Showing 4 items matching 'tank traps'
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Torquay and District Historical Society
salvaged timber pole
... 'tank traps'... strategy during WW2. In the 1940s 'Tank Traps' were placed across... strategy during WW2. In the 1940s 'Tank Traps' were placed across ...This pole was used in the construction of the first Torquay Lifesaving Club clubhouse in 1945. it was dug up by club members from the mouth of Spring Creek, where it had been laid as part of defence strategy during WW2. In the 1940s 'Tank Traps' were placed across low lying Victorian Beaches to stop potential invading Japanese forces. This pole was salvaged from the ashes of the fire which destroyed the first TLSC clubhouse in 1970.This wooden pole was used in the foundations of the first Torquay Surf Life saving Club club house. Timber pole associated with WW2 and Torquay SLSC, damaged by fire in 1970.torquay lifesaving club, 'tank traps', world war 11, local war defences -
4th/19th Prince of Wales's Light Horse Regiment Unit History Room
Document, Wilke and Co Pty Ltd, Army Training memorandum (War) (Australia) No 41, 27 Aug 1945
A document distributed to each officer providing information on some weapons and their use, Japanese sign posts, notes on flame throwers, Jap island defences, booby traps and the new grenades they were using against tanksRestricted notice. This document must not fall into enemy hands.world war 2, intelligence, japanese -
Seaworks Maritime Museum
Firefighting jacket, re-breathing apparatus & air tank
Used for fighting ship fires in holds and accommodation. Air tank alone would supply 40 minutes of air, however, with the re-breathing apparatus, the wearer could get up to 2 hours of oxygen supply. Such apparatus were also used frequently in mining rescues. If the wearer found themselves trapped and immobile, they could decrease the rate of oxygen supply to provide for up to 12 hours.Black fire fighter jacket with yellow fluoro strips and blue with a black and white checkered lining (267.1). Ensemble also includes oxygen re-breather apparatus (267.2) and air tank (267.3).2/ MH TRUST 77/2/421 942/ Port of Melbourne Emerg S -
National Wool Museum
Tool - Water Pump, c.1960
A windmill may be considered one of the most iconic sights of Australian Farming life. A pump like this rest at the heart of all such windmills, turning wind energy into water for farmers both here in Australia and worldwide alike. The water windmills access is referred to as an aquifer, an underground layer of water trapped in rocks but accessible with use of water wells and windmills. Australia is home to an underground aquifer known as the Great Artesian Basin. It is the largest and deepest aquifer in the world. Stretching over 1,700,000 square kilometres, the Basin underlies nearly a quarter of the continent including most of Queensland, the south- east corner of the Northern Territory, the north-east part of South Australia and the northern part of New South Wales. The basin is 3,000 metres deep in places and is estimated to contain 64,900 cubic kilometres of groundwater. To try and give this number context, a megalitre is a million litres. The Great Artesian Basin contains 65,000 million megalitres of water. This would be enough to cover all the land on the planet in almost half a metre of water.Lift style piston pump typical of an Australian farm connected to a multi-bladed windmill. Bronze cylindrical construction coming up from removable wood base. Rotating lever is above outlet pipe which would send water to the storage tank.windmill, australian farming, great artesian basin, aquifer