Just a few pictures of the current state of play in the development of the loft layout at the vicarage. Please accept apologies for the relatively poor quality of the images ……………….
I first posted a very short blog in 2013 about discovering this tramway while on a bus journey from Sospel to Menton. Further investigation has shown just how closely the present D2566 road follows the line of the tramway which when it was in use was remote from the then main road between Sospel and Menton over much of its length, only really following that road in the kilometers closest to Menton.
The original blog from December 2013 can be found using this link:
It was written when I was just getting used to the idea of producing a blog and came at a time when I was just beginning to realise the extent of the TAM tramways and the Chemins de Fer de Provence. Naively I thought that the Digne to Nice line was a stand alone narrow gauge line rather than being at the heart of a much more extensive network.
I plan to take us on a journey down the tramway from Sospel to Menton and to pick up as much information as I can along the way. A similar exercise has been undertaken by Randonnees Ferroviaires as well but with less detail and without a great deal of narrative – click on this link to see the .pdf they have produced about the Sospel to Menton Tramway:
We start at Sospel ………………..
Sospel dates back to the 5th century, when it served as an important staging post on the royal road from Nice to Turin. Its main monument is the former cathedral.
The Cathedral was formerly the seat of the schismatic Bishopric of Sospel, created in 1378 from the Diocese of Ventimiglia during the Great Schism as the Avignon-obedient seat of the effectively split bishopric (the ‘Italian’ part remaining loyal to Rome with seat in Ventimiglia) and restored to Rome’s papal rule and Ventimiglia’s diocesan authority (after three anti-bishops) in 1412; formally recognized as abolished under the Concordat of 1801. the ex-cathedral is now in the Diocese of Nice.
Apart from a belltower of either the 11th or the 13th century, from the Lombard period of Sospel’s history, the cathedral was built between 1642 and 1762, and is claimed to be the largest building in the Alpes-Maritimes. The Renaissance façade is from 1642, and contains in two niches the statues of the town’s protectors, Saint Hippolytus and Saint Absende. Inside, the principal feature is the altar-piece in carved wood in three panels, containing the figure of the “Immaculate Virgin of Sospel”. It is by the artist François Brea, of a family of artists from Nice, from the 15th or early 16th century.
The old toll bridge used by travellers to cross the River Bévéra, built in the 13th century, still stands. It was bombed by the Germans during World War II to prevent contact between the French Resistance (“The Maquis”) and the Italians. Much of the town was destroyed at that time. The bridge was renovated after World War II it now houses the tourist office.The ruins of a tower, part of a château belonging to the counts of Provence, are all that remain of the 14th century city walls.
The tramway left the town from a station on the south-side of the river. Buildings from the tramway station still exist. They can be seen on the satellite view below to the east and south of the car-park towards the bottom of the image.
The tramway left Sospel and passed under the Nice to Cuneo line through a bridge which now accommodates the D2566A main road to Menton. At the time the tramway was operating this road did not exist.
Along a significant portion of the journey to Menton the new road has replaced the tramway.
Beyond the bridge the road has been realigned and the old tramway route takes a tighter curve along what is now Rue Moulin Ricci as it passed along the valley of the Merlansen into the hills between Sospel and Menton
In the map/aerial photograph immediately above, the tramway turned away from the new road alignment into a side valley along what is now called the Impasse de Saint-Paul it crossed the stream in the valley and returned back to the main valley along what is now the Impasse Aigas. Incidentally the aerial photographs in these images come from the website https://remonterletemps.ign.fr and are dated 1955.
