipment) was carried out by Kwan and Mapstone in 2006. The authors found 42 studies which collectively suggested that fluorescent clothing could increase the distance at which drivers could detect and then recognise cyclists in daylight conditions. A 2012 British case-control study showed a non-significant increase in the odds of a crash for users of reflective conspicuity aids whilst cycling. In 2014, a further case-control study conducted in Canada reported a decrease in the odds of a collision with a motor vehicle when wearing 'light' coloured (not specifically fluorescent) clothing in daylight but an increase in the odds of a collision for cyclists using fluorescent clothing (and lights) at night. The number of conspicuity aids used was positively associated with an increase in collision crash odds but a non-significant reduction in the likelihood of hospitalisation. A randomized controlled trial was conducted in Denmark between 2012 and 2013. The study collected data from 6793 regular cyclists for a year. Rail workers in the United Kingdom staff working in RIS-3279-TOM compliant high-visibility clothing on track renewals just south of Leicester railway station Experimental use of high-visibility clothing began in 1964 on the Scottish Region of British Railways. they were later tried in other areas, such as Edinburgh, Aberdeen and Inverness. Train drivers operating in these areas were asked their opinion as to the effectiveness of the jackets. Following trials, high-visibility clothing was issued to engineering and other staff working on the electrified lines of the London Midland Region of British Railways in 1965. It was thought to be more important due to the higher speeds of the newly electrified West Coast Main Line route from London Euston to Birmingham, Manchester and Liverpool. The first version was worn as a jerkin and was "visible at ... half a mile in normal weather conditions". Since then, features of high-visibility clothing such as the EN510 quick release standard and the EN471 and its successor EN ISO 20471:2013 high visibility standards, have improved the effectiveness and contributed to improved safety for rail workers and other staff. The specifications for Rail Industry Standard RIS-3279-TOM (fluorescent orange) high-visibility clothing suitable for use on railways in the United Kingdom are published by the Rail Safety and Standards Board. ==Standards==

India The latest Indian standards for High Visibility Warning Clothes - Specification is IS 15809 : 2017. ANSI/ISEA The American National Standards Institute published standard 107 for high-visibility clothing in 1999. The standard defines three classes of successively more-visible garments, to protect workers exposed to successively higher levels of risk from motor vehicles and heavy equipment. The International Safety Equipment Association developed the standard, with revisions in 2004, 2010, 2015, and 2020. The 207 standard has different requirements for fluorescent background material, specifically allowing for a shorter design that allows equipment belt access. It also includes many optional features, such as a 5-point breakaway design for easy removal, panels readily identifying the wearer as an emergency responder, and radio and badge holders. Regulation (EU) 2016/425 A European Union directive which covers high-visibility clothing. North American hunting regulations Hunting laws in each state or province may require hunters to wear designated garments in blaze orange to prevent misidentification of humans as game animals, and resulting shooting accidents. The required total visible area and times of use vary by jurisdiction and by the type of hunting in the area. Hunting clothes are available in blaze orange camouflage, where the bright orange color is plainly visible to human eyes, but the shape of the hunter is broken up by irregular patterns to prevent identification as a threat by game animals such as deer, who cannot see the color. Some jurisdictions also allow the use of a "blaze pink," a color that proponents argue is both more visible to humans and less visible to game animals. ISO 20471 The International Organization for Standardization published standard ISO 20471 for high-visibility clothing in 2013. Australia Australian/New Zealand Standard - AS/NZS 4602.1:2024 High visibility safety garments Garments for high risk applications from Standards Australia. Safe Work Australia - general Personal Protective Equipment guide including references to high visibility clothing. Class D workwear is suited to daytime use in Australia. Canada Canadian Standards: Z96-15 - High-visibility safety apparel Canadian Center for Occupational Health and safety (CCOHS): Guide High-Visibility Safety Apparel: "Requirements for high-visibility safety clothing for Canadian workers are found in the CSA Standard Z96-15 High-Visibility Safety Apparel". ==Gallery==