Exploring Turin:  Duomo

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Turin Cathedral, Italy: Chapel of the Holy Shroud

The Cathedral of St John the Baptist (Cattedrale di San Giovanni Battista, Duomo di Torino) is worth visiting for the sake of an object that’s hardly ever seen – the Holy Shroud (Sacra Sindone).

The church interior is not particularly ornate.  The nave is plain, with Doric piers supporting round arches, the bulk of it built very quickly between 1491 and 1498 alongside a slightly older brick bell tower.  There is, however, a sequence of spectacularly Baroque side chapels, a huge organ case aloft in a transept, and a shrine to the twentieth-century Catholic local hero Pier Giorgio Frassati (1901-1925), due to be canonised in the centenary of his death from polio.

The domed Chapel of the Holy Shroud (1668-94) fills the space between the east end of the Cathedral and the adjacent Royal Palace. 

The story of the revered relic it was built to contain is unrecorded before 1354, when it was exhibited in the French town of Lirey about a hundred miles east of Paris.

It came into the possession of the Royal House of Savoy in 1453,  and was kept in the royal chapel at the Savoyard capital, Chambéry.  There it sustained fire-damage in 1532, and it was transferred to the new capital of Savoy, Turin, in 1578.

Charles Emmanuel II, Duke of Savoy (1634-1675) commissioned priest, engineer and mathematician Camillo Guarino Guarini (1624-1683), to complete the elaborate chapel that had been planned by his predecessor, Charles Emmanuel I “the Great”, Duke of Savoy (1562-1630). 

The floor of the Shroud Chapel is raised so that the interior Is visible from the nave, and both public pilgrims and royal visitors could gain access to the chapel on separate occasions.  Crowned by Guarini’s dome, a masterpiece of engineering, the Chapel was consecrated by the architect in 1680, but was only completed after his death.  It was finally ready to receive the Shroud in 1694.

At the time of the 1898 exposition of the Shroud it was photographed for the first time by an amateur photographer, Secondo Pia (1855-1941), who was astonished that the negative image provided detail invisible to the naked eye.

Following a fire in 1997, the Shroud is currently stored in a temperature- and humidity-controlled case in a side-chapel. 

Since 1998, the 500th anniversary of the Cathedral’s consecration, the Shroud has been shown much more frequently than before, in 2000, 2010, 2015 and (by live stream because of Covid) at Easter 2020.

At all other times visitors are invited to sit in front of a digital image of Christ’s face, an opportunity that is treated with the greatest respect.  Even the bambini fall quiet.

I respect the views of scientists who say the Shroud’s herringbone weave postdates the time of Christ, that the images are painted with identifiable colour agents such as iron oxide, and so on, but I also sense that we can’t possibly know the significance of this piece of fabric. 

There’s an ethereal quality about the image that defies logic, and hosts of visitors to Turin gaze with awe at what may be the face of their Redeemer.

Brunel’s starting point

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Paddington Station, London

It’s one thing to learn from the standard book about a historic building, but walking round it with the author provides a different level of understanding.

Steven Brindle’s Paddington Station: its history and architecture (English Heritage 2013) in its second edition represents the most comprehensive and up-to-date survey of one of Britain’s most important stations.

I took the opportunity to walk round the station with Steven as part of a group of Victorian Society members on a Saturday afternoon amid the hubbub of trains arriving and departing every few minutes, high-volume PA announcements, assistance trolleys conveying people up and down the platforms and noisy families taking selfies in front of the statue of Paddington Bear.

Now the second busiest station in the UK (after London Liverpool Street), Paddington Station remains a monument to the engineer Isambard Kingdom Brunel (1806-1859) who was chosen to plan and build the Great Western Railway after winning the competition to design the Clifton Suspension Bridge and making himself popular with Bristol grandees for assisting in managing the chaos caused by the Reform Bill riots of 1831.

Steven made the station’s original layout clear by starting his tour halfway down Platform 1, next to Marcus Cornish’s statue of Paddington Bear. 

