The forty-two navigational flags appear to be a complete set. Their purpose-built, grey painted wooden locker is divided into forty-two pigeonholes, each holding one of the rolled up flags. It is simply built and stands on short legs and was originally open-fronted, but has since been covered with a protective clear Perspex panel. The set of alphabetic and numeric visual signalling flags (including substitute and answering pennants) are made of wool in various colour combination designs, with canvas sewn to one end that is threaded with hemp rope. Some of the flags have metal clips attached to the rope. The flags were used for communicating messages to passing ships. Knowledge of visual signalling was mandatory for all lightkeepers and all stations maintained a set of flags. Although used for centuries, visual flag signalling formally developed in the nineteenth century and was published internationally as a system in 1857. By the early twentieth century it had developed into an effective means of conveying all kinds of short range visual messages. Most flags are in good condition and their first level significance is enhanced by their completeness and integrity as a set still housed in their original locker, and by the signal charts that remain in the museum collection which offer further insights into visual signalling.1 - 42. Navigational flag set of 42 individual flags. Coloured linen with canvas sewn to one end which has hemp rope threaded through it. Some flags have metal clips attached to the ends of the hemp rope. 43. Wooden cupboard divided into sections with wooden divides. Used to house the 42 flags. • 1. navy & white. 2. navy & yellow. 3. navy & white. 4. white. 5. red & yellow. 6. yellow & navy. 7. yellow & navy. 8.red. 9.red & white. 10. white & navy. 11. red & navy & white. 12.yellow & navy & & red. 13.navy & white. 14. navy & white. 14. navy & white. 15.navy & white. 16. navy & yellow. 17. yellow & white. 18. white & red. 19. white & red. 20. yellow & red. 21. white & navy. 22. yellow & navy. 23. navy & white. 24. white & navy. 25.red & white. 26. navy & white. 27.red & white. 28.red & white. 29. red & navy. 30. white & navy. 31. yellow. 32.red 7 navy. 33. red. 34 navy,white,red & yellow.35. red & blue. 36. white & red. 37. navy & yellow. 38.red, yellow & white. 39. white. 40. white & red. 41. yellow & red. 42.navy. 43.custom built wooden open cupboard divided into sections to house flags.Yes

The seven weights (0008.4 and 0136.3) are circular in shape with a hole in the centre and a groove cut across the radius. They were specifically designed to fit into a weight tube, which allowed movement of the weights that were used for driving the clockwork mechanism for turning the lighthouse lens. They are most likely original to the Chance Brothers system installed in 1913, which was originally equipped with a set of ten, each weighing around thirty kilograms.The weights were moved vertically in similar fashion to the way weights move on a grandfather clock. As the weight fell, the optic clock was driven and the lens was turned. To keep the clock turning, the weight needed to be wound back up to the top of its travel. Lighthouse keepers had to constantly wind the clock to keep the light active, and at least two keepers needed to observe a strict roster of hours. When electric motors were invented, weights became obsolete and the motors were able to turn the optic for as long as there was power to drive them. Wilsons Promontory’s Chance Bros. kerosene operated light, which was turned by a clockwork mechanism, was replaced by small electric motor in 1975, reducing the number of keepers and eliminating the need for weights. Cape Schanck has a set of fourteen weights remaining in situ in the lighthouse weight tube as well as another four detached weights, two of which may be associated with the 1859 mechanism. A small number of detached cast iron weights and two associated rods remain at the Point Hicks Lightstation and one weight is displayed in the lantern room at Cape Otway.The Wilson Promontory weights have first level contributory significance for the insights they provide into the technology and operations of a late nineteenth/early twentieth century lighthouse which has since been superseded. They are well provenanced and are significant for their historical value as part of the lightstation’s Chance Brothers optical system installed in 1913.Four circular disc shaped lead weights, all with a narrow section cut out to the middle of shape. (as in slice of cake)

The rectangular weight is rectangular in shape and made of concrete and metal. A closed metal hook is attached to the concrete block, which is encased in metal, and a section of rope is attached. It was used as a counter weight on a canopy that operated as part of a winch located at the [east] landing deck … Originally there were four weights that formed part of a fibreglass canopy which consisted of a staunch, pulley and a rope so when you lifted the canopy up, the weights on either side countered the weight so objects could be moved. The weights were installed in the 1970s and were dismantled along with the winch in the following decade.The weight has first level contributory significance for its provenance and historical value as a component of an earlier apparatus that was used for hoisting goods at the lightstation sea landing.2 x Rectangular shaped weight with with closed hook embedded in concrete surrounded by metal. A section of rope is attached to the hook.

