GLASGOW AIRPORT FIRE SERVICE
Category 9 Airport (24 hours a day) (September 2013)
The Glasgow Airport Fire Service is a unit of the
British Airport Authority Fire Service. The Officer in charge of the unit is a Divisional
Officer. There are four watches each with a Station Officer, a Sub Officer, at least 3
Leading Firefighters and ? Firefighters, they do not work the 2-2-4 duty system that the
Local Authority Brigades do but a more complicated system something like 2 days, 1 night
and they get 8 days off.
The Land Rover Discovery FIRE 8 is used by the Divisional Officer when he is on duty, the
Light Foam Tender (used to be known as an RIV, Rapid Intervention Vehicle) FIRE 1 is
crewed by the Station Officer plus 3, the domestic appliance FIRE 7 is crewed by the
Sub Officer plus 3, and the Heavy Foam Tenders (used to be known as Crash Tenders) FIRE 2,
3 and 4 are crewed by a Leading Firefighter plus 1.The spare Heavy Foam Tender FIRE5 is
crewed by the Watchroom Attendent at a major incident after he has done the necessary work
in the watchroom and he returns there as soon as he is no longer required at the incident.
All appliances are equipped with VHF radios with 3 channels to contact the Ground Control,
Tower and International Fire Frequency so the OIC can talk to the plane. They also have a
UHF set so they can talk to Fire Control and the pocket phones.
In addition FIRE 1 now has a Strathclyde Fire Brigade main scheme radio so he can talk to
Brigade Control in Johnstone for make ups.
Stations
1985 Station to the east of main runway Photo
This is the original station and has been extended 3 times. It is now a 6 bay station (19/2/2000) with watchroom on first floor.
Officer in Charge
1990 Senior Airport Fire Officer Alastair Stevenson
2003 Senior Airport Fire Officer Gillies Crighton (DO?)
2013 Airport Fire Manager Bob Leslie (there 2015)
Appliances
1946 |
? |
Austin K6 |
FoT |
1947 |
? |
Bedford QL |
WrC |
1956 |
SXT 108 |
Thornycroft Nubian/Sun |
CrT |
1957 |
SXT 131 |
Thornycroft Nubian/Sun |
WrT |
1967 |
SMD363F |
Thornycroft NM/Gloster Saro |
CrT |
1970 |
YGD965L |
Landrover 109/HCB Angus (HCB 2460) |
RIV |
1973 |
JYS669L |
Thornycroft NM/Carmichael |
CrT |
1974 |
PUS270M |
Thornycroft NM/Gloster Saro |
CrT |
|
MYF12P |
Thornycroft/Gloster Saro |
CrT |
? | G63SGA | Ford Orion car | SAFO car |
FIRE 1 | FIRE2 | FIRE3 | FIRE 4 | FIRE 5 (Spare) | FIRE 7 | FIRE 8 | Spare RIV | ||||
1992 | E356LFH | D505CFH | A583BUF | B620SDF | K208OGE | N/A | |||||
1994 | E356LFH | L820WGA | K209OGE | K210OGE | D505CFH | K208OGE | N/A | C864XFH | |||
2000 | E356LFH | L820WGA | K210OGE | L423ULX | D817DDG | K208OGE | M985EGB | C864XFH | |||
2003 | T485ASB | ||||||||||
FIRE 1 | FIRE 2 | FIRE 3 | FIRE 4 | FIRE 5 | FIRE 6 | FIRE 10 | Spare LFT | Spare MFT | Spare C&C | Incident Command | |
2006 | SA54MVY | SF05UBR | L820WGA | L423ULX | SF53FRJ | K210OGE | T484ASB | SF53FRR | K209OGE | ||
2007 | SA06OOF | SF05UBR | SF56KFX | L423ULX | SF53FRJ | L820WGA | SA54MVY | SF53FRR | K209OGE | T484ASB | |
2012 | SA06OOF | YK61BYD | YK12CXR | ? | ? | ? | ? | SF53FRR | ? | ? | |
2013 | SA06OOF | YK61BYD | YK12CXR | YA13AYN | SF53FRJ | SF56KFX | None | SF53FRR | SF05UBR | SA54MVY | |
2019 | ? | ? | ? | ? | ? | ? | ? | ? | ? | ? | NX68UJZ |
27/8/2023 | ? | SF68OFG | SF68OFH | SF68OFV | ? | SA06OOF | ? | ? | ? | ? | ? |
27/8/2023 YK12CXR, YA13AYN and SA06OOF are spares.