This was the side from which the first trains departed, and the buildings planned by Brunel and designed by Matthew Digby Wyatt (1820-1877) largely survive, including the Royal Waiting Room, now the first-class lounge.

Brunel ensured that the Great Western Railway was at the forefront of Victorian technology though some of his ideas were in advance of practicality:  the seven-foot broad gauge finally expired in 1892 and his atmospheric railway lasted less than a year.  Nevertheless, trains still run between Paddington and the South-West as they have since 1838, from under the magnificent glazed train-shed that Brunel and Wyatt completed in 1854. 

Three spans of wrought-iron arches cover the tracks, supported by columns that were originally cast iron, replaced by steel in 1922-24.  The transepts which break up the vista were thought to accommodate turntable tracks for shifting early rolling stock, but thorough recent research casts doubt on this idea.

The Great Western Railway was at once innovative and conservative, so when the removal of the broad-gauge tracks made it possible to increase the number of platforms it was accomplished without compromising Brunel and Wyatt’s train shed.

I’d never fully grasped how the separation of the original four departure and arrival platforms worked until I followed Steven round and learned that Brunel’s buildings on the northern arrival side were demolished in the early twentieth century.

The north side of the station has been repeatedly altered, first with the arrival of the Metropolitan Railway terminus, tucked in the north-west corner, in 1863, then the Span Four extension (1913-14), which respectfully follows the proportions of the 1854 station, and again when new buildings were added by the company architect, Percy Emerson Culverhouse (1871-1953), in the 1930s.

In the course of its history the station has extended from four platforms to seventeen including through platforms for the Underground and the Elizabeth Line.

Steven Brindle couldn’t show us the most remarkable of his discoveries at Paddington Station, the remaining span of Brunel’s first iron bridge, over the canal at Bishop’s Bridge.   The actual ironwork is in store in Fort Cumberland near Portsmouth.  The story is at Bishop’s Bridge – Wikipedia.

L T C Rolt relates that at an early meeting of the Great Western Railway directors, someone cast doubts on the practicality of driving a railway all the way from London to Bristol, and Brunel replied, “Why not make it longer, and have a steamboat go from Bristol to New York and call it the Great Western?”

You can take a train from Paddington to Bristol Temple Meads, passing the Wharncliffe Viaduct, the Maidenhead Bridge, Sonning Cutting, Swindon and Box Tunnel – each of them a pioneering work of genius – to visit Brunel’s surviving steamship, SS Great Britain, in the dry dock in which she was built.

He was a truly remarkable man who lived a remarkable life.

Newburgh Priory

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Newburgh Priory, North Yorkshire: north front

Newburgh Priory, as the name suggests, was founded as a monastery of Augustinian canons who came to the site from elsewhere around 1150.

At the Dissolution of the Monasteries it was purchased by Henry VIII’s chaplain, Anthony Bellasis, in 1539.  It has remained the property of Bellasis’ descendants to the present day – taking a baronetcy in 1611, and the successive titles Baron, Viscount and Earl Fauconberg.

Thomas, 1st Earl Fauconberg (c1627-1700) married Oliver Cromwell’s daughter, Mary (1636 or 1637-1713) whereby hangs a tale.

Lord Fauconberg had an unerring instinct which side to back in the convoluted politics of the day.  He was a Roundhead in the English Civil War, but welcomed King Charles II at his Restoration in 1660 and when Charles’ brother James II was obliged to relinquish the Crown in 1688, the then Viscount Fauconberg supported the invitation to William of Orange to assume the Throne, for which he was made Earl Fauconberg.

In the aftermath of Charles II’s Restoration the corpses of three regicides, Oliver Cromwell (1599-1658), Henry Ireton (1611-1651) and John Bradshaw (1602-1659) were exhumed and taken to Tyburn for post-mortem execution.  The details of this unpleasant event are at Cromwell’s Body | olivercromwell.org.  The three corpses were beheaded and the heads stuck on spikes above the parapet of Westminster Hall.

