The cover is a faded mustard colour.wireless communications

Green linen covered metal binder. Training manual for Wireless Sender E513. Plastic sleeve for each page of (Aust) Telecommunication sheetsProperty of US Governmentmanual, wireless communications

Green linen covered metal binder. Training manual for Wireless Sender C11. Plastic sleeve for each page of (Aust) telecommunication sheetsProperty of US Governmentmanual, wireless communications

.1 - Report - 60 pages within a grey cover stapled on the side titled "Summary of Australian Statistics for Transport and Communication for the Years 1926 to 1936", Bulletin No. 27, prepared by the Government Statistician Roland Wilson. Details statistics for Railways, tramways, motor vehicles, aviation, traffic accidents, shipping, posts, telegraphs and telephones and wireless communications. The tramway pages have been scanned. .2 - Photocopy of a similar document for June 1971 - for Tramways, Trolley-bus, Omnibus and Ferry Services. private railways, Gives tables of route miles, vehicle miles, rolling stock, passengers, revenue and expenses, employees and accidents.trams, tramways, statistics, australian trams, melbourne, victoria, ballarat, bendigo

Interior of Ford Falcon showing driving shaft with column shift and communications equipment. Circa 1961police vehicles; wireless patrol; motor transport branch; motor transport section; ford falcon car

gray plasticnon-fictionThe history of the New Guinea Air Warning Wireless Company. This reprinted version contains a map of the dispositions of Spotting Stations August 1943, additional MID awards listed and some additions to the nominal roll. The New Guinea Air Warning Wireless Company was formed in Port Moresby in late January 1942 and was granted “Separate Independent Establishment” status in October 1943. The company’s “founding father” was Major Don Small, who had witnessed Japanese air raids on Rabaul and realised that having lacked an effective early-warning system around New Britain meant that the defenders were taken by surprise. At the time, gaps had also appeared in the coast-watching communications network because the territory administration ordered the withdrawal of civilian wireless operators when Japan entered the war. The first influx of men into the company consisted largely of volunteers from the 39th Infantry Battalion, which was stationed at Port Moresby. Initial training was rudimentary, hasty, and was sometimes even carried out on en route to a new station. The first party of company personnel, or “spotters”, left Port Moresby as early as 1 February 1942, bound for the strategically important Samarai area, at the tip of Papua. In the first month of the company’s existence 16 spotter stations were established on the coast of Papua and in the mountains around Port Moresby. At the end of 1942 there were 61 operational stations being run by 180 men. The company’s high-water mark was in late 1944, by which time over 150 stations had been set up in Papua and New Guinea behind enemy lines. On 3 February 1942 the company issued its first air warning in Papua, when spotters at Tufi saw Japanese aircraft about to attack Port Moresby for the first time. The following month the company was responsible for the first Japanese killed in action in Papua by Australian ground forces, when spotters from Gona engaged the crew of a downed Japanese bomber. And in July 1942 the station at Buna signalled Port Moresby with news of the Japanese landings in Papua, marking the beginning of the Kokoda campaign. The dangers involved in the company’s work had also been made clear by this time. In July 1942 a party of spotters attempting to set up a station at Misima Island, off Milne Bay, was intercepted by a Japanese destroyer, resulting in the company’s first operational losses. Anticipating the direction of the campaign as a whole, the company’s focus moved north and north-west over the three years of its existence. In May 1942 a network was set up in the Wau area in association with the activities of Kanga Force. As part of the Wau network, spotter Ross Kirkwood audaciously constructed an observation post overlooking the Japanese airstrip at Salamaua. Kirkwood’s position was photographed by Damian Parer on the understanding that the pictures would not be published. They nevertheless appeared in a Sydney newspaper. The day after the publication of the photographs the observation post was attacked by the Japanese and Kirkwood was lucky to escape. In June 1944 the company’s headquarters were moved to Nadzab. By that time, spotter stations existed behind Japanese lines, as far north as Hollandia, and the company began to train Americans to perform similar work in the Philippines. In early 1945 the company moved to Balcombe, Victoria, where its members were posted to other units of the Australian Corps of Signals.world war ii, special operations, new guinea, new guinea air warning wireless company