There are also two Zodiac boats kept at the River Cart end of the main runway and there is a slipway to launch them into the river.
A583BUF | Gloster Saro Javelin | CrT |
B620SDF | Gloster Saro Javelin | CrT |
C864XFH | Gloster Saro Simon Meteor | RIV |
D505CFH | Gloster Saro Javelin Mk2 | CrT |
D817DDG | ||
E356LFH | Gloster Saro Simon Meteor | RIV |
E822KDG | Gloster Saro Javelin Mk3 | CrT |
K208OGE | Volvo FL6-14 4x4/Carmichael | Cr/WrT |
K209OGE | Unipower Cobra 6x6/Carmichael | CrT |
K210OGE | Unipower Cobra 6x6/Carmichael | CrT |
L423ULX | Carmichael Cobra | CrT |
L820WGA | Unipower Cobra 6x6/Carmichael | CrT |
M985EGB | Land Rover Discovery | |
T484ASB | Land Rover Discovery | C&C |
T485ASB | Land Rover Discovery | |
SF53FRJ | Scania 124C-420/Carmichael Viper | Light Foam Tender |
SF53FRR | Scania 124C-420/Carmichael Viper | LFT |
SA54MVY | Mitsubishi Shogun | Command and Control |
SF05UBR | Carmichael Cobra 2 | Major Foam Tender |
SA06OOF | Mitsubishi Shogun | Command and Control |
SF56KFX | Carmichael Cobra 2 | MFT |
YK12CXR | Rosenbauer CA5 Panther 6x6 | MFT |
YK61BYD | Rosenbauer CA5 Panther 6x6 | MFT |
YA13AYN | Rosenbauer CA5 Panther 6x6 | MFT |
SG17CET | Mercedes Sprinter 519 CDi 4x4 | Rescue Tender |
NX68UJZ | MAN TGe/Angloco | Incident Command |
SF68OFG | Rosenbauer Panther HRET | MFT |
SF68OFH | Rosenbauer Panther HRET | MFT |
SF68OFV | Rosenbauer Panther HRET | MFT |
Notes
This Airport started in 1933 as RAF Abbotsinch and was taken over by the Navy in 1943 for the use of the Fleet Air Arm and as is Navy practice (to give there shore stations ship names) it was renamed HMS Sanderling until it closed in 1963. In 1966 the airport opened as Glasgow Airport. Prior to this the Civil Airport was Renfrew Airport which operated from 1945 to 1966.
17/12/2019 Falck Fire Services UK are now providing Airport Rescue and Fire Fighting Service to Glasgow and Aberdeen International airports.
Glasgow Airport Fire Service
Sir Basil Spence, architect, was quoted on 14th April 1966.
“On our first visit to Abbotsinch we
were fortunate that it was a beautiful day and the view down the runway to the
hills beyond revealed one of the great attractions of the site which is almost
unique in this country, and even abroad, where airports are normally sited on
uninteresting flat land.
This presented the opportunity for a design that helped the traveller to feel
the adventure of flying from this particular airport.”
Glasgow Airport, Abbotsinch opened on The 2nd May 1966 at 0800hrs for the
transfer of duties from Renfrew Airport, and was officially opened by Queen
Elizabeth II on 27th June 1966.
The airport was developed by the then Ministry of Aviation and on completion was
handed over to Glasgow Corporation at a cost of conversion and the addition of
new buildings was £4.2m.
The very first aircraft to land at Glasgow was a BEA Vickers Viscount flown by
BEA’s Scottish Flight Manager and contained the Staff of Sir Basil Spence.
In the early days the airport handled 654 different aircraft types, 1.5 million
passengers and 34,000 aircraft movements.
In 1976 after 10 years of operation a £2m extension of the passenger terminal
was undertaken to allow the annual handling of 3.5 million passengers.
