The Crystal Palace

The Crystal Palace
Surrey
Type:	Exhibition palace
Location
Location:	51°25’21"N, 0°4’32"W
Town:	Penge
History
	Built 1851, 1854
By:	Joseph Paxton
Material:	cast-iron and plate-glass
	Exhibition palace
	Victorian
Information
Condition:	Destroyed

The Crystal Palace was a cast-iron and plate-glass structure originally built in Hyde Park, Middlesex, to house the Great Exhibition of 1851. From 1854 it was relocated to Penge on the Surrey/Kent border in the south of the metropolis. More than 14,000 exhibitors from around the world gathered in its 990,000 sq. ft exhibition space to display examples of technology developed in the Industrial Revolution. Designed by Joseph Paxton, the Great Exhibition building was 1,851 ft long, with an interior height of 128 ft. It was three times larger than the size of St Paul's Cathedral. The introduction of the sheet glass method into Britain by Chance Brothers in 1832 made possible the production of large sheets of cheap but strong glass, and its use in the Crystal Palace created a structure with the greatest area of glass ever seen in a building and astonished visitors with its clear walls and ceilings that did not require interior lights.

It has been suggested that the name of the building resulted from a piece penned by the playwright Douglas Jerrold, who in July 1850 wrote in the satirical magazine Punch about the forthcoming Great Exhibition, referring to a "palace of very crystal".

After the exhibition, it was decided to relocate the Palace to an area south of the Thames known as Penge Common. It was rebuilt at the top of Penge Peak next to Sydenham Hill, an affluent suburb of large villas. It stood there from 1854 until its destruction by fire in 1936. The nearby residential area was renamed Crystal Palace after the landmark including the park that surrounds the site, home of the Crystal Palace National Sports Centre, which had previously been a football stadium that hosted the FA Cup Final between 1895 and 1914. Crystal Palace F.C. were founded at the site in 1905 and played at the Cup Final venue in their early years. The park still contains Benjamin Waterhouse Hawkins's Crystal Palace Dinosaurs which date back to 1854.

In 2013 a Chinese developer proposed to re-build the Crystal Palace but the developer's sixteen-month exclusivity agreement with Bromley council to develop its plans was cancelled when it expired in February 2015.

Original Hyde Park building

Conception

The transept façade of the original Crystal Palace

The Crystal Palace in Hyde Park for Grand International Exhibition of 1851

The huge, modular, wood, glass and iron structure was originally erected in Hyde Park in London to house the Great Exhibition of 1851, which showcased the products of many countries throughout the world.

The Commission in charge of mounting the Great Exhibition was established in January 1850, and it was decided at the outset that the entire project would be funded by public subscription. An executive Building Committee was quickly formed to oversee the design and construction of the exhibition building, comprising Isambard Kingdom Brunel, Robert Stephenson, renowned architects Charles Barry and Thomas Leverton Donaldson, the Duke of Buccleuch and the Earl of Ellesmere, and chaired by William Cubitt. By 15 March 1850 they were ready to invite submissions, which had to conform to several key specifications: the building had to be temporary, simple, as cheap as possible, and economical to build within the short time remaining before the Exhibition opening, which had already been scheduled for 1 May 1851.

Within three weeks, the committee had received some 245 entries, including 38 international submissions from Australia, the Netherlands, Belgium, Hanover, Switzerland, Brunswick, Hamburg and France. Two designs, both in iron and glass, were singled out for praise—one by Richard Turner, co-designer of the Palm House at Kew, and the other by French architect Hector Horeau but despite the great number of submissions, the Committee rejected them all. Turner was furious at the rejection, and reportedly badgered the commissioners for months afterwards, seeking compensation, but at an estimated £300,000, his design (like Horeau's) was too expensive. As a last resort the committee came up with a standby design of its own, for a brick building in the rundbogenstil by Donaldson, featuring a sheet-iron dome designed by Brunel but it was widely criticized and ridiculed when it was published in the newspapers. Adding to the Committee's woes, the site for the Exhibition was still not confirmed; the preferred site was in Hyde Park, adjacent to Princes Gate near Kensington Rd, but other sites considered included Wormwood Scrubs, Battersea Park, the Isle of Dogs, Victoria Park and Regent's Park. Opponents of the scheme lobbied strenuously against the use of Hyde Park (and they were strongly supported by The Times). The most outspoken critic was arch-conservative Col. Charles de Laet Waldo Sibthorp; he denounced the Exhibition as "one of the greatest humbugs, frauds and absurdities ever known", and his trenchant opposition to both the Exhibition and its building continued even after it had closed.