The RVIB Radio Club was established initially as an entertainment for the RVIB 18th Box Hill Scout group, however anyone who was interested was welcome to join. In 1966 a licence application was submitted and approved, with the call sign allocated initially being VA1277 and used by the group in their initial transmission of September 25, 1967 . An appeal was made to change this to VK3VIB however this was rejected. An alternative call sign of VK3AVI was approved however, and first used on October 23, 1967. The club fostered an interest in radio communications and some later obtained licences of their own. The Radio Club lasted for 20 years and eventually concluded on November 16, 1988 with the equipment donated to the Kooyong Radio Club. A potted history of the club has written by Alex Paterson.3 log books and various loose papers including a brief history, radio licences, rosters and Wireless Institute of Australia Victorian Division membership cards.royal victorian institute for the blind, rvib burwood school, esme dunnell, alex paterson

This telegram was sent from the Royal Netherlands Airways, Sydney, to the manager of ABC Radio Station 2CO, Corowa, New South Wales. This telegram relates to the 1934 London to Melbourne Air Race. The telegram records the Royal Netherlands Airways' thanks to ABC Radio 2CO radio staff for their efforts in broadcasting an emergency message to the residents of Albury after the Dutch airliner ‘Uiver’ became lost at night in bad weather. As requested local radio listeners drove their cars to the Albury racecourse and illuminated an emergency landing ground using their vehicle headlights. This allowed the lost airliner to land safely.This item relates to the London to Melbourne Air Race of 1934, a significant event that shaped Australia's history as it proved travelling to and from Australia could be done within a reasonable time by air, thereby making the country less isolated. Up to that time Australia was three weeks away from Europe by steam ship. The Air Race was dreamt up by the Lord Mayor of Melbourne, Harold Smith, to commemorate the centenary of Victoria's statehood and was sponsored by the Melbourne chocolate manufacturer Sir MacPherson Robertson. The Royal Netherlands Airways entered a Douglas DC2 plane 'Uiver' - the largest aircraft in the race, and the only one to carry passengers as well as crew, to show that a commercial passenger service to Australia was possible. But in the last leg of the race, the Uiver lost its way in an electrical storm over the Riverina town of Albury. Several communication methods were used to land the plane safely, including the signalling of the word "Albury" in Morse code using the town's street lights. Local ABC Radio station 2CO also made a call for locals to light up a makeshift landing strip for the plane at the town's racecourse. The plane landed safely and the next morning with the help of the townspeople who pulled it out of the mud, took off and finished the race in second place. The story of the Uiver points to the importance of communication in its various forms: two-way and broadcast radio, Morse, and light signals. The survival of the Uiver is a reflection of the ingenuity of Australian communications and the solutions that can be found through the sharing of ideas of information. The landing of the Uiver was an important moment in Albury's social history, as residents participated in the rescue of the plane and its passengers, helping the Uiver to continue on its journey and finish second in the Race. When the Uiver crashed in the Syrian Desert in December 1934, Albury residents contributed to a memorial which honoured those who were killed. Beige paper telegram printed with black ink and overwritten with typewriter. Telegram split into sections designating details of the telegram, details of the recipient and a space for the transmitted message. A small section of paper is missing from bottom left corner."Extend to you my warmest appreciation for your most valuable / assistance rendered to Netherlands machine by continuously keeping your / wireless organisation available during a period of extremely difficult / air navigation stop I assure you that in Holland and in Java your action / is most deeply appreciated Bakker chief representative in Australia for / Royal Netherlands airways. / 6 18pm"telegrams, telegraphic messages, communications, radio, uiver, royal netherlands airways, albury, london to melbourne air race, morse code

Type used by RAAF Radar station at Wilsons Promontory Lightstation (RS 14) for backup communications 1942 - 1946. This is an AT5 MF/HF 50 watts radio transmitter with black face and multiple dials and switches; There is also an AR8 radio receiver with a brown face and various dials and switches; and an AT5 radio aerial coupling unit with black face and dials and switches in the WP collection. They functioned as a set and were manufactured in 1938 at the Ashfield, Sydney workshop of AWA (Amalgamated Wireless Australasia Ltd, later AWA Ltd), Australia’s largest electronics manufacturer and broadcaster. They are rare outside Australia as they were seldom exported to other air forces, and remained in service until the late 1950s. An AT5 transmitter and AT5 coupling unit are held in Sydney’s Powerhouse Museum.The three units in the Wilsons Promontory Museum were deployed by the RAAF in WWII and represent the types of communications equipment used at the 14 Radar Station, Wilsons Promontory. It is not known, however if these particular examples were used at the lightstation and are part of the same set. They have interpretive relevance to the collection, but their significance to the lightstation is dependent on whether they have a direct historical association with the radar station that operated there. The units will have first level contributory significance if it is confirmed they were used at the Wilsons Promontory Radar Station.Radio receiver, grey metal face with multiple dials & switches