Cromwell’s head was said to have blown down from the roof in a gale sometime towards the end of the seventeenth century and was picked up and hidden by a sentry.  It passed through several “owners”, until it eventually reached the Protector’s alma mater, Sidney Sussex College, Cambridge, where it was buried in an unmarked spot in the grounds in 1960 so that it would remain undisturbed.

There are bizarre stories of the identities and subsequent fates of the regicides’ headless corpses, contradicting the official version that they were buried in a pit below the gallows at Tyburn.

Alternative accounts of the location of Cromwell’s corpse began circulating in the 1720s, just as the events of 1660 passed out of the memory of the living:  it was said either to have been sunk in a lead coffin in the River Thames or buried at the battlefield of Naseby.

Alternative versions place its location in St Nicholas’ Church, Chiswick, where Mary, Lady Fauconberg and her sister Frances are buried, or in St Andrew’s Church, Northborough, where Oliver Cromwell’s widow, Elizabeth Claypole, is said to lie.

However, visitors to Newburgh Priory are shown a stone vault in the attic, where family tradition says the Protector’s headless corpse rests. 

Lady Fauconberg was said to have used her husband’s political influence to ensure that her father’s corpse was protected from further abuse.  It was quietly spirited away to Yorkshire and has remained undisturbed in the attic of Newburgh Priory to this day.

The Newburgh Priory family, now called Wombwell, have to their credit declined every request to open the vault and examine its contents.  It attracted the curiosity of King Edward VII as Prince of Wales when he stayed at Newburgh. He bribed the estate carpenter to break into the vault one night but was caught and like everyone else had to take “no” for an answer.

Richardson’s masterpiece

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Pittsburgh, PA: Allegheny Courthouse, internal courtyard
Pittsburgh, PA: Allegheny Courthouse, internal courtyard

When I stepped out of the back entrance to the Omni William Penn Hotel on the first morning of my visit to Pittsburgh, I was confronted only a couple of hundred yards down the street by one of the masterpieces of American architecture by one of its master architects, the Allegheny County Courthouse and Jail (1883-88).

Henry Hobson Richardson (1838-1886) was responsible for a catalogue of memorable buildings, many of them so immediately recognisable that their distinctive style is named after him – Richardsonian Romanesque.

Though he studied at the École des Beaux-Arts in Paris he didn’t simply recreate the neoclassical Beaux-Arts style in the USA;  he distilled elements of European architecture based on the solidity of medieval Romanesque – solid, rusticated masonry, sturdy round arches (including Syrian arches which rise directly from the ground), dormer windows (including Japanese-derived eyelid dormers), extended eaves and tall towers with capped roofs.

He claimed he could design anything “from a cathedral to a chicken coop” but he’s best remembered for houses, public libraries, railway stations and grand public buildings.

Richardson himself believed that the Allegheny County Courthouse and Jail was his greatest achievement.

The courthouse stands four storeys high with a five-storey tower punctuating the main façade. An internal courtyard provides light to the interior as well as a cool space with a fountain away from the street. 

The jail is connected with the courthouse across a road by a close imitation of the Bridge of Sighs at the Doge’s Palace in Venice.

Richardson’s influence on American architecture is unmistakable, whether in his own designs, like the Glessner House in Chicago, or in those of his followers such as Louis Sullivan (1856-1924) and, at a further remove, Frank Lloyd Wright (1867-1959) in such Prairie-style houses as the Robie House, also in Chicago.

Few architects have a style named after them.

“The Pennsylvanian” – to Pittsburgh by rail

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Pittsburgh, PA: Penn Station
Pittsburgh, PA: Penn Station

Rather than take a humdrum flight into Pittsburgh, I travelled by rail from Philadelphia in 2017 along what’s now called the Keystone Corridor.  It’s a much more meaningful experience.

The historic main line of the Pennsylvania Railroad from Philadelphia crosses the forbidding Allegheny Mountains, passing through formerly prosperous steel towns that, when they fell on hard times, were identified as part of the Rust Belt.