With just minor deviations along the way, the tramway and the D2566A follow the same alignment until reaching the tramway tunnel under the Col de Castillon. The road either side of the tunnel bears the name: Route de la Penetrante.The original tunnel was single bore and followed the line of the more northerly (left-hand) bore shown on the above picture. The scond image of the tunnel is taken from the Menton side and shows the original tunnel mouth (on the right) and the old tramway station building.The two bores are given different names. The original bore is known as Le Muret, the new bore, La Garde.The Tunnel de Castillon was 570 metres above sea-level and extended over 710 metres in length.  This final image of the tunnel shows the tramway dropping away steeply.At the South-East end of the tunnel the new road rejoins the historic D2566, Route de Sospel and the tramway deviates to the south along the brown line shown on the maps immediately below. This track bears the name Figournas. There is one image of a tream on this section of the tramway below the next two maps. The tramway formation meets the D2566 again just below the village of Castillon and the second of two hairpin bends.The formation of the old tramway can be seen decending steeply to the right of the modern D2566. It crossed the road at this point and dropped down to rejoin the road below the hairpin bend – Saint-Louis Streus.The tramway followed the road as it dropped steadily down the contours of the valley until the Viaduc du Caramel. We were able to take pictures of this viaduct in 2015 and 2016. Sadly I cannot now find those photos and have had to trawl through online pictures to find similar ones without copyright issues.The final picture above highlights the line of both the tramway and the old D2566 as they wind down the valley towards Menton. Two viaducts are in the picture, Viaduc du Caramel and Viaduc du Carei
The Viaduc du Caramel is 125 m long andmade up of 13 arches. As the photos illustrate it is heavily curved. It was built during the period 1908 to 1910. The line was closed in 1931. The alignment of the viaduct was imposed by the War Ministry so that it could be easily destroyed if necessary. The designer/engineer for the work was Engineer Arnaud, who was also repsonsible for Le Pont de la Mescla (1909) and at the Gros-Vallon Viaduct (1900) towards Annot (Alpes de Haute-Provence). The line and viaduct first carried trams in 1912.
Beyond Viaduc du Caramel the line continued to drop steeply down to Viaduc du Carei which is visible roughly in the centre of the last image above. I think that the image below is perhas the best of all the images in this post, it shows the Viaduc du Caramel in the backgroud, the Viaduc du Carei in the foreground and the bridge carrying the D2566 thorugh one of the arches of the Viaduct.
The viaduct is named after the river which flows under it. The tramway follows this valley all the way to Menton. Initially a little distant from the D2566 to the West and at a higher level it rejoined the line of the D2566 for a distance unitl the road dropped steeply away at a hair pin bend and the tramway needed to continue to follow the contours. The first image below shows the tramway alongside the road, the next comparative plan view shows the road dropping away and the tramway continuing on the north side of what is now an off-road biking (moto-cross) venue.The tramway is marked from this point as the Chemin Ancienne Voie du Tramway on the modern maps. And the formation is tarmacked and we have a record of the rout on google maps and streetview. The tramway route seen leaving the road. It is the roughly tarmacked route on the left.The moto-cross venue is on the left in the second image.Some substantial structures, particularly retaining walls were needed to create the space for the tramway formation. Both above and below the tracks.The formation was narrow and at times significantly constrained by the topography of the valley sides.This next image shows the point at which the modern narrow road rejoins the D2566.As can be seen on the plan above the tramway rout actually crossed the line of the road. The bridge on which it was carried has now gone. But the route can clearly be picked out on the satellite image below as a viaduct crosses the small valley to the south of the D2566 road.
A very serious accident, which cost the lives of two people, occurred on 11th September 1912, about six months after the opening of the Sospel to Menton tramway  .
A goods train carrying gravel for the completion of the line left the Caramel Quarry at about 4.00pm with nearly six tons of gravel. Four people were also due to travel on the train. At the last moment, M. Vallaghé, an entrepreneur, and Viale, an employee, decided not to travel on the train as they noticed a rail in bad condition and wanted to wait to warn the next train. This decision saved their lives.
At around 4:30 pm, about two hundred metres before the Monti station, the tram electric catenary boom jumped; the dynamic brake became unusable, the driver tried to use the handbrake, but at the north side of the viaduct of Monti, the pole hooked a rock … The tram became unbalanced and crashed onto its roof some 50 metres below the viaduct, killing both employees.
The news spread very quickly and by 7.20pm, the manager of the tramway, the mayors of Castillon, Sospel and Menton, and even the Prefect of the Alpes-Maritimes had arrived at the site. The next day at 4 pm, all traffic on the tramway was halted. A company tram took the bodies to the Saint-Joseph Church in Carnolès, where the funeral was held, attended by all the network’s workers. As a result of this accident, various safety measures were implemented, in particular the installation of mandatory stops and safety switches.
