Fire and rescue incident statistics: April 2024 to March 2025
Data on fires, location, cause, motive, casualties and false alarms and Special Service Incidents attended for April 2024 to March 2025.
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Introduction
Analysis of all incidents attended by the three Fire and Rescue Authorities (FRAs) in Wales. The most recent data relates to the financial year 2024-25 (April 2024 to March 2025) and is provisional as indicated in the charts with a [p]. The statistics are sourced from the Incident Recording System (IRS) and include statistics on all incidents, fire-related fatalities and non-fatal casualties from fires.
Further data is available on StatsWales.
Main points
Numbers of fires attended have seen a downward trend since 2001-02, falling by over 70%. Over the last 10 years numbers have been relatively stable staying around 10,000 to 13,000. The 2024-25 figure is the second lowest in the time series at 10,166.
The number of fire false alarms has also fallen but to a lesser extent, only decreasing by 10% since 2001-02; recent years have seen annual increases but in 2024-25 the figure fell for the first time since 2019-20 (to 16,966).
Numbers of Special Service Incidents (SSIs) have fluctuated throughout the time series, 2024-25 saw a 2% increase compared with the previous year.
Compared with 2023-24, numbers of fires rose by 5% in 2024-25; numbers of primary fires saw no percentage change whilst there was an 8% increase in the number of secondary fires.
There were 16 fatal casualties from fires in Wales in 2024-25. This is 2 fewer than in 2023-24.
There were 389 non-fatal casualties in 2024-25, an increase of 6% compared with 2023-24.
All fire and rescue incidents attended
This section includes data and analysis of fires, fire false alarms and SSIs.
Fire false alarms are events in which the FRA was called to a reported fire which turned out not to exist.
SSIs are non-fire incidents attended by FRA and include, for example, road traffic accidents, flooding incidents and medical incidents. Further detail is available in the glossary. SSIs may or may not involve fatalities, casualties and rescues.
While the number of incidents attended by FRAs in 2024-25 (38,074 incidents) is similar to the number attended in 2023-24, this is the highest number attended since 2013-14 and the fourth annual increase in a row. The number of incidents attended by FRAs peaked in 2001-02 at nearly 64,000 incidents but has remained below 40,000 since 2011-12.
Figure 1: all attendances by FRAs, 2001-02 to 2024-25 [p]
Description of figure 1: line chart showing a time series from 2001-02 for fires, fire false alarms and SSIs. The number of fires attended has seen a 71% decrease since 2001-02, with the largest decreases occurring before 2012-13; in recent years the numbers have levelled out somewhat. Numbers of false alarms have also seen a general downward trend over the time series; in recent years there have been annual increases in numbers but 2024-25 saw the first decrease since 2019-20. Numbers of SSIs have fluctuated since 2001-02 and since 2020-21 there have been annual increases, the 2024-25 is 19% higher than in 2001-02. The year 2024-25 is one of four in the timeseries where attendances at SSIs have outnumbered fires.
Source: Fire Incident Recording System
[Note 1] including SSI false alarms.
[p] provisional data
Of all attendances, 10,166 (27%) were at fires, 16,966 were fire false alarm incidents (45% of attendances) and 10,942 were SSIs including SSI false alarms (29%).
Figure 2: attendances at fire and rescue incidents 2024-25, by FRA [p]
Description of figure 2: a stacked bar chart showing the proportion and number of fires, fire false alarms and SSIs attended in 2024-25 for each FRA. In all three FRAs the largest category of incident type were fire false alarms (around two fifths or more of attendances). In North Wales and South Wales, fires make up the second largest category but in Mid and West Wales SSIs are the second largest category.
Source: Fire Incident Recording System
[Note 1] SSI data include numbers of SSI false alarms.
[p] provisional data.
Fires attended
Fires are classed as primary, secondary or chimney fires.
Primary fires include all fires in non-derelict buildings and vehicles or in outdoor structures, or any fire involving casualties or rescues, or fires attended by 5 or more appliances.
Secondary fires are mainly outdoor fires including grassland and refuse fires unless they involve casualties or rescues or are attended by 5 or more appliances. They include fires in single derelict buildings, derelict road vehicles and derelict outdoor structures.
Chimney fires are reportable fires in occupied buildings where the fire was confined within the chimney structure and did not involve casualties or rescues or are attended by 5 or more appliances.
Figure 3: fires by fire type, 2001-02 to 2024-25 [p]
Description of figure 3: a line chart showing the number of primary, secondary and chimney fires since 2001-02. Most fires are classed as secondary fires and numbers have fluctuated over the years. However, there is an obvious downward trend in both secondary and primary fires although this has become less pronounced since 2013-14. It is less obvious for chimney fires due to the relatively small numbers.
In 2024-25 there was no percentage change in the number of primary fires in Wales, compared with 2023-24. The number of secondary fires and chimney fires rose by 8% and 6% respectively compared with the previous year.
Source: Fire Incident Recording System
[p] provisional data
Figure 4: fires by fire type and FRA 2024-25 [p]
Description of figure 4: a stacked bar chart showing attendance for each FRA at chimney fires, secondary fires and primary fires in 2024-25. The chart shows in North Wales fires were almost a 50/50 split between secondary and primary fires. In Mid and West Wales there were more secondary fires (more than half of fires attended) and in South Wales around three-fifths were secondary fires. In all FRAs chimney fires made up the smallest proportion, between 5% (in North Wales) and 1% (in South Wales).