This fairly substantial wooden desk with vinyl top was issued to Wilson’s Promontory Lightstation by the Department of Public Works in the 1960’s. Primarily the desk was used for correspondence purposes, and now has the Bureau of Meteorology computer stationed on it. Although the design and make of this desk is common to many lightstations across Victoria, it is a good example of the kind of furniture that was provided to Victorian lightstations in the 1960’s. The solidly constructed desk was used in the lightstation office. It is made of honeycoloured hardwood and has a green vinyl top and three drawers on the left side. The style suggests that it may date to the 1960s. Gabo Island Lightstation has two identical desks, and all were probably standard issue from the Commonwealth Lighthouse Service or Public Works Office. Another twentieth century vinyl topped desk at Gabo is manufactured with a steel frame. Cape Nelson, Cape Schanck, Point Hicks and Gabo Island retain nineteenth century cedar desks. The desk at Wilsons Promontory has second level significance as a good example of the style of office furnishing provided to lightstations in the 1960s.Wooden desk with square legs and green vinyl top. It has three drawers with wooden handles on the left . The top drawer has a keyhole.

The cylindrical cardboard container with lid formerly contained a ventometer, a small simple tool for measuring wind speed. It consisted of a clear tube containing a small diaphragm which had a hole in the bottom for wind to enter. Once the wind entered the tube it pushed up the diaphragm, indicating the rate of velocity. Ventometers were common devices that have since been replaced by more sophisticated measuring equipment, such as digital air speed meters. Further information on this particular example, including perhaps the name of the manufacturer, may survive on the container but this has not been recorded. The small simple tool for measuring wind speed pre-dates the electronic devices at Gabo Island.Tubed shaped cardboard container with lid to house instrument for measuring. (instrument is missing) Inscriptions and illustrations on exterior.

As quoted from Wikipedia, ‘An anvil is a block with a hard surface on which another object is, struck. The block is as massive as it is practical, because the higher the inertia of the anvil, the more efficiently it causes the energy of the striking tool to be transferred to the work piece’. The lightstation’s anvil is a red-painted iron block with a conical beak or horn at one end that was used for hammering curved pieces of metal. It would have stood on a heavy free-standing pedestal, such as a large tree stump, to allow complete access to the item being hammered. Some anvils display the manufacturer’s name in the metal on the side, but this is not the case here, and its age, although unknown appears to be quite old, perhaps c.1900. It appears to have had a lot of use, and although no record of this survives, it is presumed that a forge operated on site for hammering, cutting, shaping and repairing tools such as bolts, nails, hooks, chain segments, pulley blocks, hinges, crow bars, picks, chisels, horseshoes and harness hardware. A hames hook (which forms part of the collar worn by a draught horse) survives at the lightstation as do many other heavy metal tools and pieces of equipment. The anvil is an example of the necessary resourcefulness and self sufficiency practiced by lightkeepers working and living in a remotely located workplace and home, and many of the iron items in the collection may have been repaired or even made on its working surface. As a lightstation manager Chris Richter used the anvil to manufacture pulley blocks for sash windows, repair brass door hinges & sharpen cold chisels, crowbars and picks and other lightkeepers have used this anvil for many fabricating jobs such as manufacturing ducting for the generator room ventilation system."The lightship only came in every three months with supplies and there would have been repairs to do between visits from a blacksmith - who would have had to travel on the ship. Also, the ship was only anchored in the bay long enough to unload supplies and collect and deliver lightkeeping staff – probably not enough time to get much smithy work done – especially if the weather packed it in and the ship had to depart. Lightkeepers in our time had to be self sufficient, resourceful and innovative and I imagine that would have been the case in the past." It has second level contributory significance.Red painted blacksmith's anvil.

The grey painted heavy wooden, homemade box has a freehand inscription in black on outside, which reads ‘LEVINGS To MAAT IS’. The writing refers to Alan and Marlene Levings, who began their twenty-two year career in lightkeeping with a posting to Tasman Island, off Port Arthur, in the 1960s. After four years they moved to Maatsukyer Island off south-west Tasmania, Australia’s southern-most lightstation, followed by postings to South Bruny, Eddystone Point and Wilsons Promontory. The robust box journeyed with the Levings through their postings to five lightstations and came to rest at Wilsons Promontory when Alan retired. It is not known whether the box was used in an office or domestic context. The movement of people and objects is a significant and unique theme that runs through the history of Australia’s lightstations. This historical process relates Victoria to the much bigger story of Australia’s network of lightstations. Alan Levings has been described as an extremely interesting character and artist. When Levings was a lightkeeper at Wilson’s Promontory, delivery of goods was by boat, then off the boat by a winch and onto the back of a truck. For this reason, packing boxes in earlier years had to be extremely robust. Today, anything that is not carried into Wilson’s Promontory Lightstation by foot, comes by helicopter, eradicating the need for heavy packing boxes such as Levings’. This humble box has first level contributory significance for its reliable provenance which traces its journey through five lightstations; for its association with a former lightkeeping family; and for contributing to an understanding of the pattern of lightstation life.Wooden box, light blue/grey painted. Made of horizontal pieces of timber with some tin reinforcment on the sides. Writing in black on side of box.On side of box in freehand,"LEVINGS To MAAT IS"