A 3 year £55m expansion of terminal facilities began in 1989 designed to expand
its size by 70%.
The airport has had extensive modifications in excess of £50m in the last 10
years to accommodate 85,000 aircraft movements, and handle nearly 8 million
passengers, almost the population of Scotland.
Station Facilities.
Glasgow Airport Fire Service
personnel have the ability to run courses in the following subjects for airport,
and external staff
• First Aid (St. Andrews Ambulance & British Red Cross).
• First Attack fire fighting.
• CAP 360 training (Cabin staff, pilots etc.)
• Ships crew fire fighting.
• Confined space working.
• Fast Rescue Boat instruction.
• EFAD driver training.
• Fire Precaution training.
• Fire Prevention inspection & advice.
• PTI training.
The station has lecture facilities
as well as a fully equipped gymnasium.
Operationally, the station has a Breathing Apparatus room where all the
necessary repairs and servicing is carried out on the BA sets, BA training
facility, drying room, hose store and equipment store.
At any given time there are six appliances on the run carrying, in excess of
48,250 litres of water, 5,885 litres of foam concentrate, 200Kg’s Monnex dry
powder and 500Kg’s BCF.
This compliment of fire fighting media is over:
• 1 Light Foam Tender (Gloster Meteor, Fire 1)
• 1 Domestic appliance (Volvo, Fire 7)
• 4 Major Foam Tenders (Carmichael Cobra, Fires 2,3,4,5)
The CAA legislation states that an
airfield must also make 50% extra media available at any time in case of a major
incident.
Glasgow meets this requirement by having a rapid replenishment system on station
and 2 hydrant systems, high pressure hydrants along the runway and a domestic
main for all other areas.
The high pressure system is fed from a tank on the airfield that holds
200,000litres of water and is pumped by four diesel engines that are activated
when a hydrant is opened.
Foam concentrate, BCF and Dry powder are also stored on station.
AFS Manning
Senior Airport Fire Officer
Divisional Officer
Station
Officer
Station Officer
Station Officer Station
Officer Station Officer (Float)
Sub Officer
Sub Officer
Sub Officer Sub
Officer Sub Officer (Float)
15
15
15
15
Leading Firefighters/
Leading Firefighters/
Leading Firefighters/ Leading
Firefighters/
Firefighter
Firefighters
Firefighters
Firefighters
Minimum Availability
Stn/O
FIRE 1 Driver/Pump
BAECO
Kitchen
Sub/O
FIRE 7 Driver/Pump
BA No.1
BA No.2
Leading Ff (No.1)
Leading Ff (No.1)
Leading Ff (No.1)
WRA
Firefighter (Driver) Firefighter
(Driver) Firefighter (Driver)
FIRE 2 FIRE
3 FIRE 4 FIRE 5
(A brochure about Glasgow Airport Fire Service, date unknown.)
TWIN PACK BA FOR GLASGOW AND STANSTEAD
Both Glasgow and Stanstead airport
fire services have re-equipped with upgraded Spiromatic twin cylinder pack BA and
purpose built vehicle stowage devices for their Javelin and Meteor appliances
Glasgow, already the busiest airport in Scotland, is expanding its terminal
complex and may be required to do so again if its bid to operate additional
transatlantic flights is approved.
CFO Alastair Stevenson heads the complement of 49 men who provide Category 8
fire cover at Glasgow airport. He originally intended to replace his old Divator
BA with 9 litre, single cylinder equipment due to vehicle stowage problems with
twin packs. However the Interspiro designed twin pack stowage device, after only
minor modifications, was capable of being accommodated in his Javelin and Meteor
appliances.
“The twin packs actually give us an extra five or ten minutes duration,” said
CFO Stevenson: “And their reduced profile gives the chaps better balance when on
uneven surfaces.
(Fire Magazine, Vol. 82 No. 1016, February 1990. Advertising Insert Interspiro
Spirofax.)
Glasgow is a
Category 8 airport that requires an appropriate fire and rescue service to
protect life and property against some unique risks. The busiest of Scotland’s
three main international airports, 8.1m passengers pass through our terminal
yearly.