From Monti, the route curves round the edge of the valley gradually dropping through the contours.The modern road cuts across one loop of the tramway. This can be seen by comparing the map and the aerial image immediately above. Otherwise the tramway formation follows the D2566 to a point close to the motorway, the D2566 gives way to the off-pink road on the modern map and the tramway follows the Route de Sospel while the old D2566 dropped down into St-Roman (white road). The Route de Sospel at this location overlays the tramway formation and was not present when the tramway was operational in the early 20th Century.
The two routes meet again at the modern roundabout next to the River Carei shown on the adjacent satellite image. The tramway then continued along the line of the Route de Sospel alongside the D2566, passing under the PLM (SNCF) railway line to the East of Menton Station until it reached Rue Partouneaux and then Place Saint-Roch. The terminus location in Place Saint-Roch is marked with a red flag on the last satellite image below’
Originally the terminus was back along the valley of the River Carei at a place called “Villa Caserta”, in the valley of the Careï. This was the northern limited of the tram network in Menton.
. Wikipedia; Sospel, https://en.wikipedia.org/wiki/Sospel, accessed 23rd February 2018.
. Wikipedia; Sospel Cathedral, https://en.wikipedia.org/wiki/Sospel_Cathedral, accessed 23rd February 2018.
. Inventaire des Tunnels Ferroviaires de France; http://www.tunnels-ferroviaires.org/tu06/06036.1.pdf, accessed 23rd February 2018.
. Heritage Resources of the Alpes-Maritimes; http://www.media-crdp.net/A&C06/bassin-menton-roya/castillon/caramel/caramel_plus.html, accessed 23rd February 2018.
. Le Temps (Paris); Le Temps No. 18699, 13th September 1912 (ISSN 1150-1073)
Locomotives and Rolling Stock
Background information on the companies which built the locomotives which served on the Central Var line can be found by reading my post on the locomotives of the Coastal Line – Le Macaron.
In this next series of posts we will focus on the locomotives and rolling stock rather than primarily on their manufacturers and specifically on the locomotives and rolling stock used on the Central Var railway line. There are stories to tell about the history of some of the major French manufacturers of locomotives but they are stories for another time and place.
At the height of its powers, between 1888 and 1908, Le Chemins de Fer du Sud de la France network had:
• 23 steam locomotives.
• 42 passenger coaches: 3 in 1st class A series; 21 mixed 1st and 2nd class series AB; 6 in 2nd class B series; 2 mixed 2nd class + van series BD and 10 open coaches called ‘jardiniers’ series AC and C. These were sourced from various manufacturers: the Foundries and Forges of Horme Company, Chantiers de la Buire in Lyon; the Desouche and David workshops in Pantin; the Hanquet factories -Aufort and Company in Vierzon; the establishments De Dietrich in Lunéville; and the ‘jardiniers’ came from a network of steam trams – the Raincy-Montfermeil in the northern suburbs of Paris.
• 12 luggage and post office vans: 10 luggage vans with DD series postal compartment and 2 DS series emergency vans. Their manufacturers were as follows: 6 Buire vans, 4 De Dietrich vans, 2 Hanquet-Aufort vans.
• 219 goods wagons: built by Horme and Buire, Hanquet-Aufort, De Dietrich, and Magnard and Decauville.
Later there was a concerted effort to modernise the whole network and a series of diesel railcars were purchased. More about these in a later post. This first post pulls together a number of pictures of the steam locomotives on the Central Var line, and with the aid of friends on the Passions Metrique et Etroite forum, particularly 242T66, and the help he has given in accessing the french text of the book by Jose Banaudo, I attempt to provide useful and interesting reflections. I hope that all of these posts on Les Chemins de Fer du Sud de La France in Provence will enable English readers to appreciate the extent and diversity of the metre-gauge lines in Provence and perhaps as a result to investigate the amazing network of these lines which supplemented the standard gauge network in France.