Joseph Paxton's first sketch for the Great Exhibition Building, about 1850, pen and ink on blotting paper, V&A Museum

At this point renowned gardener Joseph Paxton became interested in the project, and with the enthusiastic backing of Commission member Henry Cole, he decided to submit his own design. At this time, Paxton was chiefly known for his celebrated career as the head gardener for the 6th Duke of Devonshire at Chatsworth House, and by 1850 he had become a preeminent figure in British horticulture and had also earned great renown as a freelance garden designer; his works included the pioneering public gardens at Birkenhead Park which directly influenced the design of New York's Central Park. At Chatsworth, Paxton had experimented extensively with glasshouse construction, developing many novel techniques for modular construction, using combinations of standard-sized sheets of glass, laminated wood, and prefabricated cast iron. The "Great Stove" (or conservatory) at Chatsworth (built in 1836) was the first major application of Paxton's ridge-and-furrow roof design, and was at the time the largest glass building in the world, covering around 28,000 square feet (2600 sq.m.).

A decade later, taking advantage of the availability of the new cast plate glass, Paxton further developed his techniques with the Chatsworth Lily House, which featured a flat-roof version of the ridge-and-furrow glazing, and a curtain wall system that allowed the hanging of vertical bays of glass from cantilevered beams. The Lily House was built specifically to house the giant Victoria amazonica waterlily which had only recently been discovered by European botanists; the first specimen to reach England was originally kept at Kew Gardens, but it did not do well. Paxton's reputation as a gardener was so high by that time that he was invited to take the lily to Chatsworth; it thrived under his care and in 1849 he caused a sensation in the horticultural world when he succeeded in producing the first amazonica flowers to be grown in England (his daughter Alice was drawn for the newspapers, standing on one of leaves). The lily and its house led directly to Paxton's design for the Crystal Palace and he later cited the huge ribbed floating leaves as a key inspiration.

Paxton left his meeting with Henry Cole on 9 June 1850 fired with enthusiasm. He immediately went to Hyde Park, where he 'walked' the site earmarked for the Exhibition. Two days later, on 11 June, while attending a board meeting of the Midland Railway, Paxton made his original concept drawing, which he doodled onto a sheet of pink blotting paper. This rough sketch (now in the Victoria & Albert Museum) incorporated all the basic features of the finished building, and it is a mark of Paxton's ingenuity and industriousness that detailed plans, calculations and costings were ready to submit in less than two weeks .

The project was a major gamble for Paxton, but circumstances were in his favour: he enjoyed a stellar reputation as a garden designer and builder, he was confident that his design was perfectly suited to the brief, and the Commission was now under enormous pressure to choose a design and get it built, the Exhibition opening now being less than a year away. In the event, Paxton's design fulfilled and surpassed all the requirements, and it proved to be vastly faster and cheaper to build than any other form of building of a comparable size. Indeed, his submission was budgeted at a remarkably low £85,800; by comparison, this was about 2-1/2 times more than the Great Stove at Chatsworth but it was only 28% of the estimated cost of Turner's design, and it promised a building which, with a footprint of over 770,000 sq.ft. (19 acres, or 7 hectares), would cover roughly twenty-five times the ground area of its progenitor.

Impressed by the low bid for the construction contract submitted by the engineering firm Fox, Henderson and Co, the commission accepted the scheme and finally gave its public endorsement to Paxton's design in July 1850. He was exultant, but now had less than eight months to finalise his plans, manufacture the parts and erect the building in time for the Exhibition's opening, which was scheduled for 1 May 1851. Paxton was able to design and build the largest glass structure yet created, from scratch, in less than a year, and complete it on schedule and on budget. He was even able to alter the design shortly before building began, adding a high, barrel-vaulted transept across the centre of the building, at 90 degrees to the main gallery, under which he was able to safely enclose several large elm trees that would otherwise have had to be felled—thereby also resolving a controversial issue that had been a major sticking point for the vocal anti-Exhibition lobby.