The number of flights (86,000 movements; and the size of aircraft to facilitate
our cutomers’ needs necessitates a well equipped and highly trained fire
service.
We are proud that, in line with the rest of BAA plc fire and rescue service,
Glasgow Airport meets and exceeds the required standards. As well as the
protection of life, aircraft and terminal buildings, additional challenges also
include cargo facilities, rail, river and motorways, all requiring versatile
skills and equipment.
Two runways
Glasgow has two runways and a fire station located to ensure that we
meet current commitments, one of which is our response time of no more than two
minutes and 30 seconds to either end of the runways.
Operational team
The 72 strong operational team is divided into four watches providing
continuous cover and the fire station is located at the south east side of the
airfield between the emergency hanger and Juliet cul de sac.
The station has six appliance bays housing three major foam tender appliances
(Carmichael Cobras) two light foam tender appliances (Carmichael Vipers) and one
command and control appliance (Landrover Discovery). The operational crew
consists of two officers, a watch room attendant and 12 leading firefighters.
Training facilities
Glasgow Airport fire station has a dedicated area set aside for the
training, maintenance of skills and supply of facilities to external customers.
The fire station has undergone major refurbishment, resulting in new lecture
facilities (including overhead projectors), meetings rooms and gymnasium
(Fire Times March 2005. BAA Airports supplement.)
Glasgow Airport was officially opened on 27th June, 1966.
Establishment 2007
|
Equipment |
Staff |
|
4 Major Foam Tenders |
1 Airport Fire Manager |
|
1 Light Foam Tender |
1 Deputy Airport Fire Manager |
|
2 Command and Control vehicles |
1 Administration Assistant |
|
|
5 Station Managers |
|
|
5 Watch Managers |
|
|
56 Firefighters |
There are 4 watches each with 1 Station Manger, 1 Watch Manager and 14 Firefighters, there are no Crew Managers at present. There is a Station and Watch Manager who cover leave, courses etc.
Establishment September 2013
Vehicles | Staff | |
|
1 Command and Control |
1 Airport Fire Manager |
|
3 Major Foam Vehicles |
5 Station Commanders |
|
1 Light Foam Vehicle |
5 Watch Commanders |
|
1 Spare Command and Control |
8 Crew Commanders |
|
1 Spare Major Foam Tender |
45 Firefighters |
|
1 Spare Light Foam Tender |
|
There are 4 watches each with 1 Station Commander, 1 Watch Commander, 2 Crew Commanders and 11 Firefighters (One watch has 12 Fire Fighters).
Glasgow
Airport Fire Service
Introduction
The present Glasgow Airport opened
in June 1966, after it had been determined that the old airport at Renfrew would
be unable to handle the new jet aircraft then coming into service. Since those
days it has grown and expanded until to-day it is the fourth busiest airport in
the United Kingdom handling over 2.78 million passengers in 1984/85.
The airport was originally operated by the Glasgow Corporation until 1975 when
the ownership was transferred to the British Airports Authority (BAA).
The BAA own and operate seven airports the others being Heathrow, Gatwick and
Stansted serving London and Aberdeen, Edinburgh and Prestwick in Scotland.
Glasgow Airport is licenced by the Civil Aviation Authority for use by aircraft
engaged in the public transport of passengers. The Airside Safety and Operations
department of the BAA is custodian of the licence and is responsible for
ensuring that the high standards and conditions required by the licence are
complied with at all times.
The BAA’s fire service has a complement of 400 officers and men covering its
seven airports. Glasgow Airport’s fire service, a division of the Operations
department, provides 24 hour Airport fire cover with a force of 46 officers and
men and 6 fire fighting appliances.
The Civil Aviation Authority sets minimum safety standards for fire cover
relating to the length and width of the largest aircraft regularly using the
airport and these standards are expressed in terms of manpower and extinguishing
media.
In the event of an emergency the safety of passengers on the ground or in the
air approaching the airport depends on the men and appliances of the Airport
Fire Service.
Primary Objective
The primary objective of the
Airport Fire Service is to save lives in the event of an aircraft accident. It
has to be able to reach the scene of an accident anywhere inside the airport
boundary within three minutes of the accident occurring, but preferably within
two minutes and to create conditions in which survival is possible.