Altoona, the Pennsylvania Railroad’s railway town, is still an important centre bristling with the works and sidings of the PRR’s successor, the freight operator Norfolk & Southern, and also the location of the Railroaders’ Memorial Museum.

Five miles west of Altoona lies the Horseshoe Curve, opened in 1854, a 220° curve which is so spectacular it’s a tourist attraction.  The purpose-built observation park opened in 1879.  On the train, the attendant alerts passengers with a PA announcement. 

The Horseshoe Curve was part of a scheme to replace the Allegheny Portage Railroad, opened in 1834 to transport barges on the Pennsylvania Canal over the watershed.  Unlike British canal inclines, such as Anderton and Foxton, the vessels were lifted out of the water and conveyed by rail on flat cars:  Old Portage Railroad by George W. Storm – Allegheny Portage Railroad – Wikipedia.  Charles Dickens described riding the Portage Railroad in American Notes for General Circulation (1842):  Conquering the Alleghenies | Pennsylvania Center for the Book (psu.edu). 

Johnstown has a powerful history – home of the Cambria Steel Company (founded 1852), the site of the notorious Johnstown Flood of 1889, a dam-failure which killed well over two thousand people, and the location of the Johnstown Inclined Plane of 1891, a funicular like Saltburn’s but big enough to carry a car.

Further on there are stops at Latrobe, birthplace of the banana split according to Wikipedia, and Greensburg, a coal town that seems to have reinvented itself more successfully than most, partly perhaps because it has a university campus.

Arrival in Pittsburgh is less than dignified:  the two daily arrivals and two corresponding departures run into an annex beside Daniel H Burman’s magnificent Penn Station (1898-1902) which is now an apartment block.

However, a five-minute taxi transfer took me to the Omni William Penn Hotel, where I was speedily installed in a spacious and comfortable room with a vast bed, a generous bathroom and a walk-in closet (wardrobe) which could itself almost have taken a single bed. 

The William Penn is an illustrious, civilised landmark in Pittsburgh, opened in 1916 by a consortium that included the much-disliked Henry Clay Frick, and host to a succession of US Presidents from Hoover onwards:  https://www.omnihotels.com/hotels/pittsburgh-william-penn. 

Barack Obama, apparently, was the first president to be barred from the top-floor presidential suite because his security people insist on occupying the floors above and below him. 

His successor appears never to have darkened the doorstep.  Perhaps he owns or leases some place else.

The tailor of taste

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Burton’s Building, 783-787 Attercliffe Road, Sheffield
Burton’s Building, 582-588 Attercliffe Road, Sheffield
Burton’s Building, 783-787 Attercliffe Road, Sheffield: entrance detail © Simon Hollis

My mate Simon had an opportunity recently to inspect the interior of the former Burton’s shop at 783-787 Attercliffe Road, Sheffield and sent me a collection of images.  The shop exterior is intact though time-worn, and still bears decorative features that can be restored.  The interior, like the Banners department store a couple of hundred yards away, was simply a space for shop fittings, most of which have disappeared.

The Burton tailoring empire was founded by a remarkable man, a Russian Jew born Meshe David Osinsky (1885-1952), who emigrated to Britain at the start of the twentieth century with £100 to his name and hardly a word of English.

He began as an itinerant pedlar, and opened his first shop at Holywell Cross, Chesterfield in 1904.  From there he expanded to Mansfield and then Sheffield.  He married in 1909 and started his family in a modest but respectable cul-de-sac, Violet Bank Road in Nether Edge.

The men’s suits he sold were bought in at first, initially off-the-peg until 1906 when he offered a bespoke made-to-measure service.  By 1910 he moved to Leeds to manufacture his own garments, and in the 1920s his Hudson Road premises became the largest clothing factory in Europe with 10,500 employees.

His identity became grand as his business flourished:  his name was Morris Burton by 1909 when he applied for British citizenship;  he quickly changed to Maurice Burton, and by 1917 he was Montague Maurice Burton.  In 1931 he became Sir Montague Burton.

