The Queen's Tower - Imperial College Road, London, UK
N 51° 29.896 W 000° 10.619
30U E 695942 N 5709015
The Queen's Tower is on the north side of Imperial College Road and is all that remains of the Imperial Institute.
Waymark Code: WMHV1N
Location: London, United Kingdom
Date Posted: 08/14/2013
Views: 2
The information boards, at the base of the tower, tell us:
The Queen's Tower
The Queen's Tower is all that remains of the Imperial Institute, which was
built to mark Queen Victoria's Golden Jubilee in 1897. It was 700 feet long
with a central tower (the Queen's Tower) and smaller towers at the east and
west ends. When it was to be demolished in the early 1960s, the Victorian
Society and John Betjeman, (Poet Laureate 1972-1984) campaigned against
total demolition and the Queen's Tower was saved.
The Queen's Tower is 287 feet tall, clad in portland stone and topped by a
copper covered dome. The internal wooden structure of the dome is an
interesting example of Victorian craftsmanship. Near the entrance to the
tower are two large stone lions. These are two of the four lions which
flanked the entrance to the Imperial Institute. The other two are now at the
Commonwealth Institute in Holland Park.
The belfry contains the Alexandra peal of 10 bells. Each bell is separately
named after members of the Royal family - Queen Victoria, her three sons,
her daughter-in-law and her five Wales grand-children. The bells are now
rung on Royal Anniversaries between 1 and 2pm.
The tower is Grade II listed with the entry at the
English Heritage website telling us:
Queen's Tower GV II Surviving tower
of the demolished Imperial Institute 1887-1893. Thomas E Collcott. Portland
stone with red brick bands; copper dome. Eclectic Renaissance manner. Four
main stages with balustraded balconies between. Tall square shaft with
pilaster strips; archway near base. Small arched windows at intervals,
paired towards top. Dome with octagonal stage beneath having semicircular
turrets and flying buttresses above four corners of tower. Cupola and gilded
finial.