Any fire must be brought quickly under control and the rescue phase commenced to
allow the evacuation of the aircraft by the occupants. Having extinguished the
fire, the Airport Fire Service then becomes the initial rescue team at the
accident, being ably assisted by the Strathclyde Fire Service as they arrive.
Role of the Airport Fire Service (AFS)
The role of the AFS is far more extensive than their primary objective of dealing with aircraft accidents. The service answers all fire alarm calls in the airport terminal and associated buildings; medical emergencies where they give life saving first aid until the Scottish Ambulance Service arrives; road traffic accidents on the airport and deal with hazardous chemical spillages or damaged radio-active consignments. Meteor appliances carry first aid and resuscitation equipment, protective suits and radiation monitoring equipment to deal with such situations.
Fire Prevention
Three Sub Officers are responsible
for fire prevention in Glasgow Airport’s many airport buildings. Regular
inspections of all the airport fire alarm systems, fire extinguishers and other
fire fighting facilities are carried out to ensure that the safety standards, as
required by the Strathclyde Fire Brigade, are maintained.
Fire training of all Glasgow Airport Staff is also undertaken by the AFS. The
training includes how and when to call the Fire Service, use of portable fire
extinguishers and dealing with small fires and emergency evacuation procedures.
Airport staff are required to attend the fire training course at least once a
year.
The Fire Station
The airport fire station which was
originally built for the opening of Glasgow Airport at Abbotsinch in 1966 was
completely rebuilt, modernised and extended in 1984/85 and was officially opened
by Councillor James Burns JP, Convener of Strathclyde Regional Council on 10
December 1985. It has bays for five fire fighting appliances and a control room
fitted with the most advanced communications systems presently available.
Located near to the intersection of the airport’s two runways, it is well
situated for appliances to reach all parts of the airfield in less than three
minutes.
There is an excellent office block within the fire station complete with study
and lecture rooms. Leisure facilities include a snooker table and dart board, a
variety of table games and television lounge where the firemen can relax.
The airport fire service sets high standards of physical fitness for its
personnel and the fire station facilities also include a multi-gym where the
firemen undertake regular training sessions under the guidance of an airport
fire service physical training instructor.
Firemen
The Senior Airport Fire Officer has
overall responsibility for the efficient operation of the Airport Fire Service
Unit.
24 hour manning of the Fire Station is achieved by four alternating watches,
red, white, blue and green. Each watch comprises 9 Firemen and 2 Officers
conducting a 12 hour tour of duty.
As well as attending emergency calls and special services, Glasgow firemen are
kept occupied by a comprehensive station training programme designed to maintain
personnel and equipment in peak condition.
The firemen are also responsible for the routine testing and inspection of all
appliances and equipment. Each appliance and its ancillary equipment must be
inspected at the commencement of each shift and is tested at predetermined
intervals.
Training
Recruit Firemen
All prospective
candidates must pass a rigorous medical examination and written entrance
examination in English and Mathematics. If the applicant copes successfully with
the examination and interview he may be accepted into the service to commence
his one year probationery period.
All firemen must pass a basic fire training course, a Breathing Apparatus
Course, a First Aid Course and hold a current H.G.V. class II driving licence.
Within a few months of joining the service the recruit must successfully
complete a Firemanship course conducted by the Civil Aviation Authority at their
Tees-side training school.
After the completion of two years service a Fireman may apply for promotion to
the rank of Leading Fireman.
Specialist Training
Selected personnel may
attend specialist Instructor courses for Road Traffic Accident procedures,
Breathing Apparatus users and Heavy Goods Vehicle drivers.
To make full use of the new “Multi-Gym” physical training equipment, a new P.T.I.
course at Washington Hall has been made available to interested personnel.
Fire Training Ground
The fireground at
Glasgow is undergoing a programme of modernisation and at this time includes a
simulated aircraft fuselage rigidly mounted in a fuel bund. A pressurised fuel
supply pipe is soon to be mounted along the top of the “fuselage” and this will
produce a pressure fed wall of fire on each side of the structure.