As I discover more images of these steam locomotives, I will add text to this blog post, so if you are interested in this material, you might want to review notifications of updates to my blog. You might also discover things which call into question something I have written or which supplement the various posts that you will discover on my blog. Please feel free to contribute observations, corrections or questions …….……….…
Steam Locomotives on the Central Var Metre-Gauge Line in Provence
Between 1889 and 1894, 19 steam locomotives were put into circulation on the whole network; divided between 3 manufacturers: 8 SACM, 8 Pinguely and 3 Corpet-Louvet. A number of these were used on the Central Var line.
Later, other locomotives were purchased …..These Locomotives included some from the manufacturer Franco-Belge as well as SACM, Pinguely and Corpet-Louvet.
In the first decade of the 20th Century, Pinguely 4-6-0T locomotives were ordered. The close-up shot shown below is taken at Toulon, but these locomotives also served on the Central Var Line.
Very similar 4-6-0T locomotives were ordered from SACM. The image below is one used on the Macaron but it is identical in design to ones used on the Central Var line.
Details of these locomotives and pictures of them operating on the Central Var line can be found below.
1. Pinguely 4-6-0T Locomotives
Locomotive No. 89 is a 4-6-0T Pinguely (Works No. 192) delivered in November 1905 and remodelled in 1949. Sérié E of Les Chemins de Fer du Sud de la France, it is part of a series of 12 locomotives delivered between August 1905 and December 1907. The whole network including the coastal line had a total of 28 E and F Series 4-6-0T locomotives, supplied by several manufacturers. No. 89 was scrapped in January 1951. According to José Banaudo, these 4-6-0T locomotives were the best steam engines on the network.
The picture of SF No. 89 was taken at La Manda Station. This is the best head-on picture of a Pinguely 4-6-0T engine that I have discovered.
It is difficult to distinguish between the different 4-6-0T locomotives on many of the postcard images available today. For example, there are two images of the La Manda Station near Colomars below. In the first image it appears that the locomotive is a 4-6-0T but the resolution of the image is not good enough to determine whether it was made by Pinguely or SACM. The second image appears in Jose Banaudo’s book (reference  below) and on the CPArama website. Banaudo highlights the fact that the locomotive in that image is a 4-6-0T but does not clarify which manufacturer. He does draw attention to the flat wagon at the left of the picture which he says must have come off the TAM network because of its narrower loading gauge.
I have been consulting with 242T66 on “Les Passions Metrique et Etoile!!” Forum about some of the photographs in this blog. They comment that it is likely that the locomotive in the second image is an type E 4-6-0T because the type F had an air-compressor fitted to the right-hand side of the smokebox. It is possible that the locomotive is a SACM Series 81-86 rather than a Pinguely locomotive. Other people’s reflections on this locomotive would be appreciated.
The next few pictures are taken at Vence Station. The first shows 4-6-0T No. 129 Franco-Belge on a long Grasse to Nice mixed train in the early 1930s.
4-6-0T Pinguely on a Nice to Grasse mixed train is shown at Vence in the image below. The van on the right of the picture is a wagon from the TAM tramway. The picture was taken after 1916 as the third rail has been lifted from the left-hand track.
The locomotive in the image below is likely to be Class E 4-6-0T (quite likely it is a Pinguely, I am told, because of the bigger oil-lamp casing on top the cab). This is a relatively early picture because there is no evidence in the picture of the tramway and it appears that the third rail is still evident on the glimpse of the track to the left of the locomotive.
In this image of Pont du Loup a mixed train from Grasse to Nice is in the care of a Class E 4-6-0T prior to 1916 as the mixed gauge track is still in place. The locomotive is probably a Pinguely 4-6-0T.
2. Franco-Belge 4-6-0T Locomotives
The Société Franco-Belge was a Franco-Belgian engineering firm that specialised in the construction of railway vehicles and their components and accessories. The company originated in 1859 as the Belgian firm Compagnie Belge pour la Construction de Machines et de Matériels de Chemins de Fer, founded by Charles Evrard. The company expanded its share capital in 1881 forming a new firm Société Anonyme Franco-Belge pour la Construction de Machines et de Matériel de Chemins de Fer and constructed a factory in Raismes (Valenciennes) in the Département Nord in France.
