Skip Navigation : Sitemap : Terms : Adobe Reader
: Contact Form : 

The Iron Bridge has a width of 100 feet and weighs 378 tons.
The Ironbridge Gorge is renowned throughout the world as the birthplace of the Industrial Revolution. The achievements of pioneering industrialists including the Darbys, William Reynolds, and Richard Wilkinson led to the area becoming the most technologically advanced in the world by the close of the 18th century.
The legacy of revolution includes the remains of the Brooke furnace where the first Abraham Darby smelted iron using coke for the first time in 1709 and, the world's first Iron Bridge, constructed in 1779 by the third Abraham Darby. The area is also significant for pioneering developments in the application of steam engines, canal and railway technology including the use of inclined planes, iron wheels, iron rails and iron boats. The surviving industrial landscape illustrates the effective combination of religious belief with industrial, entrepreneurial and artistic creativity and its lasting impact on mechanisation, technology, civil engineering, architecture and social welfare throughout the modern world.
Monuments to the Industrial Revolution
The pivotal change in the production of iron (the smelting of iron with coke in place of charcoal by Abraham Darby I) took place in Coalbrookdale in 1709. The remains of this furnace survive and have been preserved in situ. This innovation sparked a revolution which dramatically changed the face of the Ironbridge Gorge and which became a worldwide phenomenon. The influence of the region and its industrial pioneers was embodied in the construction of the world's first structural cast-iron bridge erected between 1777-1781. This structure was immediately recognised for its innovative use of cast iron drawing admirers from around the world. These monuments are complemented by blast furnaces, China factories, canal structures, brick and tile works - all of which are unique in their contribution to the history of the region and the impact of their technologies on the world. Key monuments:
The Ironbridge Gorge monuments are set within a landscape that has evolved slowly and unevenly from a rural to an industrial area. This process of change has left a legacy of remains within the landscape that now reflect the achievements of the industrial pioneers and workers of the 18th and 19th centuries. From monumental structures to the smallest surviving domestic architectural details, such as iron chimney pots and window frames, to the patchwork of ancient woodlands and the course of the River Severn, the Ironbridge Gorge has a distinctive and unique character. The settlements of Coalbrookdale, Madeley, Ironbridge, Coalport and Jackfield each have their own qualities, still reflecting the interrelationships between their natural resources, their former industrial specialisations and the values of their leaders and workers. There are more than a 1,000 buildings surviving within the Gorge from pre-1914, over 250 of which are listed. Key landscape types:
Exceptional Collections
Complementing a landscape, rich in evidence of the Industrial Revolution, is the wealth of documents, images, objects and oral sources held by the Ironbridge Gorge Museums. These nationally designated collections illustrate the processes and output of the Gorge's manufacturing and extractive industries with machines, tools, ironwork, China, clay pipes and the personal memorabilia, archives and possessions of the individuals who lead and laboured in the Gorge. These collections present an unrivalled resource for the understanding and appreciation of the industrial and social revolutions of the 18th and 19th centuries. Key collections:
Historical Associations
The monuments and landscape fabric of the Gorge are inextricably linked to the world renowned industrial leaders and innovators of the 18th and 19th centuries. Successive generations of the Darby family were involved in the management, development and control of the Coalbrookdale Company for more the 200 years. Shropshire Iron Masters, such as William Reynolds took a lead in the promotion of scientific thought and experimentation which was applied to technological developments and new industrial processes. The intellectual resources of the Gorge attracted the interest and involvement of key individuals such as Richard Trevithick and Thomas Telford who came to see for themselves the pioneering techniques of iron casting and construction that subsequently enabled them to flourish in their own fields. Key associations:
Pioneering technical innovation
Cutting through the coal measures of the Ironbridge Gorge, the River Severn exposed ironstone, clay, coal and limestone for exploitation. This, together with the presence of fast flowing streams providing water power and the navigability of the River Severn created the crucible for industrial progress. Coal mining activity in the Gorge can be traced back to the medieval period. Iron mining and working was present by the middle of the 16th century together with the management of water power. Recent investigation has found the remains of the world's oldest archaeologically known steel (cementation) furnace which was in production in Coalbrookdale between 1620-1640. Around this time, primitive railways became a significant component in the extraction industry and its associated landscape. This foundation of geographical, geological and technical resources supported by embryonic transport infrastructure awaited the innovation and entrepreneurial acumen of the 18th century industrial pioneers who came to an area ripe for unprecedented change. Key innovations
Early industrial culture
The industrialisation of the Ironbridge Gorge is not just a story of individual technical innovations; it is also about the evolution of a culture of trading, organisation and the employment of financial, technical and human capital. Evidence for the growth and impact of this new industrial society can be seen throughout the Gorge. The expansion of industry in the area, following on from improvements in mine drainage and increased output from blast furnaces and foundries (particularly through the impact of steam engines) had a dramatic effect on the number of workers required and the infrastructure needed to move raw materials and finished product. Both Abraham Darby the First, through his use of sand moulding techniques, and John Wilkinson, who pioneered cylinder boring techniques, were prime movers in the 'factory-style' mass production of complex iron castings. Key contributions to industrial culture:
Faith and philanthropy
The faith landscape of the Ironbridge Gorge illustrates the main strands of religious observance across the 18th and 19th centuries. The influence of the established church was weak here and amongst the industrial workforce Methodism was dominant. John Fletcher, Vicar of Madeley in the second half of the 18th century was a driving force in the Methodist Movement with close associations with John Wesley. The Quakers were established in the Broseley area in the 1670s but under the influence of the Darby and Reynolds families, meetings were shifted to Coalbrookdale where a Meeting House and burial ground were built. The Methodist and Quaker enthusiasm for social reform led to both the Coalbrookdale Company and John Fletcher setting up Charity Schools providing free elementary education for children. Richard Reynolds was highly influential in his pioneering approach to public recreation in his establishment of, what have come to be known as, the 'Sabbath Walks' in the late 18th century. Key influences and contributions:
Interpretation & Intellectual Capital
The interpretive history of the Gorge stretches back to the curious visitors of the 18th and 19th centuries who came both to marvel and to record what they saw. Their descriptions, sketches and paintings of the landscapes and technological achievements observed in the area provide a rich source for modern interpretation. The restoration, regeneration and the pioneering work of industrial archaeologists within the Gorge present a remarkable picture to modern-day visitors and provides a model for the presentation and management of similar sites across the world. Considerable opportunities are provided for casual visitors, students, academics and local residents to appreciate, understand, and be involved in interpretation and further research. The establishment of a thriving tourist industry built on the values of the World Heritage Site has been a major factor in the area's regeneration. Key areas of interpretation, education and research: