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Inclined plane immediately east of Foxton Locks

A Scheduled Monument in Foxton, Leicestershire

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Latitude: 52.4998 / 52°29'59"N

Longitude: -0.9815 / 0°58'53"W

OS Eastings: 469235.395898

OS Northings: 289588.508118

OS Grid: SP692895

Mapcode National: GBR 9QQ.BN3

Mapcode Global: VHDQR.XFZH

Entry Name: Inclined plane immediately east of Foxton Locks

Scheduled Date: 24 January 1973

Last Amended: 19 March 1999

Source: Historic England

Source ID: 1018832

English Heritage Legacy ID: 30248

County: Leicestershire

Civil Parish: Foxton

Traditional County: Leicestershire

Lieutenancy Area (Ceremonial County): Leicestershire

Church of England Parish: Foxton St Andrew

Church of England Diocese: Leicester


The monument includes the standing, earthwork and buried remains of the
inclined plane, the canal arm linking the plane with the canal summit and the
bottom lift basin, situated immediately east of Foxton Locks. The bottom lift
basin survives as a water-filled cutting up to 30m in width and 150m in length
orientated on a NNW-SSE axis. Within the basin are the remains of the bottom
docks which originally provided access to the northern and southern inclines.
The docks survive as two sections of brick pier connected by a modern wooden
walkway. The northern end of the dock consists of a semicircular island
measuring approximately 4m in length and 3m in width. The southern end of the
dock is rectangular in shape, measuring approximately 19m by 12m, and projects
from the base between the inclines. The inclined planes survive as two
adjacent earthwork ramps on a gradient of approximately 1:4. The ramps are
slightly staggered east to west but each measures approximately 100m in length
and 28m in width with their long axes orientated ENE-WSW. The southern incline
includes a blue brick revetting wall approximately 20m in length and a maximum
of 2m in height along its south western edge at the junction with the
earthwork bank forming the eastern side of the upper canal arm. Further
sections of blue and red brick revetting wall and support piers immediately to
the north and west originally provided the base for a steel aqueduct giving
access to the northern incline. Eight parallel lengths of fragmentary concrete
bases running the length of the inclines, four to each incline, mark the
position of track beds for rails. Immediately south of the upper docks is the
dry bed of the upper canal arm linking the plane with the canal summit. The
canal arm survives as a waterlogged embanked depression up to 2m in depth and
13m in width, the banks of which are a maximum of 10m in width at their base.
The banks are constructed of burnt clay and continue curving southwards for
250m up to the stoplock. The stoplock is constructed of brick with stone
coping, the jaws or entry to which have been infilled with earth.

Documentary records show the inclined plane to have been constructed by the
Grand Junction Canal Company between 1898-1900 to a design patented by the
Company's engineer, Gordon Cale Thomas. Copies of original blueprints for the
design still survive. The incline was intended to offer a more efficient and
flexible means of moving barges up the 23m between the upper and lower canals
than the staircase flight of ten locks built by the Grand Union Canal in 1810
immediately to the west, which it temporarily replaced. Foxton provided an
important junction between canals built by the Leicestershire and
Northamptonshire Union and the Grand Union. Contemporary photographic records
show barges being transported up the lift in two water-filled steel tanks,
each mounted on wheels which in turn rested on guide rails. A steam engine
situated in an engine house at the top of the plane provided the power via a
system of pulleys and cables attached to the tanks. Contemporary documents
indicate that by 1910 the incline had been deemed uneconomic, although this
was due to less than expected traffic rather than any faults in the design.
The incline was closed in 1911, the majority of demolition taking place
between 1927 and 1928. Repair work on the lower basin in the 1980s indicated
that the pulley wheels still remained in situ below water level.

All fences, the surfaces of pathways and the dam within the stoplock are
excluded from the scheduling, although the ground beneath these features is

The site of the monument is shown on the attached map extract.

Source: Historic England

Reasons for Scheduling

From the mid-18th century onwards the increasing need for the transport of
heavy goods could not be entirely met by rivers. The road system was improving
and being greatly extended, but a horse could draw only two tons in a cart,
and between 50 to 100 tons in a barge, making water transport more economic.
The requirement was fulfilled by the construction of a system of artificial
waterways or canals, with canal construction reaching its peak in the period
between 1790 and 1810. Differences of level were overcome by locks. Sometimes
flights of locks had to be built, and in a few places particular problems in
transporting canal traffic from one level to another necessitated the
construction of either vertical boat lifts or inclined planes. Lifts and
inclines differed in that with the former, boats were hoisted vertically,
whereas with the latter they were hauled up ramps. Documentary sources
indicate that around 20 inclined planes were constructed in England, the first
being built at Ketley in Shropshire in 1788. The largest was at Morwellham on
the Tavistock Canal where barges were hauled up a slope of 72m. Few inclines
functioned for any great length of time, the exception being that at Trench on
the Shrewsbury Canal which was in use for 124 years and was the last to close
in 1921. The Grand Union Canal between Foxton and Daventry was opened in
stages between 1812 and 1814 and provided the final link in a chain connecting
Leicester and London. From the 1830s onwards railways began to supplant canals
as the principle means of goods transportation. The Grand Junction, the new
owners of the Grand Union Canal from 1894, tried to compete but were hampered
by their locks at Foxton and Watford, the width of which severely limited the
cargo-carrying capactiy of craft passing through. Anticipating increased
revenue from the passage of coal between Nottingham and London, the incline at
Foxton was constructed between 1898 and 1900. Foxton was the last and most
sophisticated incline to be built in England. It was constructed utilizing
steel rather than the cast or wrought iron employed on earlier designs and
could lift weights of up to 240 tons, three times that of any of its

The remains of the inclined plane at Foxton represent an exceptionally rare
and complete example of late Victorian canal engineering which have remained
free of subsequent development. The location of the inclined plane in close
proximity to the staircase flight of locks, themselves a tourist attraction,
considerably enhances its potential as a public amenity. Opportunities for the
interpretation of the site are further supplemented by the large amount of
contemporary documentary and photographic material relating to its
construction and use.

Source: Historic England


Books and journals
Foxton Inclined Plane Trust, , Foxton Locks and Inclined Plane, (1993)
Hadfield, C, Hadfield's British Canals, (1994)
Hadfield, C, The Canals of the East Midlands, (1966)
Beech, M, (1998)

Source: Historic England

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