In 1927, the company split into a Belgian (Société Anglo-Franco-Belge, SAFB) and a French company (Société Franco-Belge).
The company’s factories were occupied during World War I, during which period it was used as a sawmill, and during World War II, during which period it manufactured Kriegslokomotives. SAFB merged with the Ateliers Germain in 1964; the company closed in 1968 due to lack of work.
The Franco-Belge (based in Raismes) was acquired by Alstom in 1982, as of 2012 the factory Alstom Petite-Forêt, Valenciennes operates as an Alstom subsidiary, specialising in metros, trams, and double deck trains, A test track Centre d’Essais Ferroviaire is located west of the Raismes factory.
Wikipedia provides further information:
In 1859, Charles Evrard acquired Parmentier Freres et Cie. based in La Croyère, (La Louvière, Belgium) and merged it with the Ateliers Charles Evrard (of Brussels, Belgium) to form the Compagnie Belge pour la Construction de Machines et de Matériels de Chemins de Fer (1862), (often referred to as Compagnie Belge pour la Construction de Matériels de Chemins de Fer). At the Exposition Universelle (1867) in Paris, the company exhibited a locomotive, passenger coaches, an iron goods wagon, and a steam rail crane.
In 1881, the plant in Brussels was closed and the factory’s equipment was transferred, reducing pollution and other inconveniences caused to the populace of Brussels. The area of Molenbeek-Saint-Jean in Bruxelles, in which the Société Belge’s factory was located gained the nickname “le Manchester belge” due to the industry there. The company was restructured and named Société Anonyme Franco-Belge pour la Construction de Machines et de Matériel de Chemins de Fer. In 1882 a new factory was established in Raismes in the north of France, allowing the company to circumvent protectionism in the French market; initially the factory at Raismes in France assembled machines using components manufactured across the border in Belgium. All types of railway rolling stock were built.
In 1911, the company was renamed Société Franco Belge de Matérial de Chemins de Fer. The company manufactured a wide variety of rolling stock (locomotives, carriages, specialised freight wagons) for clients, including the Belgian railways, private French railways, as well as exporting to Spain, Portugal, and other European countries; China, Turkey, and Indochina; as well as to African and South American countries.
By 1914, the company had a capacity of around 50 locomotives and over 1,500 carriages and wagons per year; during German occupation during World War I, the plant in Raismes was ordered to carry out repair work, but this was resisted by the plant management – the factory was used under occupation as a sawmill.
After World War 1, French and Belgian diverged. The French operations continued under the name “Franco-Belge”. The Société Franco-Belge was in operation from 1927 to 1981.
Amongst other production in the 1930s, Franco Belge in Raismes manufactured Beyer Peacock designed 4-6-2+2-6-4 ‘Garratt’ locomotives for Algeria, and also carriages for an imperial train built for Emperor Haile Selassie of Ethiopia. The association as sub-contractor to Beyer Peacock continued to the 1950s. Over 80 Indian Railways WG class 2-8-2 locomotives were produced in the early 1950s before production capacity at the Chittaranjan Locomotive Works, India, was built up.
The later history of the company can be followed on Wikipedia.
3. SACM 4-6-0T Locomotives
The Alsatian mechanical engineering company (Société Alsacienne de Constructions Mécaniques (SACM)) based in Mulhouse was a flagship of French industry. It produced a lot of locomotives.
During the 1890s the company was particularly noted for its fast and efficient compound locomotives designed by Alfred de Glehn.
A whole series of different locomotive types were constructed by SACM, two were present on Le Chemins de Fer du Sud. SACM 2-4-2T Series No. 51-56, which were all in use on the Littoral line, Le Macaron, and SACM 4-6-0T locomotives. Series No. 61-62 were used on Le Macaron and the wider network.
The image above shows what is probably a 4-6-0T locomotive at Callas Station. The arrangement of the front lamps seems to match that on the 4-6-0T locos elsewhere in this post. Other locos seem to have the lights more widely spaced.
This image of the station at Montauroux is shown in Banaudo’s book but no details about the engine are provided. Sadly the station sign is placed so that the cab is not visible. All that can be said is that the cab does not curve downwards at the side but rather has a lip between roof and side. The overall impression, I get, is that of a 4-6-0T locomotive as it appears to have a front bogie. However, the definition of the photograph is not good enough to place any weight on this opinion.