Design

Partial front (left) and rear (right) elevations of the Crystal Palace

Paxton's modular, hierarchical design reflected his practical brilliance as a designer and problem-solver. It incorporated many breakthroughs, offered practical advantages that no conventional building could match and, above all, embodied the spirit of British innovation and industrial might that the Great Exhibition was intended to celebrate.

The geometry of the Crystal Palace was a classic example of the concept of form following manufacturer's limitations: the shape and size of the whole building was directly based around the size of the panes of glass made by the supplier, Chance Brothers of Smethwick. These were the largest available at the time, measuring 10 inches wide by 49 inches long. Because the entire building was scaled around those dimensions, it meant that nearly the whole outer surface could be glazed using millions of identical panes, thereby drastically reducing both their production cost and the time needed to install them.

The original Hyde Park building was essentially a vast, flat-roofed rectangular hall. A huge open gallery ran along the main axis, with wings extending down either side. The main exhibition space was two storeys high, with the upper floor stepped in from the boundary. Most of the building had a flat-profile roof, except for the central transept, which was covered by a 72-foot-wide barrel-vaulted roof that stood 168 feet high at the top of the arch. Both the flat-profile sections and the arched transept roof were constructed using the key element of Paxton's design: his patented ridge-and-furrow roofing system, which had first seen use at Chatsworth. The basic roofing unit, in essence, took the form of a long triangular prism, which made it both extremely light and very strong, and meant it could be built with the minimum amount of materials.

Paxton set the dimensions of this prism by using the length of single pane of glass (49 inches) as the hypotenuse of a right-angled triangle, thereby creating a triangle with a length-to-height ratio of 2.5:1, whose base (adjacent side) was 4 feet long. By mirroring this triangle he obtained the 8-foot-wide gables that formed the vertical faces at either end of the prism, each of which was 24' long. With this arrangement, Paxton could glaze the entire roof surface with identical panes that did not need to be trimmed. Paxton placed three of these 8' x 24' roof units side-by-side, horizontally supported by a grid of cast iron beams, which was held up on slim cast iron pillars. The resulting cube, with a floor area of 24'x 24', formed the basic structural module of the building.

By multiplying these modules into a grid, the structure could be extended virtually infinitely. In its original form, the ground level of the Crystal Palace (in plan) measured 1848' x 456', which equates to a grid 77 modules long by 19 modules wide. Because each module was self-supporting, Paxton was able to leave out modules in some areas, creating larger square or rectangular spaces within the building to accommodate larger exhibits. On the lower level these larger spaces were covered by the floor above, and on the upper level by longer spans of roofing, but the dimensions of these larger spaces were always multiples of the basic 24' x 24' grid unit. The modules were also strong enough to be stacked vertically, enabling Paxton to add an upper floor that nearly doubled the amount of available exhibition space. Paxton also used longer trellis girders to create a clear span for the roof of the immense central gallery, which was 72 feet wide and 1800 feet long.

Plan of the Crystal Palace

Paxton's roofing system incorporated his elegant solution to the problem of draining the building's vast roof area. Like the Chatsworth Lily House (but unlike its later incarnation at Sydenham) most of the roof of the original Hyde Park structure had a horizontal profile, so heavy rain posed a potentially serious safety hazard. Because normal cast glass is brittle and has low tensile strength, there was a risk that the weight of any excess water build-up on the roof might have caused panes to shatter, showering shards of glass onto the patrons, ruining the valuable exhibits beneath, and weakening the structure. However, Paxton's ridge-and-furrow roof was designed to shed water very efficiently. Rain ran off the angled glass roof panes into U-shaped cast-iron channels which ran the length of each roof section at the bottom of the 'furrow'. These channels were ingeniously multifunctional. During construction, they served as the rails that supported and guided the trolleys on which the glaziers sat as they installed the roofing. Once completed, the channels acted both as the joists that supported the roof sections, and as guttering—a patented design now widely known as a "Paxton gutter". These gutters conducted the rainwater to the ends of each furrow, where they emptied into the larger main gutters, which were set at right angles to the smaller gutters, along the top of the main horizontal roof bearers. These main gutters drained at either end into the cast iron pillars, which also had an ingenious dual function: each was cast with a hollow core, allowing it to double as a concealed down-pipe that carried the storm-water down into the drains beneath the building.