[p] provisional data
Primary fires
In 2024-25 there was a small decrease in the number of primary fires compared with the previous year, to 3,906; this resulted in no percentage change. Over the last four years there has been very little change in the number of primary fires, the highest and lowest numbers differing by 38 in this time. Only South Wales saw a decrease in the number of primary fires (down 7% compared with the number in 2023-24). Numbers in North Wales rose by 13% to the highest figure since 2019-20; in Mid and West Wales there was a 2% increase.
Since 2001-02 the number of primary fires has fallen by 63% in North Wales whilst numbers fell by 71% in Mid and West Wales and in South Wales.
Figure 5: number of primary fires by FRA, 2001-02 to 2024-25 [p]
Description of figure 5: a line chart showing the number of primary fires by FRA since 2001-02. Numbers of fires in all three FRAs show a general downward trend. South Wales FRA have consistently attended the most primary fires whilst North Wales FRA attended the fewest.
Source: Fire Incident Recording System
[p] provisional data
Figure 6: number of primary fires by location, 2001-02 to 2024-25 [p]
Description of figure 6: a line chart showing the numbers of fires in dwellings, other buildings, road vehicles and other outdoor locations each year from 2001-02 to 2024-25. The general trend is downward for all categories over the period. However, the number of primary fires in road vehicles in 2024-25 is the highest since 2019-20.
Source: Fire Incident Recording System
[Note 1] dwellings include caravans, houseboats and other non-building structures used solely as a permanent dwelling.
[p] provisional data
In 2024-25, 37% of all primary fires were in dwellings, 36% in road vehicles, 19% in other buildings and 8% were outdoor fires. The number of fires in dwellings fell by 5% compared with the previous year, the third consecutive annual decrease and the lowest number in the timeseries. Primary outdoors fires decreased by 15% whilst the number of fires in other buildings fell by 10%. The number of fires in road vehicle fires increased by 16% to the highest number since 2019-20.
In 2024-25 the number of dwelling fires was less than half the figure seen in 2001‑02 and the lowest in the time series.
Numbers of primary fires in road vehicles in Wales have fallen by 78% since 2001‑02.
Secondary fires
Secondary fires are the most common category of fire attended by Welsh FRAs, accounting for 61% of all fires since 2001-02 and 59% of those attended in 2024-25. In 2024-25 numbers of secondary fires rose by 8% compared with 2023-24, to 6,030. All 3 FRA saw increases compared with the previous year; in North Wales numbers rose by 5%, in Mid and West Wales by 24% and in South Wales by 3%.
Figure 7: number of secondary fires by FRA, 2001-02 to 2024-25 [p]
Description of figure 7: a line chart showing the number of secondary fires for each FRA in Wales from 2001-02. Numbers of secondary fires in all 3 Welsh FRAs have seen substantial falls since 2001-02; by 74% in South Wales, by 73% in North Wales, and by 64% in Mid and West Wales.
Source: Fire Incident Recording System
[p] provisional data
In 2024-25, 63% of secondary fires were classed as refuse fires. The number of these fires rose by 13% from 3,497 in 2023-24 to 3,944 in 2024-25.
In 2024-25, 27% of (1,654) secondary fires occurred on grassland, woodland, and/or cropland, an increase of 3% in the number of such fires compared with 2023-24.
Chimney fires
During 2024-25, there were 230 chimney fires in Wales, an increase of 6% compared with 2023-24. Almost all of these fires (97%) occurred in dwellings.
Mid and West Wales and North Wales saw numbers increase by 11% and 6% respectively compared with the previous year. South Wales saw a decrease of 7%.
Fires by motive
In 2024-25, there were 4,292 accidental fires (including accidental chimney fires) a small reduction of 1% compared with the previous year. Since 2001-02 the number has fallen by more than 50%. Accidental fires accounted for 42% of all fires, 74% of all primary fires and 19% of secondary fires in 2024-25.
There were 5,874 deliberate fires in 2024-25, a rise of 9% compared with 2023-24; 83% deliberate fires in 2024-25 were secondary fires.
Figure 8: number of fires by type and motive, 2001-02 to 2024-25 [p]
Description of figure 8: a line chart showing numbers of primary and secondary fires by motive (accidental or deliberate) in a time series from 2001-02. The chart shows that numbers of deliberate secondary fires saw an obvious downward trend between 2001-02 and 2012-13 and have since been prone to fluctuation. The other categories shown are less volatile showing a general downward trend and plateauing in recent years.
Source: Fire Incident Recording System
[p] provisional data
In 2024-25 the number of accidental primary fires increased by 1% whilst the number of accidental secondary fires decreased by 6% (compared with 2023-24).
Numbers of primary deliberate fires fell by 4%, whilst secondary deliberate fires increased 13%.
Fire-related fatalities and casualties
Fire fatalities
A fatal casualty is defined as a person whose death is the direct or indirect result of injuries caused by a fire incident, even if the death occurred weeks or months later.
There were 16 fatal casualties during 2024-25. This is 2 fewer than in the previous year. The overall trend since 2001-02 (when there were 38 fatal casualties) has been downward, however numbers are small and prone to fluctuation.