4. Mallet 0-4-4-0T
The railways of Provence had eight of these locos No. 13 to 18 and 31, 32 which were made by SACM. The image below shows one of these locomotives crossing the Viaduct de la Lubiane to the north-west of Vence town and travelling towards Nice, Vence. Banuado says that it is a ‘mixed train, Class C Mallet 020+020T SACM’ in British terms this is a 0-4-4-0T loco.The image above shows a Class C Mallet 0-4-0+0-4-0T, SACM (built 1892/1900) in charge of a
Mixed train travelling across Le Pont du Loup from Grasse towards Nice.
5. Corpet-Louvet Large 0-6-2T
6. SACM-Belfort 0-6-0 Tender Locomotive (Class A)
The Central Var had four 030 tender locomotives, they were built in 1887 by SACM Belfort: No. 1 “Draguignan”; No. 2 “Flayosc”; No. 3 “Entrecasteaux”; No. 4 “Salernes.” Two images of these engines follow. The first at Draguignan and the second at Flayosc. Both the last two images must predate 1890 because it was in that year that the large cylinders were installed in front of the cab.These cylinders were compressed air tanks for the brakes. An air pump was installed on the fast side of the locomotive shown at Salernes. Originally, the machines were equipped with the vacuum brake “Soulerin system” which proved insufficient. 
A side elevation view of one of the 0-6-0 tender locos including the compressed air tanks for the brakes. This is one of those 4 locomotives built by SACM for Les Chemins de Fer du Sud de la France, although it is not clear which one of the four it is. (Publisher: HMP 8 rue de Tournon in Paris.)
And finally, a distant view of what may well be one of these locomotives pulling a mixed goods and passenger train, leaving Grasse for La Manda and Nice across the Viaduc de Font-Laugières, near Grasse. The loco is either a Class A 0-6-0T SACM or Class B 2-4-0T SACM (built 1887/1888). These were almost identical engines, but for the wheel arrangement which is hidden by the viaduct girders.
7. SACM-Belfort 2-4-0 Tender Locomotive (Class B)
The next image is, I believe, an early photograph of one of the Class B locomotives on the turntable at Draguignan.Banaudo says of the above picture, that it shows Claviers station after the lifting of the third rail. The locomotive in the picture has a narrower body than many others which suggests that it might be a tender-loco rather than a tank-loco. Image definition is not good enough to warrant any claim of certainty but it may be a SACM-Belfort 2-4-0 Tender Locomotive (Class B) or possibly a SACM-Belfort 0-6-0 Tender Locomotive (Class A).
Here at Draguignan we have a view of the station building after it was rebuilt and extended (1905/1908) with a SACM class A or class B tender engine. The steam exhaust makes it impossible to tell whether this is an 0-6-0 or a 2-4-0 locomotive.
Three further images of the Class B 2-4-0 locomotives pointed out y members of the Passions Metrique et Etroite Forum follow below.
8. Corpet-Louvet 0-6-2T (Class D)
Four of these locomotives were in use on the network. As far as I am aware they were restricted to the Central Var Line and the Nice to Digne Line. They were built in 1894 and numbered 20 to 23. The image below shows one of these locomotives at Claviers.
It has been suggested to me that the next image may well show an 0-6-2T (Class D) at Callas. However, the cab roof line suggests that it is not from the same batch of Corpet-Louvet 0-6-2T locomotives as the one above. For those interested in pursuing this issue the Passions Metrique Forum has a thread that is worth following. The different cab roof-lines can be seen in images of 0-6-0T (030T) and 0-6-2T (031T) locomotives on that thread.This Corpet-Louvet class D 0-6-2T (031T) locomotive is at Lorgues Station.
9. Corpet-Louvet Mikado Locomotives – 2-8-2 tender-locomotives
I am indebted to 242T66 who posts on the French Forum Passions Metrique for some of the notes about this class of locomotive. I know from earlier research that this class of locomotive was almost an accidental acquisition by the network.
