Jump to content

Fire engine red: Difference between revisions

From Wikipedia, the free encyclopedia
Content deleted Content added
Fixed typos
Tags: Mobile edit Mobile web edit
m Reverted edits by 80.5.150.240 (talk) (HG) (3.1.22)
Line 1: Line 1:
{{For|the song of the same name|Fire Engine Red (song)}}
Olivia Egan eats bogies for breakieee she prefers green ones best
{{Multiple issues|
{{original research|date=January 2013}}
{{refimprove|date=April 2014}}
}}

{{infobox color
| title= A typical fire engine red|textcolor=white|
| hex= CE2029
| r=206|g=32 |b= 41
| c=0 |m=89 |y= 80| k=19
| h=357 |s=89 |v= 81
| source = <ref name=FindData>{{cite web|title=Fire Engine Red|url=http://colors.findthedata.org/l/727/Fire-Engine-Red|publisher=FindTheBest.com|accessdate=1 January 2014}}'Fire Engine Red' is a shade of Red that is 84% saturated and 81% bright. It has the hex value #CE2029. Pantone color #1795 is a 96% match.</ref>
}}
'''Fire engine red''' is an informal name for an intense, bright [[red]] commonly used on [[emergency vehicle]]s in some English-speaking countries on [[fire apparatus|fire service vehicles]]. There is no unique shade, although different fire services may have a required specification.<ref name=FindData/><ref>{{cite web |url=http://www.johndennisfire.co.uk/faq |title=Frequently Asked Questions (about fire vehicles)|website=John Dennis Coachbuilders|date= |accessdate= 22 November 2016}} "The most popular shade of red is Post Office Red (BS381c538)" [http://www.e-paint.co.uk/Lab_values.asp?cRange=BS%20381C&cRef=BS381%20538&cDescription=Post%20office%20red%20/%20Cherry This is a cherry red, #9D383A]</ref> The colour has long been used,<ref>{{cite web |url=http://www.dennissociety.org.uk/preserved/fire/3312.html |title=Dennis Fire Engine - Trailer Pump of 1913|website=Dennis Society (concerning Dennis fire vehicles)|date= |accessdate= 22 November 2016}}</ref> although not by all fire vehicles.
[[File:ButteCountyCASupport42.jpg|left|thumb|200px|Support 42 in Butte County, California. US]]

[[File:Manchester Airport Fire Engine.jpg|right|thumb|A red fire appliance with half-Battenburg side markings at [[Manchester Airport]], UK]]
[[File:ACTFB tankers.jpg|thumb|[[ACT Fire and Rescue]] tankers in [[Chartreuse (color)#Chartreuse yellow|Chartreuse yellow]]]]
Most traditional older [[fire department]]s in larger US central cities of major [[metropolitan area]]s use this color for their fire engines, but many suburbs and smaller cities now use the color lime or bright yellow for their fire engines because of its greater visibility at [[night]]. In the UK the fire service has added the more visible [[Battenburg markings#United Kingdom|Battenburg markings]] in fire-engine red and [[Retroreflector|retro-reflective]] yellow,<ref>[http://www.legislation.gov.uk/uksi/2009/3221/pdfs/uksiem_20093221_en.pdf EXPLANATORY MEMORANDUM TO THE ROAD VEHICLES LIGHTING AND GOODS VEHICLE (PLATING AND TESTING) (AMENDMENT) REGULATIONS 2009, UK Department of Transport]</ref> often on a predominantly red vehicle.

The initial research into fire appliance visibility was conducted by the [[Lanchester College of Technology]] and the Fire Brigade in [[Coventry]], UK in about 1965. This research concluded that under the range of artificial street lighting in common use at the time, yellow better retained its conspicuity under a variety of lighting color renderings than red. It was also more conspicuous in general road conditions in daytime and during inclement weather. Research conducted by Stephen Solomon, a New York optometrist, promoted the use of 'lime yellow' in the United States from the mid-1970s. Solomon conducted studies of the rate of vehicle accidents involving fire apparatus, concluding that the more conspicuously colored fire apparatus suffered a lower accident rate than the less conspicuous red used by the same fire department <ref>[https://www.ncbi.nlm.nih.gov/pubmed/2081824 Solomon, 1990, "Lime-yellow color as related to reduction of serious fire apparatus accidents—the case for visibility in emergency vehicle accident avoidance"], Journal of the American Optometric Association, 61(11), pp. 827-830, {{ISSN|0003-0244}}{{Closed access}}</ref><ref>{{cite journal |url=https://trid.trb.org/view.aspx?id=415682 |title=Influence of Color on Fire Vehicle Accidents|journal= Journal of Safety Research|volume=26|issue=1|date= 1995|pages=41–48|author1=Solomon, S S |author2=King, J G |doi=10.1016/0022-4375(95)00001-1}}{{Closed access}}</ref>