It’s possible, but not certain, that his suits originated the expression “full Monty” – jacket, waistcoat and two pairs of trousers.

In 1923 he hired the Leeds architect Harry Wilson to design the company’s new buildings on freehold sites in an instantly recognisable house style which in fact embraced a variety of materials and architectural features. There’s a detailed account of the company’s distinctive architecture at Burton’s ‘Modern Temples of Commerce’ | Building Our Past and A Spotter’s Guide to Montague Burton – the Tailor of Taste, Part 2 | Building Our Past.    At the time of his death there were 616 Burton’s stores.

783-787 Attercliffe Road is typical:  it’s located on a corner site next to the Adelphi Cinema.  a white faience façade divided by pilasters fronts a steel-framed structure, and there were prominent reliefs (one of which remains intact) of the contemporary Burton logo with its strapline “The Tailor of Taste”.  The first floor is top-lit because of the proximity of surrounding buildings, some of which have since been demolished.  Surviving decorative features include the foundation stone laid by Stephen Austin Burton (possibly a grandson), the mosaic-floored entrance with original cast-metal glazing bars and at least one glass panel naming Burton stores in other towns and cities.

There’s also a slightly earlier, more restrained Burton’s building on the corner of Staniforth Road at 582-588 Attercliffe Road (1931).  Stanley Howard Burton (Sir Montague’s eldest son) laid the foundation stone.  Upstairs was at one time the Astoria Ballroom, and by 1944 it was a billiard saloon.  It’s now occupied by a monumental mason, Madani Memorials.

The proximity of two Burton’s tailor’s shops tells us that Attercliffe folk were not rich but they were prudent, and many of them had cash and believed that “best is cheapest”.

Burton’s brand is now found only online, but around a couple of hundred of Harry Wilson’s buildings survive, though in England and Wales only half a dozen are listed, largely because English Heritage takes a dim view of good buildings stripped of their interiors.

Let’s hope the new owner of 783-787 Attercliffe Road treats the building kindly, because it commemorates the time when an ordinary working man could first afford a “Sunday-best” outfit as an alternative to his workaday clothes.

Kew Gardens

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Kew Gardens, London: The Great Pagoda
Kew Gardens, London: The Great Pagoda
Kew Gardens, London: Temperate House
Kew Gardens, London: Temperate House
Kew Gardens, London: Palm House
Kew Gardens, London: Palm House

I have a blind spot about botany, probably because I spent my Sheffield childhood in smoky, sulphurous 1950s Attercliffe, where the only indigenous flowers were dandelions and the only plants my mother could grow in her window box were nasturtiums.

Spending a Sunday recently at the Royal Botanical Gardens at Kew was instructive, because every time I looked at a plant I had to read the label.  So I found out what tamarind, the distinctive ingredient of Sheffield’s favourite condiment, Henderson’s Relish, looks like, dug into my smartphone dictionary to discover that ‘symbiotic’ means, in effect, a win-win relationship between different organisms, and learned that bamboo is in fact giant-sized grass.

To describe Kew Gardens as world-class is a simple statement of fact.  It sits at the heart of an international network of organisations that through research and education foster the study and conservation of plants, seeds and fungi, alongside an enormous collection of botanical books and illustrations.

There have been royal residences south of the River Thames around Kew since the Middle Ages.  Sheen Palace (1299), a favourite residence of sovereigns from Edward I to Richard II, was reconstructed by Henry V in 1414.  After the timber palace burnt down in 1497, Henry VII rebuilt it and changed its name to the title he had derived from the Yorkshire town – Richmond.

The estate became a favourite retreat of the Hanoverian royal family at the start of the eighteenth century.

When Frederick, Prince of Wales (1707-1751), the son of George II and father of George III, lived there, the poet Alexander Pope gave him a puppy which wore a collar engraved with the couplet –

I am His Highness’ dog at Kew.