During the Second World War, the Littoral network received reinforcement from the largest steam locomotives that had ever been in regular service on a metre-gauge track in France. They were imposing type 2-8-2 tender locomotives (or Mikados). These machines were to be delivered to Senegal but their delivery was blocked. In the spring of 1943, 6 Mikado locomotives were allocated to the company’s network in the Alps and 3 others, numbered 21, 22 and 30 to the Littoral network. The image below comes from the collection of B. Roze and shows Corpet-Louvet Mikado 2-8-2 locomotive “Dakar-Niger” with its 16 cubic-metre bogie tender seen on the Littoral Line. The image below that shows Chemins de Fer Dakar-Niger, Corpet-Louvet 1736 of 1927. It was typical of a large number of metre gauge 2-8-2 tender locomotives built for service with the railways of French West Africa. Cylinders: 450mm x 550mm. Coupled Wheels: 1200mm. This is the same class of loco as the one shown in the first image.
These locos ultimately proved to be unsuitable for the line between Toulon and Saint-Raphael with derailments being common because of their longer wheel-base that other locomotives on the line.
242T66 quotes Jose Banaudo in saying that: “Following an earlier successful series of 1927, 20 more 141 ‘Mikado’ engines (n° 40.011-40.030) were ordered from Corpet-Louvet for the Dakar – Niger railway shortly before the war. N° 40.011-016 were shipped to Dakar between August 1941 and February 1942 then the colonies of West Africa joined the Forces Françaises Libres (Free French Forces). To avoid the rest of the order to be stolen by the Germans, those Mikados that were completed were loaned to the CP in 1943.
40.017, 40.018, 40.019, 40.020, 40.023 and 40.024 went to the Réseau des Alpes;
40.021, 40.022 and 40.030 went to the Ligne du Littoral;
40.025, 40.026, 40.027, 40.028 and 40.029 were left unfinished at La Courneuve and were completed after the war for shipment to Africa.”
This means that 6 locos were received by the Central Var and Nice-Digne lines and three were supplied to the Coastal Line. We have already noted that the three locos sent to Le Macaron were not a great success. 242T66 comments: “40.030 was transfered from the Littoral to the Alpes system in January 1944. CP retained the last two digits only, hence 40.030 was known as 30. It so happened that older SF/CP engines with the same numbers had been withdrawn already and some of them scrapped. Therefore no renumbering was necessary.”
This last photo of a Mikado is taken from the CPArama website and it shows No. 30 purportedly at Draguignan. 242T66 comments: “According to José Banaudo, the picture was taken at Annot (not Draguignan!). From what we can see of the mountainous background, I guess he is right.”
. José Banaudo; Les Train des Pignes; Les Editions de Cabri, 1999.
. http://www.cparama.com/forum/colomars-t23738.html, accessed 12th February 2018.
. Roland Le Corff; http://www.mes-annees-50.fr/Le_Macaron.htm. Retrieved 13th December 2017.
. Exposition universelle de Paris en 1867: Belgique : Catalogue des produits industriels et des oeuvres d’art (in French), Bruylant-Christophe, 1867, Classe 52, p.437; Classe 63, p.464
- Zerah Colburn, ed. (30 August 1867), “Iron Cattle Truck for the Belgian Railways: Paris Exhibition”, Engineering: An illustrated weekly journal, 4, p. 179
- Zerah Colburn, ed. (6 September 1867), “Steam travelling crane at the Paris Exhibition”, Engineering: An illustrated weekly journal, 4, p. 187
. Alain Dewier; “Le site Germain-Anglo à La Louvière..”, De la création à 1914; p.3
. Wikipedia; https://en.wikipedia.org/wiki/Soci%C3%A9t%C3%A9_Franco-Belge, accessed 22nd February 2018.
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The first Christians were Jews. They came from a small back water in the Roman Empire. A seemingly irrelevant outpost in a bustling and cosmopolitan world. They faced a big question. How could they help people throughout the Greek speaking Roman world engage with Christian faith? How could a faith which was initially expressed in the framework of the Jewish culture be understood by people of very different cultures? Throughout the book of Acts we see people like Paul, Peter, Silas, Barnabas, Timothy, James and others struggling with these questions – they knew what Christian faith looked like for a Jew living in Palestine, but what should it be like for a Greek intellectual in Athens?