Figure 9: number of fatal casualties from fires by motive, 2015-16 to 2024-25 [p]
Description of figure 9: a bar chart showing numbers of fatal casualties from fires attended by Welsh FRA by motive (accidental or deliberate) from 2015-16 to 2024-25.The chart shows the majority of fatal casualties occur in accidental fires.
Source: Fire Incident Recording System
[p] provisional data
Since 2015-16, 77% of fatal casualties have occurred in dwelling fires, equating to a total of 138 out of 179 fatal casualties. In 2024-25 81% of fatal casualties were the result of dwelling fires.
Non-fatal fire casualties
From April 2009 non-fatal casualties are recorded as being in one of four classes of severity as follows:
- victim went to hospital, injuries appear to be serious
- victim went to hospital, injuries appear to be slight
- first aid given at scene
- precautionary check recommended. This is when an individual is sent to hospital or advised to see a doctor as a precaution, having no obvious injury or distress.
In 2024-25 there were 389 non-fatal casualties, a rise of 6% compared with 2023-24 but still the second lowest number in the available time series (from 2001-02). The overall trend over the last ten years has been downward, although the numbers have fluctuated.
Those receiving first aid or sent for precautionary checks fell by 5% whilst numbers of those sent to hospital with slight injuries rose by 35% and numbers of those sent to hospital with serious injuries rose by 9%. In 2024-25, 58% of non-fatal casualties received first aid or were advised to have a precautionary check-up. A further 32% of non-fatal casualties were taken to hospital with slight injuries and the remaining 9% were taken to hospital with severe injuries.
Figure 10: number of non-fatal casualties from fires by severity of injury, 2015-16 to 2024-25 [p]
Description of figure 10: a bar chart showing the number of non-fatal casualties from fires by severity of injury. Data relates to 2015-16 to 2024-25. The chart shows a general downward trend, most noticeably in the number of those going to hospital with slight injuries.
Source: Fire Incident Recording System
[p] provisional data
Fire false alarms
A fire false alarm is defined as an event in which the FRA was called to a reported fire which turned out not to exist.
Fire false alarm categories
Fire false alarms fall into three categories:
- malicious, where the call is deliberately for a non-existent fire-related event
- good intent, in which the call was made in good faith in the belief that there was a fire to attend
- due to apparatus, in which the call was initiated by the operation of fire alarm and fire-fighting equipment
In 2024-25 there were 16,966 fire false alarms in Wales, down from 17,584 in 2023-24, a decrease of 4%. This is the first annual fall since 2019-20 but is still the second highest in the period since 2011-12. However, this number is still 13% lower than that in 2001-02.
Only numbers of good intent fire false alarms rose in 2024-25 compared with 2023-24 (up 4%). False alarms due to apparatus fell by 8% whilst numbers of malicious fire false alarms decreased by 11%.
Figure 11: number of fire false alarms by reason, 2001‑02 to 2024-25 [p]
Description of figure 11: a line chart showing numbers of false alarms, by type (malicious, due to apparatus or due to good intent). The chart shows most fire false alarms are due to apparatus. Numbers of these false alarms had seen a general downward trend since 2010-11 but in recent years have started to rise again. The number of good intent fire false alarms in 2024-25 is the highest in the time series and numbers of false alarms due to apparatus had seen a steady increase for the years 2019-20 to 2023-24 followed by a fall of 8% in 2024-25. Numbers of malicious fire false alarms have seen a more obvious downward trend over the time series.
Source: Fire Incident Recording System
[p] provisional data
[r] revised data
Special service incidents (SSIs)
In 2024-25, FRAs in Wales attended 10,946 SSIs, 29% of all incidents attended. These incidents include road traffic collisions, flooding incidents, medical incidents and so on. Unlike other incident types, overall numbers of SSIs haven’t seen a consistent downward trend and are prone to fluctuation.
Figure 12: number of SSIs attended by FRA, 2004-05 to 2024-25 [p]
Description of figure 12: a line chart showing numbers of SSIs, by FRA from 2004-05.
The chart shows throughout the time series that North Wales attend the fewest SSIs and in the last three years Mid and West Wales and South Wales have attended similar numbers of SSIs. Numbers of SSIs fell sharply at the height of the COVID-19 pandemic in 2020-21, particularly in Mid and West Wales but have since risen to pre-pandemic levels
Source: Fire Incident Recording System
[p] provisional data
Overall attendance at SSIs increased by 2% in 2024-25; attendances at SSIs rose by 4% in North Wales and by 6% in South Wales; in Mid and West Wales numbers of SSIs fell by 4%.
Road traffic collisions accounted for almost a fifth of SSIs and attendance at these incidents rose by 3% compared to 2023-24.
Numbers of attendances at medical incidents fell by 7% compared with 2023-24.
Flooding incidents decreased by 7% and made up 7% of SSI attendances in 2024-25.
Figure 13: number of SSIs by type, 2023‑24 to 2024-25 [p]
Description of figure 13: a bar chart showing the number of SSIs attended by FRAs in Wales, by type of incident (for example road traffic collision, flooding and so on).