Pray, tell me Sir, whose dog are you?

Frederick’s widow, the Dowager Princess Augusta of Saxe-Gotha-Altenburg (1719-1772), was responsible for embellishing the gardens with a plethora of ornamental buildings, mostly now lost, by the Swedish-Scottish architect Sir William Chambers (1723-1796), of which the largest is the Great Pagoda (1761). 

Chambers’ buildings are mostly straight-faced Neoclassical, but at Kew he had the opportunity to design for enjoyment.  Unusually for his generation, he had travelled in China, and his pagoda is the epitome of Chinoiserie, ten storeys high, rising to 163ft, built in brick embellished with eighty fearsome dragons, originally enamel. 

Horace Walpole, who lived at Strawberry Hill across the river, was impressed when the huge ornament went up in six months flat, writing to a friend – “…the Pagoda at Kew begins to rise above the trees and soon you will see it from Yorkshire”.

The whole structure was lovingly restored in 2018.  The dragons on the first level are carved wood by Tim Crawley, Head of Historic Carving at the City and Guilds of London Art School.  Those higher up, to lighten the load on the structure, are 3D-printed nylon:  How we brought dragons back to Kew | Kew Palace | Historic Royal Palaces (hrp.org.uk).

After Kew was designated the national botanic garden in 1840 the pleasure buildings gave place to functional structures to house and nurture the collections.  The architect Decimus Burton (1800-1881) collaborated with the Irish iron-founder Richard Turner (1798-1881) to devise the wrought-iron Palm House (1844-48), 362 feet long, with hand-blown curved-glass roofs extending to 62 feet in height.  It’s a memorable space to wander in, with opportunities to ascend the spiral staircases for a bird’s-eye view of the palms and the building itself.

Decimus Burton subsequently collaborated with the Director of the Royal Botanic Garden, Sir William Jackson Hooker (1785-1865), in designing the Temperate House (1859-62), which is longer (628 feet), lower and less elegant than the Palm House.  For practical reasons, to moderate indoor temperature in hot weather, the glass is entirely straight and the window-sashes are wood so they can be opened.

From the outset these serious, scientific structures admitted the general public, and Key Gardens remains one of London’s most popular tourist attractions.

Even a botanical ignoramus like me needs more than one whole-day visit to sample all its attractions:  Royal Botanic Gardens, Kew | Kew.

Street’s favourite church

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All Saints' Church, Denstone, Staffordshire: font
All Saints’ Church, Denstone, Staffordshire: font

There’s a story about the great Victorian architect Sir George Gilbert Scott (1811-1878) hopping off a train in a provincial town, marching down the street to a partly-built Gothic church and entering the site and giving orders, until the clerk of works approached and said, “Excuse me, Mr Scott.  This is Mr Street’s church.  Yours is further down the road.”

Both these architects were busy men.

Mr Street was George Edmund Street (1824-1881), who was one of Scott’s pupils for five years and established his own practice in 1849.  He was predominantly a church architect, but is best known for his Royal Courts of Justice on the Strand in London (1873-82).

One of Street’s finest designs – All Saints’ Church, Denstone (1860-62) – is in Staffordshire, a county rich in fine Gothic churches by the best Victorian architects.

All Saints’ was financed by the patron of the living, Sir Thomas Percival Heywood, Bt (1823-1897), who had retired from his father’s Manchester bank and abandoned his Unitarian faith to join the Church of England.  Sir Percival wished to establish a new parish with a church reflecting Anglo-Catholic architecture and worship in an area still dominated by Evangelical practice.

He retired to his family’s country home, Dove Leys, which he enlarged, endowed the nearby village of Denstone with the parish church (1860-62), the vicarage and the school (1866), all of them, together with the lychgate and churchyard cross, designed by George Edmund Street.  

At All Saints’ Street was responsible not only for the exterior, a composition of nave, taller apsidal chancel and circular north tower with its conical cap, but also for its opulent interior.  The entire church, inside and out, is characterised by structural polychromy, the cream Hollington stone highlighted by bands of pink stone. 

