Rewind – The Schneider Trophy by W. Cox
Update: 2024-04-10
Description
The ultimate test of the great powers’ pilots, aircraft and powerplants in the interwar period, the Schneider Trophy seaplane contest pushed forward aviation design to new heights and directly led to the Spitfire and Merlin engine.
W. Cox, a member of the trophy winning Supermarine team, takes us through each contest, starting with the pre-World War II contests and highlights how the key technological developments in aircraft design were represented in the race.
Please note, due to the age of this recording, there are periods of poor sound quality.
W. Cox addressed a meeting organised by the Royal Aeronautical Society’s Historical Group on 12 October 1965. The lecture was introduced by J. L. Nayler FRAeS FAIAA, the recording was digitised thanks to a grant from the RAeS Foundation and the podcast was edited by Eur Ing Mike Stanberry FRAeS.
W. Cox, a member of the trophy winning Supermarine team, takes us through each contest, starting with the pre-World War II contests and highlights how the key technological developments in aircraft design were represented in the race.
Please note, due to the age of this recording, there are periods of poor sound quality.
W. Cox addressed a meeting organised by the Royal Aeronautical Society’s Historical Group on 12 October 1965. The lecture was introduced by J. L. Nayler FRAeS FAIAA, the recording was digitised thanks to a grant from the RAeS Foundation and the podcast was edited by Eur Ing Mike Stanberry FRAeS.
Comments
Top Podcasts
The Best New Comedy Podcast Right Now – June 2024The Best News Podcast Right Now – June 2024The Best New Business Podcast Right Now – June 2024The Best New Sports Podcast Right Now – June 2024The Best New True Crime Podcast Right Now – June 2024The Best New Joe Rogan Experience Podcast Right Now – June 20The Best New Dan Bongino Show Podcast Right Now – June 20The Best New Mark Levin Podcast – June 2024
In Channel
Download from Google Play
Download from App Store
United States00:00
00:00
1.0x