At the far end of the fireground a structure called a “fire screen” produces a
pressure fed wall of fire on which firemen can practice and perfect their fire
fighting techniques.
Due to the immense heat radiated from the screen it is ideally suited to the
evaluation of new fire fighting equipment e.g. Helmets, Fire Tunics and Branches
etc.
It is also our intention to have erected in the near future a tower structure
incorporating a high mounted engine rig which will simulate an outbreak of fire
in the number two engine of a DC1O or Tri-Star aircraft.
Smoke Chamber
Development of certain
airfield areas dictated the relocation of existing smoke training facilities,
however it is now proposed to erect new smoke chamber premises which will
incorporate the latest obstacle training facilities and safety features.
Training Aircraft
A Trident aircraft is
located close to the new Fire Station and is frequently used for AFS training
and demonstrations.
Although the engines and some avionics equipment have been removed, the cabin
furnishing and seating remain intact. The smoke logged aircraft provides an
ideal training environment for the emergency evacuation of crew and passengers.
It is often used for smoke and evacuation training procedures by airline staff.
Positioning exercises for dealing with engine or under-carriage fires are held
regularly.
Boat Training
Due to the close
proximity of the Black Cart river, the AFS are responsible for the operation of
a Zodiac dinghy which can be brought swiftly into use if an accident situation
arises.
The river equipment is checked daily and all firemen regularly take part in boat
training exercises.
Other Training
A new lecture room has
been created in the Fire Station and will make use of a 16mm film projector,
slide projector and video equipment.
A video camera and recording equipment is available on the station for the local
production of training films and items of interest.
The facilities are also made available for BAA staff training, and to airlines
who wish their crew and cabin staff to have instruction on the use of hand
appliances in aircraft.
Appliances
There are presently six fire
appliances at Glasgow.
One Javelin MK II, three Nubian Majors and two Rapid Intervention Vehicles (RIV).
The Nubian Majors and the RIVs are shortly due to be replaced when the
complement will become three Javelins and two Meteors.
Meteors (and the RIVs) are designed to be the first appliance to reach the scene
of an incident to establish an emergency exit route from the aircraft and
maintain it until the major appliances arrive a few seconds later.
Meteors carry 2,730 litres of water and 365 litres of “fluorochemical foam
liquid” and can produce 2,090 litres of solution per minute. They weigh 17.27
tonnes each but can accelerate from 0-80 kph in under 25 seconds. A Meteor
usually attends “domestic” and ambulance calls, crewed by one officer and three
firemen.
The Javelins are major foam tenders and carry 10,000 litres of water and 1,177
litres of fluorochemical foam liquid and have the capacity to produce 31,700
litres of foam per minute. Crewed by two firemen, their acceleration is 0-80 kph
in 32 seconds even though each vehicle weighs 30.48 tonnes.
The Javelins have a large monitor (nozzle) on the roof of the cab, operated
either from inside the cab or by a fireman on the monitor platform. A hydraulic
platform, the “Skyking”, on top of the appliance extends to 10.5 metres above
the ground. This enables firemen to fight fires in the tail engines of aircraft
such as the Tri-Star or DC10 or to reach aircraft doors.
A lighting mast, which rises to 7.61 metres, is also fitted to the Javelin. Two
powerful 1000 watt tungsten halogen floodlights are used to illuminate the
scene.
The Nubian Majors, each crewed by two firemen can produce 29,273 litres of foam
per minute. They are each fitted with a “Firescope” ladder and carry a 10.5
metres double extension ladder.
The appliances must be kept ready for immediate call out at any time. To achieve
this the vehicle batteries are kept on constant charge when parked in the Fire
Station and a suitable background temperature in the appliance bays maintained.
This ensures immediate start up in any weather conditions.
CAA
Glasgow is licenced by the Civil
Aviation Authority under Section 73 of the Air Navigation Order 1984. Essential
fire cover is set out in Chapter 8 of the licensing document — Civil Aviation
Pamphlet (CAP) 168 and there are nine categories. Glasgow is Category 7 which
requires a high level of cover.
This means that a minimum of 12,100 litres of water and 730 litres of foam
liquid must be available at all times and that appliances can reach the scene of
an incident within three minutes but preferably two minutes. The extinguishing
media must be able to be pumped at a minimum rate of 5,300 litres per minute.