All the original interior fittings were designed by Street:  the font, reredos, organ case and pulpit were all carved by Thomas Earp (1828-1893), and the floor-tiles were manufactured by Mintons of Stoke-on-Trent.  The stained glass was manufactured by the newly-established Clayton & Bell company.  Derbyshire marble and alabaster are freely applied to give richness to the interior.

The windows are of varying designs, intended to bring daylight where it was most needed:  the south aisle has two traceried windows, in contrast to the narrow lancets in the north aisle.  There is a single rose window above the font in the north-west corner of the nave.  So that the chancel could be lit by tall windows, the walls are significantly higher than the nave.

Street regarded All Soul’s, Denstone as his favourite church and it is undoubtedly one of his finest compositions.  Sir Nikolaus Pevsner, in The Buildings of England:  Staffordshire (1974), remarked, “…here indeed is young Street at his very best”.

Denstone is very close to Alton Towers and only a few miles from A W N Pugin’s masterpiece, St Giles’ Catholic Church, Cheadle (1841-46).  Less than twenty miles away is Holy Angels, Hoar Cross (1872-1901), one of the best churches of another master of English Gothic Revival, George Frederick Bodley (1827-1907), who was another of Scott’s early pupils.

These leaders of their profession were more than nodding acquaintances.  Bodley attended two London churches – All Saints’, Margaret Street, where Street was churchwarden, and St Alban’s, Holborn, where Scott also worshipped.

Foxton Inclined Plane

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Foxton Inclined Plane, Grand Union Canal, Leicestershire

Sir Edward Leader Williams’ Anderton Boat Lift (1875) in Cheshire successfully enabled canal boats to move between the River Weaver and the Trent & Mersey Canal, a vertical distance of fifty feet.  Despite problems with maintenance it worked efficiently for over a century, and after a radical overhaul in 2000-02 it’s now likely to operate for another hundred years.

A completely different, less fortunate engineering solution to the same difficulty was tried in the Midlands, on the border between Leicestershire and Northamptonshire near Market Harborough.

The engineers who built the old Grand Union Canal at the beginning of the nineteenth century faced a similar situation at Foxton, where their main line climbed 75ft from a junction with a branch canal to Market Harborough up to the summit level.

The solution was a staircase of ten locks, opened in 1813, which took narrow boats forty-five minutes to travel.  At the other end of the summit pound, at Watford Gap, another flight of locks dropped 54ft 1in.

In 1894 the Grand Junction Canal company amalgamated with the old Grand Union and the Leicestershire & Northamptonshire canals to operate the trunk route between Leicestershire and London as a single entity.

It still seemed practical at the end of the nineteenth century to compete with the railways for bulk, non-urgent freight traffic, using broad barges, provided the bottlenecks at the narrow locks at Foxton and Watford were eliminated.

The Grand Junction engineer Gordon Cale Thomas devised and patented a steam-powered lift that drew tanks, called caissons, laterally up a ramp between the top and bottom of the old locks: Foxton Inclined Plane – Foxton Inclined Plane – Wikipedia.

This device, which opened in 1900, had numerous advantages:  each caisson could carry two wide barges between the two levels in twelve minutes and, whereas canal locks lose a lockful of water whenever a boat passes up or down, the lift lost hardly any water at all.

The disadvantages were that the winding engines had to be kept constantly in steam whether there was traffic or not, and there turned out to be insufficient traffic to justify the ongoing cost.

Perversely, the canal company chose to rebuild the Watford locks as narrow locks, simply moving the bottleneck further south and leaving the Foxton incline underused.  A boat lift at Watford would have speeded up traffic dramatically, and may have yielded better cost benefits.

Because the main carrier, Fellows Morton & Clayton, demanded twenty-four-hour working, Foxton Locks was rebuilt, also as narrow locks, in 1909 and the incline was mothballed after ten years.  It was used intermittently when the locks needed repair until it was scrapped in 1928.