Type used by RAAF Radar station Wilsons Prom (RS 14) for backup communications 1942 - 1946. This is an AR8 radio receiver with a brown face and various dials and switches; They functioned as a set and were manufactured in 1938 at the Ashfield, Sydney workshop of AWA (Amalgamated Wireless Australasia Ltd, later AWA Ltd), Australia’s largest electronics manufacturer and broadcaster. They are rare outside Australia as they were seldom exported to other air forces, and remained in service until the late 1950s.202 An AT5 transmitter and AT5 coupling unit are held in Sydney’s Powerhouse Museum.203 The three units in the Wilsons Promontory Museum were deployed by the RAAF in WWII and represent the types of communications equipment used at the 14 Radar Station, Wilsons Promontory. It is not known, however if these particular examples were used at the lightstation and are part of the same set. They have interpretive relevance to the collection, but their significance to the lightstation is dependent on whether they have a direct historical association with the radar station that operated there. The units will have first level contributory significance if it is confirmed they were used at the Wilsons Promontory Radar Station.The units will have first level contributory significance if it is confirmed they were used at the Wilsons Promontory Radar Station.Radio tuning unit, brown metal face with multiple dials & switches.Yes

Type used by RAAF Radar station (RS 14) for backup communications 1942 - 1946. This one is an AT5 radio aerial coupling unit with black face and dials and switches. They functioned as a set and were manufactured in 1938 at the Ashfield, Sydney workshop of AWA (Amalgamated Wireless Australasia Ltd, later AWA Ltd), Australia’s largest electronics manufacturer and broadcaster. They are rare outside Australia as they were seldom exported to other air forces, and remained in service until the late 1950s.202 An AT5 transmitter and AT5 coupling unit are held in Sydney’s Powerhouse Museum.203 The three units in the Wilsons Promontory Museum were deployed by the RAAF in WWII and represent the types of communications equipment used at the 14 Radar Station, Wilsons Promontory. It is not known, however if these particular examples were used at the lightstation and are part of the same set. They have interpretive relevance to the collection, but their significance to the lightstation is dependent on whether they have a direct historical association with the radar station that operated there. The units will have first level contributory significance if it is confirmed they were used at the Wilsons Promontory Radar Station.radio aerial coupling unit grey metal face with multiple dials & switches

This photograph shows Gladys Marriott, aged 15, in the potato fields of her father's property in Moorabbin. Her cousin Graeme (centre) and younger brother Alfred (right) are with her. Moorabbin is a suburb in the City of Kingston that was originally established as a rural market gardening communityThe Marriott property in Moorabbin was adjacent to a secret wartime wireless receiving station established in March 1942 in Chesterville Road, Moorabbin. The station was established on requisitioned market garden properties, and soon housed WRAN (Women's Royal Australian Navy) personnel and up to 35 US Navy servicemen. The Navy personnel intercepted Japanese coded communications and then despatched these by motorbike messenger to Queens Road, St Kilda where the Directorate of Naval Communications and the code-breaking unit called FRUMEL (Fleet Radio Unit - Melbourne) were housed. The information intercepted by the wireless receiving station helped shape the Allied response to Japan's advances in the Pacific. Declassified defence records show that this unprepossessing station handled some of World War II's most sensitive secrets, however the local community were unaware of its significance. Gladys Marriott, working on her father's property, would regularly take the family's cows to graze in the fields adjoining the station with no concept of what the Navy personnel were doing. Black and white photograph of a young woman and two small boys standing around a wooden crate filled with potatoes. They each have potatoes in their hands. They are standing in a field. Handwritten in red ink: A 601 / 72% Handwritten in black ink: CHAP 6. Handwritten in black ink: GLADYS STOTT (MARIOTT) / DURING WAR YEARS / With Spybase Storymarket garden, children, farming, local production, world war ii, wireless receiving station, moorabbin