Complementary extinguishing media must also be carried and the minimum
quantities required are 225kg of dry powder or Halocarbons or 450kg CO2.
Emergency Procedures
To co-ordinate the actions of every
BAA department, the Civil Aviation Authority, airline operators and other
agencies on the airport, Airport Emergency Orders have been drawn up to deal
with any type of emergency.
There are seven categories of emergency which can be upgraded if a situation
worsens. For example a local standby is called if an aircraft on approach has a
possible problem; this is upgraded to full emergency if, for example, an engine
has to be shut down. If the aircraft gets into further difficulty the category
could then become an aircraft accident imminent or an aircraft accident.
An aircraft ground incident is called if any aircraft on the ground is in
difficulty. Other categories are domestic fire or similar, an unlawful act and
bomb warning.
The orders lay down the AFS attendance at these incidents and action to be taken
on arrival at the scene to safeguard life and property.
As part of the CAA licencing requirement an annual exercise is held in
conjunction with the CAA to test the emergency orders and allow them to be
updated as necessary.
Watchroom
The watchroom is the hub of the
fire station emergency system. The watchroom controller accepts all emergency
calls and is responsible for initiating the alarm systems which will dispatch
appropriate attendances to each incident.
Direct telephone lines link the watchroom to other essential centres both on and
off the airfield. Emergency calls to the airport telephone exchange are relayed
to the AFS for action.
On receipt of a call the controller will sound the station alarms and announce
the type and details of the emergency over the public address system. To save
valuable seconds, he can also control essential lighting and open all bay doors
from the watchroom.
Emergency assisting services are alerted to specified emergency calls at Glasgow
and they dispatch predetermined attendances, which are determined by the class
of emergency.
Meteor Light Foam Tender
Dimensions
Length
8.120m (26’ 7”)
Width 2.5m (8’ 2”)
Height 3.180m (10’ 5”)
Weight 17.27 tonnes (17 tons)
Engine
Type
Detroit Diesel 8v92T
BHP 490hp at 2300rpm
Top Speed l05kph (65.5mph)
Acceleration 0-80kph (0-50mph) 22.5 secs
Specifications
Pump
Godiva Limpx MK50 Dual Pressure
Water Capacity 2,727 litres (600 galls)
Foam Capacity 363 litres (80 galls)
Sideline Output 450 litres per min (l00gpm)
Bumper Mounted Monitor
Output
1,350 litres per min (300gpm)
Pressure 13.5 bars (200psi)
Throw 36.576m (120 feet)
Ancillary Equipment
BCF
2 x Perrin 100kg units
Lighting 2 x 1,000 watt
Floodlights
Height 8.3m (27’) ground
level
Javelin
Dimensions
Length (overall)
10.17m (33’ 4”)
Width 2.5m (8’ 2”)
Height 3.69m (12’ 1”)
Weight 30.48 tonnes (30 tons)
Engine
Type
G.M. Detroit Turbo charged
12V71T-N75 diesel
BHP 577 at 2300rpm
Top Speed l06kph (66mph)
Acceleration 0-80kph (0-50mph) 40 secs
Fuel 227 litres (50
galls) sufficient for 2 hours pumping at max engine speed
Specifications
Water Capacity
10,000 litres (2,200 galls)
Foam Capacity 1,200 litres (265 galls)
Monitor Output 4,540 litres per min (water)
(1,000gpm)
31,700 litres
per min (foam) (6,973gpm)
Sideline Output 450 litres per min (l00gpm)
Monitor Throw 60 metres (197 feet)
Monitor Working Pressure 14.6 bars (220psi)
Sideline Working Pressure 6 bars (90psi)
Fire Pump Godiva MK21 single stage
Centrifugal Pump
Ancillary Equipment
Skyking Load
136 kg (300 lbs)
Skyking Height 10.5 metres (34’ 5”)
Lighting Mast Height 7.6 metres (25 feet)
Lighting Mast Illumination
110 volt alternator
supplying 2 x 1,000 watt floodlights
BCF 2 x Perrin 100kg unit
Produced by the Public Relations Department, BAA, Glasgow Airport, December 1985.