The two wooden oars were formerly painted white. They were used on lightstation boats and are now displayed on the wall of Room 2 which is located next to the light tower. Numerous images of the lightstation show rowing boats either on stand‐by on land or in the sea performing duties in the surrounding sea and at the East Landing. The wooden boat rudder with brass and other metal fittings was also formerly painted white and is possibly from the same boat that used the oars. Meets second level threshold.Two long wooden oars, Residue of white paint. Possibly made of Australian hardwood. They were used on lightstation boats.

Pulleys were used to lift goods to and from boats and at other sites at the lightstation where hauling was undertaken. Historical images and text panels in the Wilsons Promontory Museum attest to the detailed logistics that needed to be exercised in lifting and transporting goods once they had arrived by boat at the Eastern Landing. Cranes and a flying fox were employed in the nineteenth century and updated versions of this equipment served well into the twentieth century. The first cranes to be employed at the site were built just after December 1857, when tenders were called to construct two cranes prior to the commencement of building the lightstation.The first boat landing at the promontory was built on the west side of the lighthouse, which the architect, Charles Maplestone sketched in June 1859, the same month that he announced the completion of the lighthouse. His drawing shows one of the cranes as a large structure built for heavy duty lifting. Soon the east landing became the preferred place for delivering stores, but as late as 1993 a crane, timber structures and disused heavy iron machinery remained at the old site.Large rusted iron pulley, large loop at one end and smaller loop at the other. No hook.(Sheave Block)

Pulleys were used to lift goods to and from boats and at other sites at the lightstation where hauling was undertaken. Historical images and text panels in the Wilsons Promontory Museum attest to the detailed logistics that needed to be exercised in lifting and transporting goods once they had arrived by boat at the Eastern Landing. Cranes and a flying fox were employed in the nineteenth century and updated versions of this equipment served well into the twentieth century. The first cranes to be employed at the site were built just after December 1857, when tenders were called to construct two cranes prior to the commencement of building the lightstation.180 The first boat landing at the promontory was built on the west side of the lighthouse, which the architect, Charles Maplestone sketched in June 1859, the same month that he announced the completion of the lighthouse.His drawing shows one of the cranes as a large structure built for heavy duty lifting. Soon the east landing became the preferred place for delivering stores, but as late as 1993 a crane, timber structures and disused heavy iron machinery remained at the old site.Large iron pulley with loop at one end and hook at the other, rusted.

The rusted metal machine part has an inscription discernible on an attached plate. It is part of the hydraulic system used in the East landing crane between 1971 and 1978.Meets second level threshold.Rusted metal machine part with plate with inscription.

The power board, which was the main power board for the lightstation between 1975 and 2007, retains a number of ceramic fuse parts and a wooden reel with fuse wire. The grey metal door has a plastic switch and a small metal plate is inscribed with ‘Custom styles by Thomson and Mackenzie’. Power board with ceramic fuse parts. Also wooden reel with fuse wire. ‘Custom styles by Thomson and Mackenzie’.

The three metal pulley wheels, two larger one smaller, were possibly used in the mechanism associated with the operation of the clockwork weights that helped to turn the light in the lantern room between 1913 and 1975. If this information is confirmed, the wheels have first level contributory significance for the insights they provide into the technology and operations of a late nineteenth/early twentieth century lighthouse.Three pulley wheels, two larger one smaller.

They include various iron spanners of different size which were used on vehicle maintenance at the lightstation, (landrover and Toyota) Different sizes of different spanners in a bag with a zip.

Part of secondary water pump from a Southern Cross engine which was in the pump shed north of the lightstation. Fly wheel iron, hole in the middle.

The metal ladle was made by a lightkeeper in the 1980s for melting lead to make sinkers.Handmade metal ladel.