This image shows motorbike despatch riders who were tasked with transporting intercepted Japanese communications from the wartime wireless receiving station established in Chesterville Road, Moorabbin to Queens Road, St Kilda where the Directorate of Naval Communications and the code-breaking unit called FRUMEL (Fleet Radio Unit - Melbourne) were housed. The despatch riders would travel every two hours, all day and night. The wireless receiving station was established in Moorabbin because it was considered an area free of significant electrical interference and was not too far afield from the Melbourne headquarters in Queens Road. Moorabbin was originally established as a rural market gardening community.A secret wartime wireless receiving station was established in March 1942 in Chesterville Road, Moorabbin. The station was established on requisitioned market garden properties, and soon housed WRAN (Women's Royal Australian Navy) personnel and up to 35 US Navy servicemen. The Navy personnel intercepted Japanese coded communications and then despatched these by motorbike riders to Queens Road, St Kilda where the Directorate of Naval Communications and the code-breaking unit called FRUMEL (Fleet Radio Unit - Melbourne) were housed. The information intercepted by the wireless receiving station helped shape the Allied response to Japan's advances in the Pacific. Declassified defence records show that this unprepossessing station handled some of World War II's most sensitive secrets, and the despatch riders were a familiar sight in the Moorabbin area, though few were aware of their purpose. Black and white image of three men in uniform sitting astride three motorcycles in front of cars and buildings. The rider on the right is Jack Barker a local resident. Handwritten in red ink: A 602 / 90% Handwritten in blue ink: SW / 950301111 Handwritten in grey pencil: A 34 CHAP 6 / Spy basemoorabbin, despatch riders, wireless receiving station, world war ii, frumel (fleet radio unit - melbourne)

After the 1939 bushfires, the Forests Commission invested heavily in a radically new communications network. After suffering some inevitable delays due to the War, radio VL3AA switched into full operation in October 1945 proudly beaming out 200 watts across the State. But by today’s standards, the technology was primitive and the reception poor unless the user was on a high point somewhere. The radio signal was "line-of-sight" and bounced between fire towers and relay transmitters across the mountains back to the District offices. The more secure and versatile State Mobile Radio (SMR) digital trunk system came into operation in about 1995. Upgraded Tait Radios were purchased in 2014 after recommendations of the 2009 Bushfires Royal Commission. But it was the convergence of separate technologies such as 4G mobile phones, high-capacity and light-weight lithium batteries, Wi-Fi, the ever-expanding internet, cloud data storage, digital cameras, GPS, personal organisers and hundreds of supporting Apps into powerful smartphones and tablets which revolutionised bushfire communications from the mid-2000s.Base station radio with handsetRC-4B Amalgamated Wireless Australiabushfire, radios, forests commission victoria (fcv)

After the 1939 bushfires, the Forests Commission Victoria invested heavily in a radically new communications network. After suffering some inevitable delays due to the war, radio VL3AA switched into full operation in October 1945 proudly beaming out 200 watts across the State. But by today’s standards, the technology was primitive and the reception poor unless the user was on a high point somewhere. The radio signal was "line-of-sight" and bounced between fire towers and relay transmitters across the mountains back to the District offices. The advent of solid-state electronics in the 1960s replaced the more delicate valve sets which enabled greater use of vehicle mounted radios. The Commission continued to research, develop and build new radios at its many workshops around Victoria. The network was supported by a large team of skilled radio technicians. The more secure and versatile State Mobile Radio (SMR) digital trunk system came into operation in about 1995. Upgraded Tait Radios were purchased in 2014 after recommendations of the 2009 Bushfires Royal Commission. But it was the convergence of separate technologies such as 5G mobile phones, high-capacity and light-weight lithium batteries, Wi-Fi, the ever-expanding internet, cloud data storage, digital cameras, GPS, personal organisers and hundreds of supporting Apps into powerful smartphones and tablets which revolutionised bushfire communications from the mid-2000s. Mobile vehicle radio with handsetAmalgamated Wireless VFH FM Model 25Mbushfire, radios, forests commission victoria (fcv)