One of the few issues Paxton could not completely solve was leaks—when completed, rain was found to be leaking into the huge building in over a thousand places. The leaks were sealed with putty, but the relatively poor quality of the sealant materials available at the time meant that the problem was never totally overcome.

To maintain a comfortable temperature inside such a large glass building was another major challenge, because the Great Exhibition took place decades before the introduction of mains electricity and air-conditioning. Glasshouses rely on the fact that they accumulate and retain heat from the sun, but such heat buildup would have been a major problem for the Exhibition, and this would have been exacerbated by the heat produced by the thousands of people who would be in the building at any given time. Paxton solved this with two clever strategies. One was to install external canvas shade-cloths that were stretched across the roof ridges. These served multiple functions: they reduced heat transmission, moderated and softened the light coming into the building, and acted as a primitive evaporative cooling system when water was sprayed onto them. The other part of the solution was Paxton's ingenious ventilation system. Each of the modules that formed the outer walls of the building was fitted with a prefabricated set of louvres that could be opened and closed using a gear mechanism, allowing hot stale air to escape. The flooring consisted of boards 9 inches wide, which were spaced about ½ inch apart; together with the louvres, this formed an effective passive air-conditioning system. Due to the pressure differential, the hot air escaping from the louvres generated a constant airflow that drew cooler air up through the gaps in the floor. The floor too had a dual function: the gaps between the boards acted as a grating that allowed dust and small pieces of refuse to fall or be swept through them onto the ground beneath, where it was collected daily by a team of cleaning boys. Paxton also designed machines to sweep the floors at the end of each day, but in practice, it was found that the trailing skirts of the female visitors did the job perfectly.

Thanks to the considerable economies of scale Paxton was able to exploit, the manufacture and assembly of the building parts was exceedingly quick and cheap. Each module was identical, fully prefabricated, self-supporting, and fast and easy to erect. All of the parts could be mass-produced in large numbers, and many parts served multiple functions, further reducing both the number of parts needed and their overall cost. Because of its comparatively low weight, the Crystal Palace required absolutely no heavy masonry for supporting walls or foundations, and the relatively light concrete footings on which it stood could be left in the ground once the building was removed (they remain in place today just beneath the surface of the site). The modules could be erected as quickly as the parts could reach the site—indeed, some sections were standing within eighteen hours of leaving the factory—and since each unit was self-supporting, workers were able to assemble much of the building section-by-section, without having to wait for other parts to be finished.

Construction

Interior of the Crystal Palace

Fox, Henderson took possession of the site in July 1850 and erected wooden hoardings which were constructed using the timber that later became the floorboards of the finished building. More than 5,000 navvies worked on the building during its construction, with up to 2000 on site at one time during the peak building phase. More than 1,000 iron columns supported 2,224 trellis girders and 30 miles of guttering, comprising 4,000 tons of iron in all.

First, stakes were driven into the ground to roughly mark out the positions for the cast iron columns; these points were then set precisely by theodolite measurements. Then the concrete foundations were poured, and the base plates for the columns were set into them. Once the foundations were in place, the erection of the modules proceeded rapidly. Connector brackets were attached to the top of each column before erection, and these were then hoisted into position. Since the project took place before the development of powered cranes, the raising of the columns was done manually using shears (or shear legs), a simple crane mechanism. These consisted of two strong poles, which were set several yards apart at the base and then lashed together at the top to form a triangle; this was stabilised and kept vertical by guy ropes fixed to the apex, stretched taut and tied to stakes driven into the ground some distance away. Using pulleys and ropes hung from the apex of the shear, the navvies hoisted the columns, girders and other parts into place.

As soon as two adjacent columns had been erected, a girder was hoisted into place between them and bolted onto the connectors. The columns were erected in opposite pairs, then two more girders were connected to form a self-supporting square—this was the basic frame of each module. The shears would then be moved along and an adjoining bay constructed. When a reasonable number of bays had been completed, the columns for the upper floor were erected (longer shear-legs were used for this, but the operation was essentially the same as for the ground floor). Once the ground floor structure was complete, the final assembly of the upper floor followed rapidly.

