Landlover99
Active Member
The following synopsis has been circulating online. I'd just like to run it past the Panel here to check if there's anything noteworthy about it; does it all add up?
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https://www.bedsfire.gov.uk/sites/d...icant Incident Report LLA Car Park 2 fire.pdf
Name: Significant Incident Report LLA Car Park 2 fire.pdf
Size: 3,725,439 bytes (3638 KiB)
SHA256: F3E26E41DE16CA11243B7319F0EFC3B61FE86BA41921AF02EFF935EC75E1D0FB
110 pages
Page 11:
Incident Details
The initial 999 call was ‘received by Bedfordshire FRS Service Control at 20:47:20 hrs by
Crew Manager Service Control B from the driver of the Range Rover that was on fire. When
questioned by Service Control, the caller advised their car was a diesel Range Rover that it
was located on the third floor.’13 The subsequent fire investigation confirmed that the vehicle
was powered by a diesel non-hybrid internal combustion engine.
Page 86:
Fire Progression
The fire originated in a red 2014, Range Rover Sport with a 2993cc diesel engine.219 It is the
expert opinion of the Fire Investigator that when taking into consideration all available facts
at the time of the Fire Scene Investigation that the fire was the ‘result of accidental ignition.’220
This was due to an ‘electrical fault or component failure. The developing fire has spread to
other components including plastics within the engine compartment and its oil and fuel 221.’
The driver stopped the ‘vehicle on the roadway of the third floor of Terminal Car Park 2 due
to seeing flames on the passenger side of the vehicle. Vehicle positioning was offset to the
centre of the roadway with the nearside (passengers’ side) being closer to adjacent vehicles
in parking bays.’222 ‘Subsequent radiant heat (In the region of 2.5 - 5 megawatts for a vehicle
fire) was sufficient for the ignition of adjacent vehicles.’ 223
... It was confirmed that the Range Rover involved was fitted with a
plastic fuel tank. Heat of the developing fire will have been sufficient to ignite some of these
fuels as they followed the sloping gradient of the roadway surface, spreading ignitable fuel
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
https://www.bedsfire.gov.uk/sites/d...icant Incident Report LLA Car Park 2 fire.pdf
Name: Significant Incident Report LLA Car Park 2 fire.pdf
Size: 3,725,439 bytes (3638 KiB)
SHA256: F3E26E41DE16CA11243B7319F0EFC3B61FE86BA41921AF02EFF935EC75E1D0FB
110 pages
Page 11:
Incident Details
The initial 999 call was ‘received by Bedfordshire FRS Service Control at 20:47:20 hrs by
Crew Manager Service Control B from the driver of the Range Rover that was on fire. When
questioned by Service Control, the caller advised their car was a diesel Range Rover that it
was located on the third floor.’13 The subsequent fire investigation confirmed that the vehicle
was powered by a diesel non-hybrid internal combustion engine.
Page 86:
Fire Progression
The fire originated in a red 2014, Range Rover Sport with a 2993cc diesel engine.219 It is the
expert opinion of the Fire Investigator that when taking into consideration all available facts
at the time of the Fire Scene Investigation that the fire was the ‘result of accidental ignition.’220
This was due to an ‘electrical fault or component failure. The developing fire has spread to
other components including plastics within the engine compartment and its oil and fuel 221.’
The driver stopped the ‘vehicle on the roadway of the third floor of Terminal Car Park 2 due
to seeing flames on the passenger side of the vehicle. Vehicle positioning was offset to the
centre of the roadway with the nearside (passengers’ side) being closer to adjacent vehicles
in parking bays.’222 ‘Subsequent radiant heat (In the region of 2.5 - 5 megawatts for a vehicle
fire) was sufficient for the ignition of adjacent vehicles.’ 223
... It was confirmed that the Range Rover involved was fitted with a
plastic fuel tank. Heat of the developing fire will have been sufficient to ignite some of these
fuels as they followed the sloping gradient of the roadway surface, spreading ignitable fuel