Further research supporting the use of yellow for all emergency vehicles was published in 1978 in Australia.<ref>Green, David A, 1978, Emergency vehicle warning systems and identification, NSW Public Works Department, 24pp, ISBN 0724047956</ref>


== See also ==
== See also ==

Revision as of 17:19, 16 April 2017

A typical fire engine red
 
About these coordinates     Color coordinates
Hex triplet#CE2029
sRGBB (r, g, b)(206, 32, 41)
HSV (h, s, v)(357°, 84%, 81%)
CIELChuv (L, C, h)(45, 131, 11°)
Source[1]
B: Normalized to [0–255] (byte)

Fire engine red is an informal name for an intense, bright red commonly used on emergency vehicles in some English-speaking countries on fire service vehicles. There is no unique shade, although different fire services may have a required specification.[1][2] The colour has long been used,[3] although not by all fire vehicles.

Support 42 in Butte County, California. US
A red fire appliance with half-Battenburg side markings at Manchester Airport, UK
ACT Fire and Rescue tankers in Chartreuse yellow

Most traditional older fire departments in larger US central cities of major metropolitan areas use this color for their fire engines, but many suburbs and smaller cities now use the color lime or bright yellow for their fire engines because of its greater visibility at night. In the UK the fire service has added the more visible Battenburg markings in fire-engine red and retro-reflective yellow,[4] often on a predominantly red vehicle.

The initial research into fire appliance visibility was conducted by the Lanchester College of Technology and the Fire Brigade in Coventry, UK in about 1965. This research concluded that under the range of artificial street lighting in common use at the time, yellow better retained its conspicuity under a variety of lighting color renderings than red. It was also more conspicuous in general road conditions in daytime and during inclement weather. Research conducted by Stephen Solomon, a New York optometrist, promoted the use of 'lime yellow' in the United States from the mid-1970s. Solomon conducted studies of the rate of vehicle accidents involving fire apparatus, concluding that the more conspicuously colored fire apparatus suffered a lower accident rate than the less conspicuous red used by the same fire department [5][6]

Further research supporting the use of yellow for all emergency vehicles was published in 1978 in Australia.[7]

See also

References

  1. ^ a b "Fire Engine Red". FindTheBest.com. Retrieved 1 January 2014.'Fire Engine Red' is a shade of Red that is 84% saturated and 81% bright. It has the hex value #CE2029. Pantone color #1795 is a 96% match.
  2. ^ "Frequently Asked Questions (about fire vehicles)". John Dennis Coachbuilders. Retrieved 22 November 2016. "The most popular shade of red is Post Office Red (BS381c538)" This is a cherry red, #9D383A
  3. ^ "Dennis Fire Engine - Trailer Pump of 1913". Dennis Society (concerning Dennis fire vehicles). Retrieved 22 November 2016.
  4. ^ EXPLANATORY MEMORANDUM TO THE ROAD VEHICLES LIGHTING AND GOODS VEHICLE (PLATING AND TESTING) (AMENDMENT) REGULATIONS 2009, UK Department of Transport
  5. ^ Solomon, 1990, "Lime-yellow color as related to reduction of serious fire apparatus accidents—the case for visibility in emergency vehicle accident avoidance", Journal of the American Optometric Association, 61(11), pp. 827-830, ISSN 0003-0244Closed access icon
  6. ^ Solomon, S S; King, J G (1995). "Influence of Color on Fire Vehicle Accidents". Journal of Safety Research. 26 (1): 41–48. doi:10.1016/0022-4375(95)00001-1.Closed access icon
  7. ^ Green, David A, 1978, Emergency vehicle warning systems and identification, NSW Public Works Department, 24pp, ISBN 0724047956