This is a wonderful image, and it depicts what is very recognizably a Royal Flying Doctor Service (RFDS) Beechcraft Super King Air 200/B200, which was one of the RFDS's principal aeromedical aircraft throughout the late 1990s and early 2000s. (The registration shown, "VH-FVZ," appears to be illustrative rather than something I'd rely on as identifying a specific historical airframe.)
For your story set in 2002, this is an excellent choice. The King Air B200 was one of the RFDS's workhorses during that period.
Aircraft OverviewManufacturer
PerformanceLength
EnginesTwo
Pratt & Whitney Canada PT6A-42
Each engine produces roughly
850 shaft horsepower
The PT6 family has an extraordinary reputation for reliability, which is one reason the RFDS has relied on King Air variants for decades.
Why the King Air was ideal for the RFDSAustralia's interior presents enormous logistical challenges.
Patients may be
RFDS ModificationsThe interior differed dramatically from a civilian King Air.
Instead of executive seating, the cabin became a flying intensive-care unit.
Medical Stretcher SystemThe cabin floor contained reinforced mounting rails.
The primary stretcher locked directly into these rails.
This prevented movement even during turbulence.
Many RFDS aircraft also had
Oxygen SystemLarge aviation-certified oxygen cylinders were permanently installed.
These fed
Electrical SystemAdditional inverters supplied
Cardiac MonitoringAircraft typically carried
DefibrillatorModern RFDS aircraft carried
VentilatorPatients requiring full respiratory support could remain ventilated during flight.
Portable ventilators were specifically designed to tolerate
Infusion PumpsSecure IV pump mounts allowed continuous delivery of
Suction SystemInstalled medical suction removed
Trauma StorageDedicated cabinets contained
SeatingThe cabin usually included
Cabin PressurizationOne of the King's greatest advantages was its pressurized cabin.
This meant
CommunicationsBy 2002, RFDS aircraft generally carried:
Typical RFDS MissionsA B200 might be dispatched for:
Why this aircraft is a fitting choice for Haddon
Given the role you've described for Haddon, the King Air B200 feels especially appropriate. It isn't a glamorous aircraft in the way a large jet might be. It's a machine built around a clear purpose: getting skilled medical teams and critically ill patients across enormous distances quickly and reliably. That aligns well with the character you've been developing—a professional whose work is defined by service rather than spectacle.
It's also worth noting that, in real RFDS operations, every crew member knows the aircraft intimately. Pilots, nurses, and doctors spend countless hours aboard the same airframes, trusting them with missions into some of the most isolated parts of Australia. That makes an aircraft more than transportation; it becomes part of the team's daily life. In a story, that can make the loss of an aircraft—and of someone like Haddon aboard it—carry an additional emotional weight because the machine itself is so closely associated with years of helping others.
For your story set in 2002, this is an excellent choice. The King Air B200 was one of the RFDS's workhorses during that period.
Aircraft OverviewManufacturer
- Beechcraft Corporation (now Textron Aviation)
- Super King Air 200 / B200
- Pressurized twin-engine turboprop
- Long-range utility aircraft
- Air ambulance
- Corporate transport
- 2 pilots
- Flight nurse
- Flight doctor (as required)
- Captain
- First Officer
- Flight Nurse
- Retrieval Physician
PerformanceLength
- 43 ft 10 in (13.36 m)
- 54 ft 6 in (16.61 m)
- 14 ft 10 in (4.52 m)
- approximately 12,500 lb (5,670 kg)
- approximately 300 knots
- about 345 mph (555 km/h)
- around 330 knots
- roughly
- 1,500–1,800 nautical miles
- depending upon payload
- 35,000 feet
EnginesTwo
Pratt & Whitney Canada PT6A-42
Each engine produces roughly
850 shaft horsepower
The PT6 family has an extraordinary reputation for reliability, which is one reason the RFDS has relied on King Air variants for decades.
Why the King Air was ideal for the RFDSAustralia's interior presents enormous logistical challenges.
Patients may be
- 800 miles from a trauma center
- on cattle stations
- at Aboriginal communities
- at mining camps
- at tiny dirt airstrips
- land on relatively short runways
- operate from rough strips
- fly fast enough to minimize transport time
- remain economical
- carry advanced medical equipment
RFDS ModificationsThe interior differed dramatically from a civilian King Air.
Instead of executive seating, the cabin became a flying intensive-care unit.
Medical Stretcher SystemThe cabin floor contained reinforced mounting rails.
The primary stretcher locked directly into these rails.
This prevented movement even during turbulence.
Many RFDS aircraft also had
- secondary stretcher capability
- infant transport systems
Oxygen SystemLarge aviation-certified oxygen cylinders were permanently installed.
These fed
- patient oxygen masks
- ventilators
- emergency outlets
- trauma
- cardiac patients
- respiratory emergencies
- premature infants
Electrical SystemAdditional inverters supplied
- 240-volt AC
- medical-grade DC power
Cardiac MonitoringAircraft typically carried
- ECG monitor
- cardiac monitor
- pulse oximeter
- blood-pressure monitor
- capnography
DefibrillatorModern RFDS aircraft carried
- manual defibrillator
- automated external capability
- pacing functions
- cardiac arrest
- severe arrhythmias
- ventricular fibrillation
VentilatorPatients requiring full respiratory support could remain ventilated during flight.
Portable ventilators were specifically designed to tolerate
- vibration
- altitude
- changing cabin pressure
Infusion PumpsSecure IV pump mounts allowed continuous delivery of
- blood products
- pain medication
- antibiotics
- cardiac drugs
- anesthetics
Suction SystemInstalled medical suction removed
- blood
- secretions
- vomitus
Trauma StorageDedicated cabinets contained
- airway equipment
- splints
- dressings
- emergency medications
- surgical kits
- obstetric supplies
SeatingThe cabin usually included
- physician seat
- nurse seat
- attendant seat
Cabin PressurizationOne of the King's greatest advantages was its pressurized cabin.
This meant
- less stress on trauma patients
- improved oxygenation
- safer transport after surgery
- reduced fatigue
CommunicationsBy 2002, RFDS aircraft generally carried:
- VHF and HF radios for long-distance communications across remote Australia
- Satellite communications (increasingly common)
- GPS navigation systems
- Weather radar
- Traffic Collision Avoidance System (TCAS)
- Emergency Locator Transmitter (ELT)
- RFDS dispatch
- regional hospitals
- trauma centers
- local clinics
- remote station managers
Typical RFDS MissionsA B200 might be dispatched for:
- Major motor vehicle accidents
- Stockmen injured on remote cattle stations
- Snake bites
- Mine accidents
- Cardiac emergencies
- Stroke patients
- Premature infants
- Obstetric emergencies
- Severe burns
- Head injuries
- Sepsis
- Pediatric emergencies
Why this aircraft is a fitting choice for Haddon
Given the role you've described for Haddon, the King Air B200 feels especially appropriate. It isn't a glamorous aircraft in the way a large jet might be. It's a machine built around a clear purpose: getting skilled medical teams and critically ill patients across enormous distances quickly and reliably. That aligns well with the character you've been developing—a professional whose work is defined by service rather than spectacle.
It's also worth noting that, in real RFDS operations, every crew member knows the aircraft intimately. Pilots, nurses, and doctors spend countless hours aboard the same airframes, trusting them with missions into some of the most isolated parts of Australia. That makes an aircraft more than transportation; it becomes part of the team's daily life. In a story, that can make the loss of an aircraft—and of someone like Haddon aboard it—carry an additional emotional weight because the machine itself is so closely associated with years of helping others.