Source: Fire Incident Recording System
[Note 1] ‘Other’ includes 'other transport incident', 'hazardous materials incidents', ‘making safe’, ‘rescue or evacuation from water’ 'spills and leaks', 'suicide/attempted suicide', 'evacuation', 'water provision', 'advice only', 'standby' and 'services not required'. SSI false alarms are not included in this chart.
[r] revised data
[p] provisional data
Casualties and rescues from SSIs
There are consistently more casualties and rescues from SSIs than from fires, though numbers of casualties in SSIs include where the fires service are assisting the ambulance services. In 2024-25 there were 349 fatalities from SSIs, a 6% increase compared with 2023-24.
There were 2,669 non-fatal casualties from SSIs in 2024-25, one more than in 2023-24. Road traffic collisions accounted for 42% of non-fatal casualties in 2024-25 whilst medical incidents accounted for 12%.
Figure 14: number of SSI related fatalities, non-fatal casualties and rescues 2009-10 to 2024-25 [p]
Description of figure 14: a line chart showing the number of fatalities, non-fatal casualties and rescues involved in SSIs for the years 2009-10 to 2024-25.
There has been a noticeable downward trend in the number of non-fatal casualties over the time series. All categories of casualties fell at the height of the COVID-19 pandemic in 2020-21 but have since risen again.
Source: Fire Incident Recording System
[p] provisional data
Smoke alarms
This section looks at the presence and operation of smoke alarms at fires in buildings attended by the FRA.
Some buildings have multiple smoke alarms and when considering the operation of the smoke alarm the following hierarchy has been applied:
- present, operated and raised the alarm
- present, operated but didn’t raise alarm
- present but didn’t operate
It should be noted that in many cases the reason a smoke alarm that operates does not raise the alarm is that the alarm has already been raised prior to the operation of this smoke alarm.
Figure 15: number of fires in dwellings by presence and operation of smoke detectors, 2015-16 to 2024-25 [p] [Note 1]
Description of figure 15: bar chart showing number of fires in dwellings by presence and operation of smoke alarms. Data relates to 2015-16 to 2024-25. A smoke alarm was not present in around a third of dwelling fires in 2024-25, whilst in 47% of dwelling fires a smoke alarm operated and raised the alarm. In a further 12% of cases a smoke alarm was present but failed to operate. In 2% of dwelling fires, it was unknown whether there was a smoke alarm.
Source: Fire Incident Recording System
[Note 1] dwellings include caravans, houseboats and other non-building structures used solely as a permanent dwelling.
[p] provisional data.
[r] revised data
A smoke alarm was absent in only 11% of dwelling fires in North Wales in 2024-25; percentages are higher for Mid and West Wales and South Wales (45% and 34% respectively).
Of the 23 fires occurring in schools in 2024-25, a smoke alarm was present and operated correctly in 87% of incidents. In the remaining incidents a smoke alarm was absent.
In 2024-25 there were 28 fires in hospitals and medical facilities [footnote 1], one more than in the previous year. A smoke alarm was present and operated correctly in 79% of fires in hospitals in 2024-25. In 21% of hospital fires a smoke alarm was present but failed to operate. Smoke alarms were present at all fires in 2024-25.
Cause and source
The cause of fire is the defect, act or omission leading to ignition of the fire.
The source of ignition is the source of the flame, spark or heat that started the fire.
This information is collected for primary fires, but not secondary or chimney fires.
Cause of fire
In comparison with 2023-24, there were decreases in the number of accidental primary fires for most known categories of cause, the exceptions being faulty fuel supply (up 30%), chip pan/deep fat fryers (up 5%) and ‘other’ which is a category made up of smaller groups.
Faulty fuel supply was the largest single identified cause of accidental primary fires in 2024-25 (17%). Misuse of equipment or appliances accounted for 15% of accidental primary fires. Smaller categories have been grouped together as ‘other accidental’, accounting for 34% of accidental primary fires.
Figure 16: number of accidental dwelling fires by cause, 2023-24 and 2024-25 [p] [Note 1]
Description of figure 16: a bar chart showing the number of accidental dwelling fires by cause, years 2023-24 to 2024-25. The chart shows that for 2024-25 there were decreases in the number of accidental dwelling fires for the 3 largest categories; misuse of equipment or appliance, faulty leads or appliance and placing articles too close to heat. Those with increases were faulty fuel supply, careless handling and chip pan/deep fat fryers.
Misuse of equipment continues to be the biggest cause of accidental dwelling fires.
Source: Fire Incident Recording System
[Note 1] Dwellings include caravans, houseboats and other non-building structures used solely as a permanent dwelling.
[Note 2] ‘Other’ includes ‘accumulation of flammable material’, ‘bonfire going out of control’, ‘chimney fire’, ‘natural occurrence’, ‘other’, ‘other intentional burning, going out of control’, ’overheating, unknown cause’, ‘person too close to heat source (or fire)’, ‘playing with fire (or heat source)’, ‘vehicle crash or collision’.
[r] revised data.
[p] provisional data.
The misuse of equipment or appliances was the main cause of accidental fires in dwellings, with 374 cases recorded in 2024-25. This equates to 28% of accidental dwelling fires in 2024-25 although the number decreased by 5%. Accidental dwelling fires caused by faulty fuel supply increased by 18%.