Glasgow station with all ‘mod cons’
A new look Glasgow Airport fire
station was opened in December, representing an investment of £750,000 by the
British Airports Authority (BAA).
The official opening was performed by Cllr James Burns, convener of Strathclyde
Regional Council, who unveiled a plaque in the station’s lecture room to
commemorate the occasion.
Situated at the intersection of the airport’s two runways, the fire station has
undergone a £500,000 programme of rebuilding, modernisation and extension.
Architects for the project were Edinburgh based Sir Basil Spence, Glover and
Ferguson, while John Laing Construction Ltd of Glasgow was the main contractor.
The new accommodation now has bays for five fire-fighting appliances which are
equipped with maintenance pits and constantly kept at an even temperature to
ensure that the vehicles start up immediately in any weather.
The extensive lecture and study rooms enable firemen to undergo a rigorous
theoretical training programme, while the adjacent training aircraft and fire
ground provide them with practical experience.
Technology is to the fore in the control room too, where the most advanced
communications system currently available ensures almost instant contact with
other airport and emergency services.
A new fire-appliance, the Gloster-Saro Javelin Mark II (above), is also in
service at the airport, joining a fleet of five other fire-fighting vehicles.
(FIRE magazine, March 1986. Page 36.)
Appliance Specifications 2013
VIPER Light Foam Tender
Dimensions |
Width 2.9m |
Capacities | Water 5650 ltr |
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Length 8.67 |
Foam 875 ltr | |
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Height 3.72m |
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Weight 19,000kg |
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Monitor |
Alco HH367 |
Deliveries | 2 restricted to 7 bar |
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Output 2500 lpm @14 bar; throw 67m |
1 unrestricted in near side locker | |
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BCF |
50kg Trolley Unit : 9m semi rigid 17mm hose. |
Dry Powder | 35kg Trolley Unit : 15m lay flat 25mm hose. |
COBRA 2 Major Foam Tender
Dimensions |
Width 2.97m over body. 3.16 over mirrors |
Capacities | Water – 11500 ltrs |
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Length – 10.5m |
Foam – 1750 ltrs | |
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Height – 3.77m (plus safety rails) |
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Weight- 32.5t fully laden. |
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Monitor |
Carmichael power assisted High output 4500 ltr per minute @14 bar |
Deliveries | 2 restricted to 7 bar running pressure |
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Throw 75m |
1 unrestricted | |
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BCF |
50kg Trolley mounted unit |
Dry Powder | 50kg Trolley Mounted Unit |
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9m Semi rigid hose and 2 kg per second applicator |
9m Lay flat hose and 1.5 per second applicator. |
ROSENBAUER PANTHER Major Foam Tender
Dimensions | Width 3m | Capacities | Water - 1,2500 ltrs |
Length11.45m | Foam - 1,500 ltrs | ||
Height 3.65m | Training Foam 200 ltrs | ||
Weight 36,000kg laden 22,000kg un-laden | |||
Performance | 705 Horse Power | Clarkmast Lighting | 8x24 LEDS 700 watts height approx 5.5m |
0 to 80kph in under 30 secs Top speed 115kph | Remote controlled up to 100m | ||
Turning circle under 30m | |||
Roof Monitor | 5,600 ltrs per minute @14.5 bar | Bumper Turret | 1,500 ltrs per minute @ 17.5 bar |
Throw 70m Spray pattern 13m wide | Throw 50-55m Spray pattern 8m wide | ||
Deliveries | 7.5 bar at 450 litres per minute | Water Top Up | 2 Butterfly inlets on each side, roof access |
10 bar @ at 450 litres per minute in Red | |||
Underbody Spray | 7 nozzles 10 bar @ 75 lpm each | High Pressure Hose-Reel | 80m length 40 bar @ 170 litres per minute |
Dry Powder | 225kg vehicle mounted | Dry Powder | 35kg Trolley Mounted Unit |
40m hose throw 9m 2.5kg per sec discharge approx 90secs | 9m hose 1.7kg per sec discharge approx 21secs |
If you know of any mistakes in this or have any additional information please let me know.