Its site was abandoned for nearly half a century until it was scheduled as an ancient monument in 1973, and the Foxton Inclined Plane Trust was founded in 1980.

Nowadays the site of the ramp is cleared and the scale of this sophisticated piece of Victorian canal engineering is apparent to visitors.  The reconstructed boiler-house is a museum which explains the vanished incline and the Trust intends eventually to restore the lift.

It won’t happen any time soon, but the Trust is actively curating the site and maintaining public awareness of a fascinating corner of the canal network:  https://www.fipt.org.uk/copy-of-about-fipt.

Anderton Boat Lift

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Anderton Boat Lift, Cheshire

In the early 1970s, the time when I learnt about industrial archaeology from the Arkwright Society based in Cromford, there was a sense of urgency about witnessing, if not safeguarding, relics of the Industrial Revolution that were deteriorating and going out of use.

The Arkwright Society had among its members Leslie Bradley (1902-2004), formerly headmaster of Derby School from 1942 to 1961, who led a succession of canal day-trips which were themselves an education.  Leslie knew his way around the canal system because he had, like Tom Rolt, converted a narrow boat to a leisure craft before many other people took to the idea.

In 1973 Leslie ran a trip including potentially a last chance to experience taking a boat through the Anderton Boat Lift.  This unique survivor was built in 1875, rebuilt in 1906-08, and was clearly nearing the end of its useful life.

It was built to provide a more efficient link between the Weaver Navigation which served the Cheshire salt beds and the Trent & Mersey Canal, which connected with the industrial heart of the Midlands and the waterways of northern England.

The Lift replaced the collection of chutes, cranes and inclined planes dating from the end of the eighteenth century that transhipped freight up and down the fifty-foot vertical distance between the two waterways.

It was designed by Sir Edward Leader Williams (1828-1901), the chief engineer of the North Staffordshire Railway which owned the Trent & Mersey Canal, as a development of the lifts designed by James Green (1781-1849) for the Grand Western Canal in Devon.  Sir Edward proposed an iron tower containing two caissons, side by side, to lift and lower floating narrow boats, powered by hydraulic rams assisted when necessary by a steam engine. 

The Weaver Navigation Act (1872) empowered the river trustees to construct the lift, which opened to canal traffic on July 26th 1875.  Boats gain access from the river at the base of the lift which stands on an island in the middle of the river, like Williams’ later Barton Swing Aqueduct (1893).  At the top of the structure an iron aqueduct leads vessels into the canal on its embankment.

The polluted canal water that powered the hydraulics repeatedly caused difficulties with the machinery over the following three decades.  The trustees were advised by their engineer Colonel John Arthur Saner (1864-1952) to install a system of electric motors and counterweights which would be cheaper and easier to maintain and had the advantage that the caissons could operate independently rather than in tandem.  However, the full 252-ton weight of the water-filled caissons was no longer cushioned by the rams, so Colonel Saner reinforced the structure with steel A-girders to support pulleys that led the wire ropes which bore the load.

The conversion from hydraulic to electric power took place within two years, 1906-08, and operated efficiently until the 1970s, despite increasing doubts about the effect of atmospheric pollution on the integrity of the structure.  A 1983 inspection revealed such severe corrosion that the Lift was closed immediately.

Fortunately, it had been listed as a Scheduled Monument in 1976, so there was no likelihood it would be dismantled, but it stood idle until an admirable £7,000,000 restoration programme brought it back to life in 2000-02.

The Lift is now once more hydraulic-powered using oil, and the redundant A-frames and pulleys remain to show how the structure looked for most of its working life.  The heavy counterweights were not replaced, and now form a maze in the grounds of the two-storey visitor centre.

Now the traffic is no longer salt but people – leisure boaters and day visitors. 

I’m glad to think that Leslie Bradley lived long enough to know of the restoration.  It was industrial-archaeology pioneers like him who helped to save for future generations a priceless legacy of mementos of British industrial genius.