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Crashes hold a fascination for many people. It doesn’t matter if they are plane crashes, railway (railroad) crashes or anything involving a vehicle, people study and read about them.

Some of this is for good – analysis by investigators after an accident can lead to greater safety systems being put in place. Analysis after many incidents in the aircraft industry has led to development of the ‘Swiss Cheese Model’ of risk analysis and risk management. This likens slices of Swiss cheese (the type which has random holes) being lined up together with each hole representing a potential risk to safety. Normally the holes do not align, and all is well, but should the holes align, safety is at risk and the worst can sometimes happen. This model is used in the NHS (in the UK) and in many other industries to investigate and change things after an incident to prevent a similar recurrence.

Sadly, in many of these incidents, there is a human story where lives can be changed for ever and fatalities occur. At #5BFTS during WW2, accidents and crashes occurred. After the death of an RAF cadet in an airplane crash, an investigation report would be written. These were mostly focused on the reasons the accident had occurred, but also led to changes. A good example of this is the crash in January 1942 in which Roger Crosskey (Course 3) was killed when his Vultee BT-13 crashed on landing at Riddle Field after a night flying exercise. A few months after this, the Vultee was withdrawn from RAF training programmes in the United States.

Twenty-three RAF cadets died during training in Florida and are buried in the Commonwealth War Graves Commission British Plot, Oak Ridge Cemetery, Arcadia, Florida. Of these, 19 were killed in a plane crash.

This Collection is dedicated to all those who were at #5BFTS and who lost their lives in a plane crash during WW2 whether at #5BFTS, on active service or elsewhere.

‘Their efforts to preserve the freedom of the world were not in vain and will never be forgotten’

This digital exhibit is a part of the #5BFTS archive hosted in Embry-Riddle Aeronautical University's institutional repository AERO Commons.

  • 100a Stearman PT-17 on the island in Lake Okeechobee

    100a Stearman PT-17 on the island in Lake Okeechobee

  • 100b Close up of Stearman PT-17 - number 22 upside down on island in Lake Okeechobee

    100b Close up of Stearman PT-17 - number 22 upside down on island in Lake Okeechobee

  • 100c Rear of photo 100a showing Stearman PT-17 on island in Lake Okeechobee, Florida

    100c Rear of photo 100a showing Stearman PT-17 on island in Lake Okeechobee, Florida

  • 100d John A Hibberd Course 26 Collection. Stearman crash in Lake Okeechobee. Dated 21.8.45

    100d John A Hibberd Course 26 Collection. Stearman crash in Lake Okeechobee. Dated 21.8.45

  • 101a Stearman PT-17 #9  upside down on top of  Stearman PT-17 #4.

    101a Stearman PT-17 #9 upside down on top of Stearman PT-17 #4.

  • 101b Explanation on back of photo 101a. Stearman PT-17 #9 and #4

    101b Explanation on back of photo 101a. Stearman PT-17 #9 and #4

  • 101c Stearman PT-17 #9 upside down on top of  Stearman #4

    101c Stearman PT-17 #9 upside down on top of Stearman #4

  • 102 Stearman PT-17 nose down.

    102 Stearman PT-17 nose down.

  • 103 Stearman PT-17 upside down

    103 Stearman PT-17 upside down

  • 104a PT-17. Stearman PT-17  'Out of gas near Riddle Auxiliary Field'

    104a PT-17. Stearman PT-17 'Out of gas near Riddle Auxiliary Field'

  • 104b Back of photo showing annotation for Stearman PT-17 - upside down and 'out of gas'

    104b Back of photo showing annotation for Stearman PT-17 - upside down and 'out of gas'

  • 105 Whoops! A Stearman PT-17 gets a little too close to a building

    105 Whoops! A Stearman PT-17 gets a little too close to a building