1948 Summer Olympics Torch Relay
There were three types of torches designed for use on the relay: a standard solid fuel powered torch made of aluminium, a special butane gas torch used on board HMS Whitesand Bay, and a final torch used to enter Empire Stadium that was made of stainless steel and powered by a magnesium candle.
The route itself was initially designed to be a direct one from Olympia to Wembley, taking in Italy, Switzerland and France. Belgium and Luxembourg were added to the route after those countries requested it. It was expected that the Greek part of the relay would be 750 kilometres (470 mi), but was reduced to 35 kilometres (22 mi) due to concerns over security. After the 12-day journey, the torch arrived at the Empire Stadium only thirty seconds later than expected.
Background
London having hosted the 1908 Summer Olympics, the 1948 event was only the second Games to stage an Olympic torch relay, it being first run at the 1936 Summer Olympics in Berlin. Former British athlete David Cecil, 6th Marquess of Exeter, and the rest of the organising committee for the 1948 Games, agreed to run a torch relay for a second time.
Relay elements
Torch
Each of the torches contained a solid fuel tablet made of hexamine and 6% naphthalene (following torch running tests in May 1947) that fuelled the flame itself. The solid fuel increased the distance each runner could run to 2 miles (3.2 km) over flat terrain, decreasing the number of torches needed to be produced, which in turn reduced the cost of the relay. There were eight tablets loaded into each torch, with the bottom tablets pushed up by the use of a spring. The design increased the burning time of each torch up to around fifteen minutes, an increase from the four-minute torches of the 1936 Olympics. The torch itself was designed by Ralph Lavers, with the brief that it should be "inexpensive and easy to make, of pleasing appearance and a good example of British craftmanship". The torches were made from aluminium, with a long shaft holding a cup that contained the burner. "With thanks to the bearer" was written on the cup of the torch itself, along with the Olympic rings. The torches for the Greek leg of the relay were shipped to the Mediterranean aboard HMS Liverpool, along with a purpose-built torch for the leg aboard a Royal Navy vessel from Corfu to Italy.
A differently designed torch was used for the final leg. It was made of stainless steel and was fueled by magnesium in order to ensure that the flame showed up properly during the opening ceremony. It was also designed by Ralph Lavers, with the frame for the torch created by EMI, and the magnesium candle supplied by Wessex Aircraft Engineering. Neither the suppliers nor designer charged a fee for the final torch.
Planned torch route
- Key
* As planned
Location | Distance | Stages | Torches |
---|---|---|---|
Greece | 750 kilometres* | 300 | 324 |
HMS Whitesand Bay | 415 kilometres | — | 6 |
Italy | 1,072 kilometres | 500 | 540 |
Switzerland | 261 kilometres | 135 | 144 |
France (i) | 521 kilometres | 270 | 300 |
Luxembourg | 108 kilometres | 38 | 42 |
Belgium | 287 kilometres | 108 | 120 |
France (ii) | 126 kilometres | — | — |
HMS Bicester | 35 kilometres | — | 12 |
England (Dover - Wembley) | 255 kilometres | 73 | 80 |
England (Wembley - Torquay) | 330 kilometres | 107 | 120 |
Total | 3,160 kilometres (1,960 mi) | 1531 | 1688 |
- Source: The Official Report of the Organising Committee for the XIV Olympiad