Source of ignition
Cooking appliances were recorded as the main source of accidental primary fires and in 2024-25, there were 681 cases (24% of accidental primary fires); this is the lowest number in the available time series (from 2001-02). In 14% of accidental primary fires the source was recorded as electrical distribution. Only smokers’ materials and electrical distribution saw increases in numbers compared with 2023-24 (of 24% and 22% respectively).
Figure 17: number of accidental dwelling fires by source of ignition, 2023-24 and 2024-25 [p] [Note 1]
Description of figure 17: a bar chart showing number of accidental dwelling fires by source of ignition, years 2023-24 and 2024-25. The chart shows the largest single source of ignition in accidental dwelling fires is cooking appliances (45% in 2024-25).
Source: Fire Incident Recording System
[Note 1] Dwellings include caravans, houseboats and other non-building structures used solely as a permanent dwelling.
[Note 2] ‘other’ includes ‘blowlamps and welding equipment’, ‘bombs and explosives’, ‘chimney’, ‘electric lighting’, ‘fireworks’, ‘fuel/chemical’, ‘industrial equipment’, ‘oil and Incense burners, ‘naked flame’, ‘natural occurrence’, ‘office equipment’, ‘other’, ‘other appliance or equipment’, ‘spread from secondary fire’, ’vehicle related’, ‘wet hay’ and other electrical appliances where the power source is not recorded as electrical.
[p] provisional data.
Accidental dwelling fires caused by smokers’ materials in 2024-25 saw a rise of 44% (compared with 2023-24) and accounted for 7% of accidental dwelling fires.
In 2024-25 the number of accidental fires in dwellings caused by cooking appliances saw a decrease (down 7%) compared with the previous year, the lowest number in the time series. Accidental fires in dwellings which were ignited by cooking appliances have been responsible for 12% of fatalities and 53% of non-fatal casualties since 2009-10. Over the same period ‘smokers’ materials’ accounted for 33% of fatalities and 9% of non-fatal casualties in accidental dwelling fires.
In 2024-25, 25% of accidental dwelling fires were caused by the misuse of equipment or appliances resulting in cooking appliances igniting. In the same year, 119 of the 184 accidental fires in dwellings where the source was recorded as ‘electrical distribution’ were due to faulty fuel supply (65%).
Response times
The response times presented here are based on comparisons between the time that the first vehicle was mobilised and the first vehicle arrived at the scene of an incident. This may not be the same vehicle.
Figure 18: percentage of primary fires attended within specified time brackets, 2022-23 to 2024-25 [p] [Note 1]
Description of figure 18: a stacked bar chart showing the percentages of primary fires attended in time brackets (between 1 and 5 minutes, between 5 and 10 minutes, between 10 and 15 minutes or greater than 15 minutes). Data are shown for each FRA and years 2022-23 to 2024-25.
The chart shows in all three FRAs the proportion of primary fires attended in under 10 minutes has fallen in recent years, most noticeably in North Wales.
Source: Fire Incident Recording System
[Note 1] Excluded are late calls [footnote 2], incidents with only heat and smoke damage and response times less than one minute or over one hour. Less than 1% of primary fires in each year were excluded due to the response time being less than one minute or over one hour.
[p] provisional data.
In 2024-25 in South Wales 62% of primary fires were attended within 10 minutes; in Mid and West Wales 50% were attended within 10 minutes whilst in North Wales the proportion was 40%. Overall, in Wales 54% were attended within 10 minutes.
The urban geography of the area covered by South Wales FRA is likely to be a factor in the apparent faster response times to fires. Both North Wales and Mid and West Wales FRAs cover large areas of rural and agricultural land.
Figure 19: percentage of primary dwelling fires attended within specified time brackets, 2022-23 to 2024-25 [p] [Note 1] [Note 2]
Description of figure 19: a stacked bar chart showing the percentages of primary dwelling fires attended in time brackets (between 1 and 5 minutes, between 5 and 10 minutes, between 10 and 15 minutes or greater than 15 minutes). Data are shown for each FRA and years 2022-23 to 2024-25.
In 2024-25, 53% of primary dwelling fires attended in North Wales had a response time of between 1 and 10 minutes; in South Wales the respective proportion was 72%. Mid and West Wales was the only region where the prooportion attednded within this time increased, from 56% in 2023-24 to 59% in 2024-25. Overall in Wales, 64% were attended within 10 minutes.
Source: Fire Incident Recording System
[Note 1]: Excluded are late calls, incidents with only heat and smoke damage and response times less than one minute or over one hour. Less than 1% of primary dwelling fires in each year were excluded due to the response time being less than one minute or over one hour.
[Note 2] Dwellings include caravans, houseboats and other non-building structures used solely as a permanent dwelling.
[p] provisional data
GB comparisons
Fires
The section shows the rate of fires and casualties by GB country. In 2024-25 the total number of fires attended rose by 3% in England, by 5% in Wales but fell by 5% in Scotland compared with 2023-24.
Numbers of primary fires in Scotland decreased by 4% whilst in both England and Wales there was no percentage change. Rates of primary fires per 100,000 population reduced by 5% in Scotland, by 2% in England and by 1% in Wales.
Numbers of secondary fires fell by 5% in Scotland whilst numbers rose in England (by 6%) and Wales (by 8%). Rates of secondary fires per 100,000 population reduced by 6% in Scotland, whilst there were rises of 8% in Wales and 4% in England.
