The Ferret Scout Car , was developed by the British Army in the late 1940s and came into production in the 1950s. The Ferret first saw service in the British Army in 1952, and a little later in Australia. There were many series and Marks of the Ferret. In Australia two were primarily used. The Mark1, which had no turret and a crew of three, and the Mark2, with a turret and a crew of two. The Australian Army used the Ferrets as scout cars until the 1960s, they were disposed of by public auction in the early 1970s. The Ferret is a light armoured car, intended for light reconnaissance work, they are very mobile and were well suited to their role. The vehicle was designed by Daimler, as a further development on the successful Daimler Dingo of WW2. The Ferret is fully armoured and the standard model of the Ferret Mk2 was further strengthened shortly after its design and became the Mk2/3 (this is the usual model referred as the Mk2). The motor was Roll Royce B60 motor, giving the vehicle a power to weight ratio of 29.35 break horse power per tonne, the vehicle weighs 3.6 tonnes, although a combat weight would be 4.3 tonnes. It is four wheel drive, constant, and has a top speed of 93 k.p.h. (approx 50 m.p.h.). Fuel consumption is only about 34 litres per kilometer. The Ferret is 3.8 metres long by 1.9 metres wide and is 1.9 metres high, not including radio aerials. The ground clearance is .33 of a metre and the track width is 1.5 metres.Ferret Scout Car - B60 No 1 Mk 6A transmission assembly incorporating engine, fluid coupling, gear box and transfer box.Engine Number 12993 List Number 35418 Modification plate marked to Mod 3. ferret scout car, transmission

The Ferret Scout Car Mark 2, was developed by the British Army in the late 1940s and came into production in the 1950s. The Ferret first saw service in the British Army in 1952, and a little later in Australia. There were many series and Marks of the Ferret. In Australia two were primarily used. The Mark1, which had no turret and a crew of three, and the Mark2, with a turret and a crew of two. The Australian Army used the Ferrets as scout cars until the 1960s, they were disposed of by public auction in the early 1970s. The Ferret is a light armoured car, intended for light reconnaissance work, they are very mobile and were well suited to their role. The vehicle was designed by Daimler, as a further development on the successful Daimler Dingo of WW2. The Ferret is fully armoured and the standard model of the Ferret Mk2 was further strengthened shortly after its design and became the Mk2/3 (this is the usual model referred as the Mk2). The motor was Roll Royce B60 motor, giving the vehicle a power to weight ratio of 29.35 break horse power per tonne, the vehicle weighs 3.6 tonnes, although a combat weight would be 4.3 tonnes. It is four wheel drive, constant, and has a top speed of 93 k.p.h. (approx 50 m.p.h.).Fuel consumption is only about 34 litres per kilometer. The Ferret is 3.8 metres long by 1.9 metres wide and is 1.9 metres high, not including radio aerials. The ground clearance is .33 of a metre and the track width is 1.5 metres.ferret scout car, transmission

In 1920 the Prince of Wales visited Australia to extend official thanks for its support during World War I and to strengthen links to the Empire. The Prince toured extensively, and his tour was one of the most popular royal visits ever. Wherever he went public holidays were declared, foundation stones laid, memorials unveiled and receptions and balls. The Prince made a point of meeting ex-servicemen and women. He spent nine days in Victoria, eleven days in New South Wales, four days in Tasmania, eleven days in Western Australia, six days in South Australia and eight days in Queensland. The Prince was seen as the embodiment of the White Australia, symbolic of the spirit of his race. His presence strengthened the identity of the young Australian nation as a member of the Empire, resisting the influence of other powers and other races.Dimensions: 27 mm (Diameter) Weight: 9.11 g Dimension Comment: 32 mm height to top of loop Obverse Description: 3/4 bust of Prince in uniform wearing cap; around in two lines, H.R.H. PRINCE OF WALES / WELCOME TO AUSTRALIA Reverse Description: Wreath of eucalypt and oak with Prince of Wales' plume at top; within, TO COMMEMORATE / THE VISIT OF / . H.R.H.. / PRINCE OF WALES / TO AUSTRALIA / . / 1920 Edge Description: Plain Inscriptions: H.R.H. PRINCE OF WALES WELCOME TO AUSTRALIA TO COMMEMORATE THE VISIT OF H.R.H. PRINCE OF WALES TO AUSTRALIA 1920 Shape: Round with loop Material: Gilt medal, prince of wales

McNeill's Code was arranged to meet the requirements of mining, metallurgical and civil engineers, Directors of Mining, Smelting companies; bankers; stock and share brokers, solicitors, accountants, financiers and general merchants. Bedford McNeil )Assoc. M. Inst. C.E.) was an Associate of the Royal School of Mines; Member of the Institution of Mining and metallurgy and of the north of England Institute of Mining and Mechanical Engineers; and a Fellow of the Geological Society. "OBITUARY - Mr. Bedford McNeill IT is with regret that we announce the death on September 18, due to cerebral hemorrhage, of Mr. Bedford McNeill, the well-known mining engineer, at fifty-five years of age. Apart from his high reputation as a mining engineer, Mr. McNeill’s name was almost a household word in connection with the telegraphic code compiled by him, which was issued originally in 1893, and in an enlarged and revised form in 1908. This code is employed almost without exception by mining-companies and engineers, to whose use it was specially dedicated, and other business men have found it extremely practical for cable communications. [Nature 98, 94-94 (05 October 1916)] Black hard covered book of 807 pages by Bedford McNeil. Contents include: General suggestions for using code; Morse signals, alphabet and figures; Timetable west of Greenwich; Timetable east of Greenwich; map; Alphabetical Code; Survey of Mineral Properties; Numbers; English Money; American money; Lineal measurement; Weights; Letters; Cables; banks; Finance Companies; Substitutions; Extra Code. The book includes the following advertisements: Nobel's Explosives Company; Otto Aerial Ropeways; Tabloid Medicine cases & Chests; Charleton's Report Book for Mining Engineers; Bornhardt's Electrical Firing Machine; On a page towards the front "R. Brook"morse code, mcneill, bedford mcneill, mining, noble's explosives company, otto, charleton, tabloid, bornhadt, brook, r. brook, telegraphy, morse

Handwritten notes detailing the wages per week S'hurst year 1868, from boys to the General Manager. Also prices for tools, rope, chain, powder, candles, oil, tallow, quicksilver, leather, cleaning and packing materials, and iron and steel. Also mentioned is the weight of the stampers, their cost, the height they fall, the number of strokes per minute, the number of holes in the gratings, the horse-power to drive each stamper, the quantity of water used per stamp-head in crushing and the quantity of mercury used in the ripples per stamper and the quantity lost per stamp head per week.document, gold, mining reports, mining reports, wages prices & stamp heads, goldfields & mineral districts of victoria, r brough smyth 1869, sandhurst goldfield 1868