The iron hook dates to the 1860s and was used for attaching a load to a horse harness.Meets second level threshold.Iron hook

It has been suggested that it is possibly part of the clockwork mechanism of the third order Fresnel lens, which was a component of the Chance Brothers lens system introduced to the lighthouse when the optics were upgraded in 1913, and subsequently removed in 1975. Further research may confirm its association with the lens and increase its heritage importance. The well-made brass fitting has second level significance as a possible former component of the clockwork mechanism manufactured by Chance Brothers in c.1912.Brass, round, knurled fitting.One end of the fitting has a cylindrical knob end with a smooth surface; the other has a broader cylindrical knob with a knurled surface to allow for gripping and turning.

Used as display in AMSA workshop foyer, Moorabbin, Vic. Nautical charts x 2 , The framed and glazed chart identifies strategic points in the notorious Bass Strait passage, which in the nineteenth century was known as the ‘Eye of the Needle’. It covers the whole of Tasmania, Bass Strait and the islands, and the lower part of Victoria with its coastline between Cape Otway and Gabo Island. The chart has an electric cord connecting it to a wall switch which enables a series of small lights to flash on strategic geographical locations.. While it is not known if it is original to Wilsons Promontory, it certainly elates to its location. A similar chart at Cape Otway shows less of Tasmania and is not electrified. Gabo Island Lightstation has two large framed charts; one is the same as the Wilsons Promontory example but without the lights and the other is entirely different, focussing on the east coast between Point Hicks and Montague Island. The Wilsons Promontory chart is unique as an illuminated version of the other charts and has first level significance if its provenance to the lightstation can be confirmed.The framed and glazed chart has an electric cord connecting it to a wall switch which enables a series of small lights to flash on strategic geographical locations.Yes

The collection includes a small number of cast iron kitchen range components which appear to originate from more than one fuel-burning cooker. They are possibly relics from the two nineteenth century kitchens destroyed in the 1951 bushfire or bits from abandoned obsolete cookers. There are two oven doors, both with different types of hinges and handles discernible despite their badly corroded condition. One door is rectangular with a raised edging and a handle in the shape of a fist gripping a rod; the other door has a slightly curved top and is also framed and retains its strap hinges and central lock/handle. Door from a fuel burning domestic oven. It has a slightly curved top, is framed and retains its strap hinges and central lock/handle

The relatively large battery charger is in a metal cabinet that has dials and switches on the face. It was used by the PMG to charge radio telephone batteries between the 1960s and 1990s. Cape Schanck Lightstation also has a battery charger that is part of a set of items associated with the electric operation of the lighthouse Meets first level threshold.Battery charger encased in a large metal cabinet, with black dials, with white faces & switches on either side of the front of the cabinet. Makers label as bottom of cabinet. Some staining." Constant Potential Rectifier....."

This Phillips FM 880 radio telephone was used by lightkeepers between 1973 and 2005 for communication with the meteorological bureau. This relatively large device is in a white enamel metal cabinet and has a number of dials and switches and instructions. It has six chrome handles. There are 'decommissioned' labels on the face."Phillips FM 880 ..."

The ceramic insulators were used by the PMG to insulate telephone lines connecting to the lightstation accommodation. The installation of a single galvanised wire telegraph line in 1873 provided the lightstation with a vital link to the outside world via Morse code. In 1875, the Australasian Sketcher reported on the new facility, writing that ‘the lighthouse on the extreme point of the promontory is connected with Melbourne by a line of telegraph, and as a large number of vessels pass in sight of the lighthouse, useful information is gained respecting their movements’.The system was immobilised in 1885 when a thunderstorm caused some of the poles to explode and connection wires to fuse and turn into molten metal. During WWII the lighthouse line was upgraded to four copper wires, and in 1971 a radio link replaced the line. The lines required constant maintenance. Some poles remain along the length of the promontory’s Telegraph Track as reminders of this former communication link. Insulators can also be found in the collections at Cape Schanck; Cape Otway and Gabo Island. Comprises a white ceramic insulator attached to a rectangular metal plate.

Used by PMG in telephone transmission. Printed information on the front of the paper packet identifies both it and the contents as the property of the PMG. The contents comprise black carbon rods that were used by the PMG for telephone transmissions.Carbon rods, paper packet with PMG identification & carbon rods, Yes

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

Used on radio aerial installation during the period that the RAAF were based at the Lightstation. 1942 - 1946This technical item has second level significance because it's use is likely to be directly linked to WWII communications activity at the lightstation: Small brown glazed ceramic insulator. The shape is similar to a door knob.

Used as a junction box for metal conduit in RAAF power house.This technical item has second level significance because their use is likely to be directly linked to WWII communications activity at the lightstation:Round metal piece with protrusions and with "12 VOLT / CHARGING" stamped on a metal plate on the front."12 VOLT / CHARGING"

Used on military uniforms 1942 - 1946. Two small metal buttons. One is larger.