Figure 20: primary fires by GB country, rate per 100,000 population, 2009-10 to 2024-25 [p]
Description of figure 20: a line chart showing the rate of primary fires per 100,000 population for England, Scotland and Wales. The chart shows Scotland has consistently had the highest rate of primary fires across the time series. England has the lowest rate across the time series and in Wales the rate is marginally higher than in England. In all three countries there is an overall downward trend.
Sources: Fire Incident Recording System; Fire statistics England (Home Office); Fire and Rescue Incident Statistics 2024-25 (Scottish Fire and Rescue Service)
[p] provisional data
Figure 21: secondary fires by GB country, rate per 100,000 population, 2009-10 to 2024-25 [p]
Description of figure 21: a line chart showing the rate of secondary fires per 100,000 population for England, Scotland and Wales. The chart shows the rate of secondary fires is more prone to fluctuation than for primary fires and this is true for all 3 countries. As with primary fires, Scotland has consistently had the highest rate of secondary fires across the time series. England has the lowest rate across the time series and Wales has a rate between Scotland and England.
Sources: Fire Incident Recording System; Fire statistics England (Home Office); Fire and Rescue Incident Statistics 2024-25 (Scottish Fire and Rescue Service)
[p] provisional data
Casualties
The number of fire fatalities in England rose by 11% in 2024-25, whilst in Scotland the number fell by 14% and by 11% in Wales compared with 2023-24. Rates of fatalities per million population rose by 9% in England. The rates in Scotland and Wales fell by 15% and 12% respectively, as noted numbers of fatalities in Wales are relatively small and this often results in greater percentage changes.
The number of non-fatal casualties in England rose by 1%, by 6% in Wales and by 31% in Scotland respectively compared with 2023-24. Rates of non-fatal casualties per million population rose by 6% in Wales and 30% in Scotland. The rate in England saw no percentage change.
Figure 22: fire fatalities by GB country, rate per 1,000,000 population, 2009-10 to 2024-25 [p]
Description of figure 22: a line chart showing the rate of fire related fatalities per million population for England, Scotland and Wales. The rates of fatalities are more volatile and whilst England has tended to have the lowest rate and Scotland the highest this isn’t the case for all years.
Sources: Fire Incident Recording System; Fire statistics England (Home Office); Fire and Rescue Incident Statistics 2024-25 (Scottish Fire and Rescue Service)
[p] provisional data
Figure 23: fire non-fatal casualties by GB country, rate per 1,000,000 population, 2009-10 to 2024-25 [p]
Description of figure 23: a line chart showing the rate of non-fatal casualties per million population for England, Scotland and Wales. The rate of non-fatal casualties in all three countries has seen a general downward trend. In both Scotland and Wales lower numbers of casualties have led to a more volatile time series. Generally, England has had the lowest rate and Scotland the highest.
Sources: Fire statistics England (Home Office); Fire and Rescue Incident Statistics 2024-25 (Scottish Fire and Rescue Service)
[p] provisional data
Glossary
Accidental fires
Includes those where the fire was ignited by accident or the cause was not known or unspecified.
Buildings
Defined as all buildings including those under construction, but excluding derelict buildings, or those under demolition. Prior to 1994 ‘buildings’ were referred to as ‘occupied buildings’.
Cause of fire
The defect, act or omission leading to ignition of the fire.
Chimney fires
Reportable fires in occupied buildings where the fire was confined within the chimney structure and did not involve casualties or rescues or are attended by 5 or more appliances.
Deliberate fires
Include those where deliberate ignition is merely suspected.
Dwellings
Defined as buildings occupied by households, excluding hotels, hostels and residential institutions. From 1988, mobile homes have been specifically included in the dwelling count. In 2000, the definition of a dwelling was widened to include any non-permanent structures used solely as a dwelling, such as houseboats. All analyses from 1994 to 1998 relating to dwellings were retrospectively revised to include the new categories of dwellings.
False alarms
Events in which the Fire and Rescue Authority was called to a reported fire which turned out not to exist. False alarms are categorised as follows:
Malicious false alarms
Calls made with the intention of getting the fire and rescue service to attend a non-existent fire-related event, including deliberate and suspected malicious intentions.
Good intent false alarms
Calls made in good faith in the belief that the fire and rescue service really would attend a fire.
False alarms due to apparatus
Calls initiated by fire alarm and fire-fighting equipment operating (including accidental initiation of alarm apparatus by persons).
Fatal casualty (fire related)
A person whose death is attributed to a fire even if the death occurred weeks or months later. There are also occasional cases where it becomes apparent subsequently that fire was not the cause of death. The figures for fatalities are thus subject to revision.
Fire Data Reports (FDR1 and FDR3)
The method of data collection via paper forms prior to the Incident Recording System (introduced in April 2009). FDR1 was used to record primary fires, FDR3 for secondary fires, chimney fires and false alarms.
Fire and Rescue Authorities (FRAs)
The statutory bodies which oversee the policy and service delivery of a fire and rescue service. The three authorities in Wales are North Wales, Mid and West Wales and South Wales.
Heat or smoke damage only incidents
Reportable fires where there is no flame damage. The damage reported may be due to any combination of heat, smoke and other which will include any water damage.
