St Peter's Church, Letwell

Coordinates: 53°22′39″N 1°09′38″W / 53.3774°N 1.1605°W / 53.3774; -1.1605
Source: Wikipedia, the free encyclopedia.

St Peter's Church, Letwell
St. Peter
Administration
ProvinceYork
DioceseSheffield
ArchdeaconryDoncaster
ParishFirbeck with Letwell and Woodsetts

St Peter's Church, Letwell, is a parish church of the Church of England in Letwell.

Background

The Church of St Peter is found at the west end of the village of

Firbeck Hall
, but was largely destroyed by fire a few decades later.

The church today consists of the 14th century

tower with a Victorian nave and apse. It is Grade II* listed.[3]

1867 fire

The tower, along with the vestry are all that remain of the church following a fire which occurred in 1867. The fire was inadvertently started by one Harry Radley, who was sexton at the time. In response to complaints from the parishioners that they were too cold, he had over-stoked the coal-fired boiler which led to the fire.[4]

The church was re-built and decorated in its current form at the expense of Sir Thomas White, 2nd Baronet, the son of the famous soldier Sir Thomas White, 1st Baronet, of Tuxford and Wallingwells, who twice raised the Sherwood Rangers Yeomanry Cavalry at his own expense. Much of the decoration in the church was contributed by Sir Thomas' daughters.

Organ

The church is unusual as it still uses a harmonium instead of an organ. The harmonium, dating from the 19th century, was constructed by the Estey Organ Company of Brattleboro, Vermont.[2]

Churchyard

The churchyard is a designated Grade III Botanical site.[citation needed]

Current use

It is part of the

Evensong
.

See also

References

  1. ^ Rotherham Metropolitan Borough Council website, taken from 'A Patchwork of Parishes', 1997 Archived 21 March 2012 at the Wayback Machine
  2. ^ a b Heritage Inspired website
  3. ^ Historic England. "Church of St Peter (1132679)". National Heritage List for England. Retrieved 9 December 2012.
  4. ^ Bailey, D. 'A Visitor's Guide to the Parish of Firbeck with Letwell and Woodsetts' (2002)