For the glazing, Paxton used larger versions of machines he had originally devised for the Great Stove at Chatsworth, installing on-site production line systems, powered by steam engines, that dressed and finished the building parts. These included a machine that mechanically grooved the wooden window sash bars, and a painting machine that automatically dipped the parts in paint and then passed them through a series of rotating brushes to remove the excess.

A tree enclosed within the Crystal Palace

The last major components to be put into place were the sixteen semi-circular ribs of the vaulted transept, which were also the only major structural parts that were made of wood. These were raised into position as eight pairs, and all were fixed into place within a week. Thanks to the simplicity of Paxton's design and the combined efficiency of the building contractor and their suppliers, the entire structure was assembled with extraordinary speed—the team of 80 glaziers could fix more than 18,000 panes of sheet glass in a week—and the building was complete and ready to receive exhibits in just five months.

When completed, The Crystal Palace provided an unrivaled space for exhibits, since it was essentially a self-supporting shell standing on slim iron columns, with no internal structural walls whatsoever. Because it was covered almost entirely in glass, it also needed no artificial lighting during the day, thereby reducing the Exhibition's running costs.

Full-size elm trees growing in the park were enclosed within the central exhibition hall near the 27-ft-tall Crystal Fountain. Sparrows became a nuisance; shooting was out of the question in a glass building. Queen Victoria mentioned this problem to the Duke of Wellington, who offered the solution, "Sparrowhawks, Ma'am".

Paxton was acclaimed worldwide for his achievement, and was knighted by Queen Victoria in recognition of his work. The project was engineered by Sir William Cubitt; Paxton's construction partner was the ironwork contractor Sir Charles Fox's Fox and Henderson, whose director Charles Fox was also knighted for his contribution. The 900,000 square feet of glass was provided by the Chance Brothers glassworks in Smethwick. They were the only glassworks capable of fulfilling such a large order and had to bring in labour from France to meet it in time. The final dimensions were 1,848 ft long by 456 ft wide. The building was 135 ft high, with 772,784 sq. ft on the ground floor alone.

Crystal Palace at Sydenham Hill

Relocation commemorative medallion

Relocation and redesign

The life of the Great Exhibition was limited to six months, after which something had to be done with the building. Against the wishes of Parliamentary opponents, a consortium of eight businessmen including Samuel Laing and Leo Schuster who were both board members of the London, Brighton and South Coast Railway, formed a suitable holding company and proposed that the edifice be erected on a property named Penge Place that had been excised from Penge Common at the top of Sydenham Hill.

The Crystal Palace after its move to Sydenham Hill in 1854.

The construction of the building began on Sydenham Hill in 1852. The new building, while incorporating most of the constructional parts of the Hyde Park building, was so completely different in form as to be properly considered a quite different structure – a 'Beaux-arts' form in glass and metal. The main gallery was redesigned and covered with a new barrel-vaulted roof, the central transept was greatly enlarged and made even higher, and two new transepts were added at either end of the main gallery. It was modified and enlarged so much that it extended beyond the boundary of Penge Place, into Kent. The reconstruction was recorded for posterity by Philip Henry Delamotte, and his photographs were widely disseminated in his published works.

Within just two years the rebuilt Palace building was complete, and on 10 June 1854, Queen Victoria again performed an opening ceremony, in the presence of 40,000 guests.

Several localities claim to be the area to which the building was moved. The street address of the Crystal Palace was Sydenham (SE26) after 1917, but the actual building and parklands were in Penge. Most of the buildings were in the county of Surrey, as were the majority of grounds, but the county border cuts through the site such that the north-eastern area of the grounds is in Kent.

An 1857 plan of the grounds of The Crystal Palace

Two railway stations were opened to serve the permanent exhibition:

• Crystal Palace High Level: developed by the London, Chatham and Dover Railway, it was an impressive building designed by Edward Barry, from which a subway under the Parade led directly to the entrance.
• Crystal Palace Low Level: developed by Laing and Schuster's London Brighton & South Coast Railway, it is located just off Anerley Road.

The Low Level Station is still in use, while the only remains of the High Level Station are the subway under the Parade with its Italian mosaic roofing, a Grade-II-listed building.