Incident Recording System (IRS)
The electronic based system for recording fires, false alarms and Special Service Incidents. IRS replaced the FDR1 and FDR3 paper forms in April 2009.
Late fire call
A fire known to be extinguished when the call was made (or to which no call was made, e.g. a fire which comes to the attention of the Fire and Rescue Authority) and which the Fire and Rescue Authority attended.
Location
The type of premises, property or countryside in which the fire started. This is not necessarily the type of premises in which most casualties or damage occurred as a result of the fire.
Non-fatal casualties
Recorded as being in one of four classes of severity as follows:
- victim went to hospital, injuries appear to be serious
- victim went to hospital, injuries appear to be slight
- first aid given at scene
- precautionary check recommended – this is when an individual is sent to hospital or advised to see a doctor as a precaution, having no obvious injury or distress
Non-fatal casualties marked as 'not fire-related' have not been excluded due to widespread inappropriate use of this field.
Primary fires
Includes all reportable fires in non-derelict buildings, vehicles and outdoor structures or any fire involving casualties, rescues, or fires attended by five or more appliances.
Reportable fire
An event of uncontrolled burning involving flames, heat or smoke and which the fire and rescue authority attended.
Secondary fires
The majority of outdoor fires including grassland and refuse fires unless they involve casualties or rescues, property loss or five or more appliances attend. They include fires in single derelict buildings. They are reported in less detail than other fires and consequently less information concerning them is available.
Source of ignition
The source of the flame, spark or heat that started the fire.
Special Service Incidents (SSIs)
Non-fire incidents which require the attendance of an appliance or officer and include:
- local emergencies e.g. road traffic incidents, rescue of persons, 'making safe' etc
- major disasters
- domestic incidents e.g. water leaks, persons locked in or out etc
- prior arrangements to attend incidents, which may include some provision of advice and inspections
Where more than one activity is carried out, the incident is recorded under the most resource intensive part or what was the most appropriate e.g. a railway incident with persons trapped is likely to be recorded under ‘railway accident’ even though the FRA may be involved in ‘first aid’, ‘other rescue’ and possibly ‘making safe’.
Quality and methodology information
General information relating to data quality for fire and rescue incidents, operational fire data and FRA performance data can be found in the quality report.
Background
The analysis in this bulletin relates to fire and rescue service incidents between April 2024 and end March 2025 whilst making comparisons with April 2023 to March 2024 and earlier years.
On 10 November 2004 the Fire and Rescue Services Act 2004, which devolved fire and rescue services to the National Assembly for Wales (now the responsibility of the Welsh Government), was brought into effect. In Wales, these services are provided by three Fire and Rescue Authorities (FRAs). The three FRAs cover varied geographical areas with a wide variety of risks including: fires in homes; outdoor fires; fires in business premises; road traffic collisions; rail or air crashes; chemical spills; building collapses; and trapped people or animals.
North Wales Fire and Rescue Authority provides cover for a population of almost 700,000 across a geographical area of 2,400 square miles. It employs over 900 operational and non-operational support staff from its headquarters and its 44 fire stations.
Mid and West Wales Fire and Rescue Authority covers over half the area of Wales and a population of over 900,000. There are 58 fire stations and around 1,300 employees.
South Wales Fire and Rescue Authority serves a population of over 1.5 million people covering 1,085 square miles. It employs around 1,700 staff including over 1,400 fire-fighters who operate from 47 fire stations throughout South Wales.
Fire safety initiatives
The FRAs in Wales have a number of ongoing fire safety campaigns and community fire safety work (such as home safety checks and school visits) as detailed on their respective webpages.
North Wales Fire and Rescue Service
Mid and West Wales Fire and Rescue Service
South Wales Fire and Rescue Service
These may be a contributory factor in the overall falling numbers of fires although no all-Wales evidence is currently available.
Over the years there have been a number of national programmes for dealing with deliberate fires. The Wales Arson Reduction Strategy (WARS) (North Wales Fire and Rescue Services) first reported in 2007, with a review in 2009, and updated strategies for 2012-15 and most recently 2019. A delivery plan from WARS III resulted in a multi-agency taskforce ‘Operation Dawns Glaw’ being established in 2015 and aiming to reduce the number of deliberate grassland fires.
In April 2015 North Wales FRA introduced a new strategy which meant they didn’t automatically attend Automatic Fire Alarm Systems (AFA) in non-domestic properties. This led to a 78% drop in false alarms due to apparatus in ‘other buildings’ (non-dwellings) being attended in North Wales FRA in 2015-16 (when compared to the previous year). Following this, numbers have fluctuated.
In November 2011, a new EU directive required cigarettes to meet a reduced ignition propensity (RIP) requirement, they are now manufactured to be self-extinguishable, reducing the chance that they should set fire to combustible materials. However, we are not able to determine how many of the fires ignited by “smokers’ materials” are related to cigarettes.
Response times
Response time data only reflect part of the process of fighting a fire, not the outcome of doing so, and so may not be a reliable measure of the performance of an FRA or the effectiveness of a firefighting response.