Their situation is much like our own. Just like they did, we wonder how we can make what we believe intelligible to people in today’s world who have little or no experience of Church and who see Christian faith as irrelevant, if not ridiculous.
Our readings today relate to struggle the early church faced: How could they convey the Gospel to the Roman and Greek world – the good news which was so bound up with Jesus’ divinity and humanity. … They had experienced Jesus as both divine and human. They could talk of him as the image of the invisible God, the first born of all creation. How could they explain that a divine being became human? How could they help people understand? As they reflected on this they realised that their scriptures – the Old Testament had at least a couple of ideas that would help them.
We meet the first idea in Genesis – in the story of Creation – God spoke and something happened. God only needed to say a few words and a whole world and universe came into being. Words for God were not just things to say, concepts to express or write down. Words were effective, they achieved something. God’s Word was God at work in the world.
The second idea comes in other parts of the Old Testament. There they found passages about Wisdom. Today’s reading is an example. Wisdom is spoken of as a personality, a person, who existed before the worlds were created. Wisdom at God’s side as he created. Wisdom as the crafts-person moulding creation and delighting in what was made.
As Jewish Christians were asked about Jesus by their Greek neighbours. As the first Christian theologians tried to explain how God was born as a baby in Bethlehem. They saw something in the Greek culture that would help them to explain better to Greek and Roman people, just what they meant by Jesus being the Word and Wisdom of God, both divine and human.
The word for ‘word’ in Greek is ‘logos’. Greek philosophers used that word ‘logos’ in a special way – by the time of Christ – they used it to refer to a kind of ordering principle of the universe. Sometimes they used ‘nature’ and ‘logos’ interchangeably. What they meant was that there was an something behind all of nature – giving it a purpose and meaning. The principle by which life held together – perhaps ‘wisdom’. And as Greek philosophers talked of the ‘logos’ it was as though they almost gave it a personality.
Christians realised that here was a way of explaining to Greek and Roman people just who Jesus was – and the first verses of John’s Gospel were born. John gives the ‘Word’, the ‘Logos’, a central place. He describes the ‘Logos’ as God, the Creative Word, who took on flesh as the man Jesus Christ. … ‘God active in the created world’ = ‘Logos’. … God’s Word expressed as a human being. It might sound strange to us, but those early Christians had successfully managed to translate the concept of the incarnation into a form that Greek and Roman people might understand
The challenge to us is similar. To find ways of expressing what we believe in terms and in ways that people in today’s world will understand. We cannot say, it worked in the past so it will work again. We cannot just do the things we have always done. We cannot continue to use only the words that we understand. We cannot continue to be just the church we have always been. Words and customs move on. Meanings change, hopes and fears change. The world is shrinking and ideas from the four corners of the world now influence the values of every society.
You only need to think of the way that the meanings of words have changed over the centuries. I have mentioned this before: The word,‘Comfort’ – what does that mean now? On the Bayeux Tapestry it means something completely different. Look out for Bishop Odo comforting his troops …….
‘Organic’ – until very recently that was a group of chemicals which contained Carbon – a mixture of different substances both noxious and benign. Now we use it to mean wholesome food, untainted by many of the chemicals which would naturally have fallen into the ‘organic’ grouping.
You’ll know many other words which have changed their meaning over the years. Those changes are like small snapshots on what has been happening in society – a process of change which is accelerating not slowing. And if we don’t change in at least some measure, we will be increasingly misunderstood and become increasingly less and less relevant – having little or nothing intelligible to say to people who need to know the love of God.
As we participate in a process of change we do just what Jesus did ….. The Word, Jesus, became flesh and dwelt among us full of grace and truth. God changed, God became human, God learnt new things, expressed himself in different ways, felt tired for the first time, experienced limitations for the first time. God changed so as to bring his love to his creation. The early church changed its rules, expressed itself in new and different ways, so that its mission to the Roman world might be effective. And we are called to do the same to look for new ways to communicate the Gospel to those who live around us but who have none of the history of Church involvement that we have.