The South Gate is served by Penge West Railway Station. For some time this station was on an atmospheric railway. This is often confused with a 600-yard pneumatic passenger railway which was exhibited at the Crystal Palace in 1864, which was known as the Crystal Palace pneumatic railway.

Crystal Palace Park

An 1853 model of an Iguanodon; the most recognisable of the Crystal Palace Dinosaurs

The development of ground and gardens of the park cost considerably more than the rebuilt Crystal Palace. Edward Milner designed the Italian Garden and fountains, the Great Maze, and the English Landscape Garden. Raffaele Monti was hired to design and build much of the external statuary around the fountain basins, and the urns, tazzas and vases. The sculptor Benjamin Waterhouse Hawkins was commissioned to make 33 life-sized models of the (then) newly discovered dinosaurs and other extinct animals in the park. The Palace and its park became the location of many shows, concerts and exhibitions, as well as sporting events after the construction of various sports grounds on the site. The FA Cup Final was held here between 1895 and 1914. On the new site were also various buildings that housed educational establishments such as the Crystal Palace School of Art, Science, and Literature as well as engineering schools.

The Crystal Palace with one of the water towers as seen from Anerley around 1910

Joseph Paxton was first and foremost a gardener, and his layout of gardens, fountains, terraces and cascades left no doubt as to his ability. One thing he did have a problem with was water supply. Such was his enthusiasm that thousands of gallons of water were needed to feed the myriad fountains and cascades abounding in the Park: the two main jets were 250 ft high. Water towers were duly constructed, but the weight of water in the raised tanks caused them to collapse. Isambard Kingdom Brunel was consulted and came up with plans for two mighty water towers, one at the north end of the building and one at the south. Each supported a tremendous load of water, which was gathered from three reservoirs, at either end of and in the middle of the park. The grand fountains and cascades were opened, again in the presence of the Queen, who got wet when a gust of wind swept mists of spray over the royal carriage.

Decline

While the original palace cost £150,000, the move to Sydenham cost £1,300,000, burdening the company with a debt it never repaid, partly because admission fees were depressed by the inability to cater for Sunday visitors in its early years: many people worked every day except Sunday, when the Palace was closed. The Lord's Day Observance Society held that people should not be encouraged to work at the Palace on Sunday, and that if people wanted to visit, then their employers should give them time off during the working week. However, the Palace was eventually open on Sundays by 1860, and it was recorded that 40,000 visitors came on a Sunday in May 1861.

By the 1890s the Palace's popularity and state of repair had deteriorated; the appearance of stalls and booths had made it a more downmarket attraction.

In the years after the 1911 Festival of Empire the building fell into disrepair, as the huge debt and maintenance costs became unsustainable, and in that year bankruptcy was declared. In 1914 the Earl of Plymouth bought it, to save it from developers. A public subscription subsequently bought it from the Earl for the nation.

In the 1920s, a board of trustees was set up under the guidance of manager Sir Henry Buckland. He is said to have been a firm but fair man, who had a great love for the Crystal Palace, and soon set about restoring the deteriorating building. The restoration not only brought visitors back, but also meant that the Palace started to make a small profit once more. Buckland and his staff also worked on improving the fountains and gardens, including the Thursday evening displays of fireworks by Brocks.

Destruction by fire

Crystal Palace on fire, 1936

On 30 November 1936 came the final catastrophe – fire. Within hours the Palace was destroyed: the glow was visible across eight counties. That night, Buckland was walking his dog near the palace, with his daughter (Crystal Buckland, named after the palace) when they noticed a red glow within. Inside, he found two of his employees fighting a small office fire, that had started after an explosion in the women's cloakroom. Realising that it was a serious fire, they called the Penge fire brigade. But, even though 89 fire engines and over 400 firemen arrived they were unable to extinguish it. (The fire spread quickly in the high winds that night, because it could consume the dry old timber flooring, and the huge quantity of flammable materials in the building.) Buckland said, "In a few hours we have seen the end of the Crystal Palace. Yet it will live in the memories not only of Englishmen, but the whole world". 100,000 people came to Sydenham Hill to watch the blaze, among them Winston Churchill, who said, "This is the end of an age".

Just as in 1866, when the north transept burnt down, the building was not adequately insured to cover the cost of rebuilding (at least two million pounds).