GB comparisons
Data for England (published by the Home Office from April 2016 until March 2025 and the Ministry for Housing, Communities and Local Government from April 2025):
- Detailed analysis of fires attended by fire and rescue services in England (GOV.UK)
- Fire and rescue incident statistics (GOV.UK)
Data for Scotland (published by Scottish Fire and Rescue Service since 2015)
- Fire and Rescue Incident Statistics 2024-25 (Scottish Fire and Rescue Service)
- Pre 2014-15 data (Scottish Government)
Official statistics status
All official statistics should show the standards of the Code of Practice for Statistic (UK Statistics Authority).
These are accredited official statistics. They were independently reviewed by the Office for Statistics Regulation (OSR) in June 2012. They comply with the standards of trustworthiness, quality and value in the Code of Practice for Statistics.
It is Welsh Government’s responsibility to maintain compliance with the standards expected of accreditation. If we become concerned about whether these statistics are still meeting the appropriate standards, we will discuss any concerns with OSR promptly. Accreditation can be cancelled or suspended at any point when the highest standards are not maintained, and reinstated when standards are restored.
Accredited official statistics are called National Statistics in the Statistics and Registration Service Act 2007.
Statement of compliance with the Code of Practice for Statistics
Our statistical practice is regulated by the Office for Statistics Regulation (OSR). OSR sets the standards of trustworthiness, quality and value in the Code of Practice for Statistics that all producers of official statistics should adhere to.
All of our statistics are produced and published in accordance with a number of statements and protocols to enhance trustworthiness, quality and value. These are set out in the Welsh Government’s Statement of Compliance.
These accredited official statistics demonstrate the standards expected around trustworthiness, quality and public value in the following ways.
Trustworthiness
These statistics are compiled from administrative data systems in use in the Fire and Rescue Services in Wales.
These statistics are pre-announced on the Statistics and Research area of the Welsh Government website. Access to the data during processing is restricted to those involved in the production of the statistics, quality assurance and for operational purposes. Pre-release access is restricted to eligible recipients in line with the Code of Practice.
Quality
Statistics published by Welsh Government adhere to the Statistical Quality Management Strategy which supplements the Quality pillar of the Code of Practice for Statistics and the European Statistical System principles of quality for statistical outputs.
Data collection and revisions
Since April 2009 incident data (relating to fires, false alarms and Special Service Incidents) have been submitted by the Fire and Rescue Authorities via the Incident Recording System (IRS). On 5 January 2016 responsibility for fire and rescue policy in England transferred from the Department for Communities and Local Government (CLG) to the Home Office, this resulted in IRS also being held by the Home Office (although there has been no change to the data collected). IRS records data submitted by FRAs in England, Scotland and Wales but does not currently collect data from FRAs in Northern Ireland. On the 1st April 2025 all fire-related Ministerial responsibilities moved from the Home Office to the Ministry of Housing, Communities and Local Government (MHCLG).
The incident data are extracted from IRS annually (usually around July/August) and marked provisional at first publication. All bulletins and StatsWales tables excluding the 6 month data published in February/March are based on this dataset. Due to the nature of the live system, whilst accurate at the time of extraction, totals may change and therefore be revised due to updated information.
Value
The Welsh Government uses the information in this bulletin to monitor the trends in fires occurring in Wales and provides information on FRAs’ performance and activities to citizens and communities in Wales. This helps to monitor the effectiveness of current policy, and for future policy development. The data are also used as evidence for national fire safety initiatives and campaigns. The data are used by the fire and rescue services for comparisons and benchmarking. The data aids the allocation of resources and the provision of community safety projects.
We regularly review our data collections and outputs to ensure that they are relevant, collect reliable data and meet user needs. We also consult our users on a number of fire data collections issues. This is part of an ongoing exercise covering all fire and rescue statistics in order to better understand user requirements and priorities for the future. As part of this, Welsh Government policy colleagues, fire and rescue services and others have provided information on how they use fire statistics.
You are welcome to contact us directly with any comments about how we meet these standards. Alternatively, you can contact OSR by emailing regulation@statistics.gov.uk or via the OSR website.
Well-being of Future Generations Act (WFG)
The Well-being of Future Generations Act 2015 is about improving the social, economic, environmental and cultural wellbeing of Wales. The Act puts in place seven wellbeing goals for Wales. These are for a more equal, prosperous, resilient, healthier and globally responsible Wales, with cohesive communities and a vibrant culture and thriving Welsh language. Under section (10)(1) of the Act, the Welsh Ministers must (a) publish indicators (“national indicators”) that must be applied for the purpose of measuring progress towards the achievement of the wellbeing goals, and (b) lay a copy of the national indicators before Senedd Cymru. Under section 10(8) of the Well-being of Future Generations Act, where the Welsh Ministers revise the national indicators, they must as soon as reasonably practicable (a) publish the indicators as revised and (b) lay a copy of them before the Senedd. These national indicators were laid before the Senedd in 2021. The indicators laid on 14 December 2021 replace the set laid on 16 March 2016.
Information on the indicators, along with narratives for each of the wellbeing goals and associated technical information is available in the Wellbeing of Wales report.
Further information on the Well-being of Future Generations (Wales) Act 2015.
The statistics included in this release could also provide supporting narrative to the national indicators and be used by public services boards in relation to their local wellbeing assessments and local wellbeing plans.
Footnotes
Contact details
Social justice and community safety statistics
Email: stats.inclusion@gov.wales
Media: 0300 025 8099
SB 36/2025