The South Tower and much of the lower level of the Palace had been used for tests by television pioneer John Logie Baird for his mechanical television experiments, and much of his work was destroyed in the fire. Baird himself is reported to have suspected the fire was a deliberate act of sabotage against his work on developing television, but the true cause remains unknown.

The last singer to perform there before the fire was the Australian ballad contralto Essie Ackland.

Coming as it did just as the Abdication crisis was reaching its terminal stage, the building's destruction was widely seen as symbolic of the end of King Edward VIII's brief and controversial reign.

Since the fire

Crystal Palace a few days after the night of 30 November 1936; totally destroyed

All that was left standing after the 1936 fire were the two water towers. The south tower to the right of the Crystal Palace entrance was taken down shortly after the fire, as the damage sustained had undermined its integrity and it presented a major risk to houses nearby.

The north tower was demolished with explosives in 1941. No reason was given for its removal, although it was rumoured that it was to remove a landmark for WWII German aircraft, but Luftwaffe bombers actually navigated their way to Central London by tracking the River Thames. The Crystal Palace grounds were also used as a manufacturing base for aircraft radar screens and other hi-tech equipment of the time. This remained a secret until well after the war.

After the destruction of the Palace, the High Level Branch station fell into disuse, and was finally shut in 1954.

Crystal Palace site: Remains of the upper terrace, 1993

After the war the site was used for a number of purposes. Between 1927 and 1972 the Crystal Palace motor racing circuit was located in the park, but the noise was unpopular with nearby residents and racing hours were soon regulated under a high court judgment. The Crystal Palace transmitting statio] was built on the former Aquarium site in the mid-1950s and still serves as one of London's main television transmission masts.

Crystal Palace Bowl

Between 1971 and 1980, a series of annual "Crystal Palace Garden Parties" took place in the summer months. Many established as well as aspiring pop artists made their appearances at the Crystal Palace Bowl, including The Beach Boys, Pink Floyd, Lou Reed, Melanie Safka, Mahavishnu Orchestra, John Cale, Carlos Santana, Bob Marley, The Chieftains, and Golden Earring.

Future

Over the years, numerous proposals for the former site of the Palace have not come to fruition.

• Plans by the London Development Agency to spend £67.5 million to refurbish the site, including new homes and a regional sports centre were approved after Public Inquiry in December 2010. Before approval was announced the LDA withdrew from taking on management of the park and funding the project.
• On 27 July 2013, the Chinese company ZhongRong Holdings held early talks with Bromley Council and the Mayor of London, to rebuild the Crystal Palace on the north side of the park, but the project was cancelled in February 2015.

References

Sources

• John McKean, "Crystal Palace: Joseph Paxton & Charles Fox", Phaidon Press, London, 1994
• Dickinson's Comprehensive Pictures of the Great Exhibition of 1851, Dickinson Brothers, London, 1854.
• Kate Colquhoun – A Thing in Disguise: The Visionary Life of Joseph Paxton (Fourth Estate, 2003) ISBN 0-00-714353-2
• George F Chadwick – Works of Sir Joseph Paxton (Architectural Press, 1961) ISBN 0-85139-721-2
• Ian Leith: "Delamotte's Crystal Palace", London, 2005
• Jan Piggott: "Palace of the People", London, 2004
• Antonio di Campli, "La ricostruzione del Crystal Palace", Quodlibet, Macerata, 2010
• John McKean "The Invisible Column of The Crystal Palace" in 'La Colonne – nouvelle histoire de la construction', ed Roberto Gargiani, Lausanne (Suisse), 2008 ISBN 978-2-88074-714-5

Outside links

("Wikimedia Commons" has material about The Crystal Palace)

• Official website of the Crystal Palace Foundation
• The Crystal Palace on ArchDaily
• Historic images of Crystal Palace, dating back to the 1850s. Taken by Philip Delamotte but now held by the English Heritage Archive.
• Crystal Palace Museum
• Crystal Palace Park – map of the park as was until recently
• The Crystal Palace, sources from www.victorianlondon.org
• [3] Russell Potter's Crystal Palace Page, with information on the Baird Television studios
• A 3D computer model of the Crystal Palace with images and animation
• Park hosts Crystal Palace replica – BBC News 31 May 2008
• The contribution of the structure of the Crystal Palace. Paper written by Isaac López César