Full service Freeview transmitters



Aberdare
Angus
Beacon Hill
Belmont BELMONT transmitter - Over the next week Belmont main transmitter: TV (analogue) Possible weak signal, TV (digital) Possible weak signal, Radio (analogue) working normally, Radio (digital) working normally. [DUK]
Bilsdale
Black Hill BLACK HILL transmitter - Over the next week Black Hill main transmitter: TV (analogue) working normally, TV (digital) working normally, Radio (analogue) Possible weak signal, Radio (digital) working normally. [DUK]
Blaenplwyf BLAENPLWYF transmitter - Over the next week Blaenplwyf main transmitter: TV (analogue) Liable to interruption, TV (digital) Liable to interruption, Radio (analogue) working normally, Radio (digital) working normally. [DUK]
Bluebell Hill
Bressay
Brierley Hill
Bristol Kings Weston
Bromsgrove
Brougher Mountain
Caldbeck
Caradon Hill
Carmel
Chatton
Chesterfield
Craigkelly
Crystal Palace
Darvel
Divis
Dover
Dover B
Durris
Eitshal
Emley Moor EMLEY MOOR transmitter - Over the next week Emley Moor main transmitter: TV (analogue) Possible weak signal, TV (digital) Possible weak signal, Radio (analogue) working normally, Radio (digital) Possible weak signal. [DUK]
Fenham
Fenton
Guildford
Hannington
Hastings
Heathfield
Hemel Hempstead
Huntshaw Cross
Huntshaw Cross B
Idle
Ilchester Crescent
Keelylang Hill
Keighley KEIGHLEY transmitter - Over the next week Keighley main transmitter: TV (analogue) Liable to interruption, TV (digital) Liable to interruption, Radio (analogue) Possible weak signal, Radio (digital) Possible weak signal. [DUK]
Kilvey Hill
Knock More
Lancaster
Lark Stoke
Limavady
Llanddona
Malvern
Mendip
Midhurst
Moel-Y-Parc
Nottingham
Olivers Mount
Oxford OXFORD transmitter - ord Transmitter Works: Since Monday 01 February 2010, transmissions from Oxford have been from a reserve antenna, which may be affecting reception for some viewers. This is in preparation for digital switchover work and signals are currently liable to reduced power and short interruptions, for which we apologise. Work is expected to last for approximately 2 months, with services scheduled to be restored to the main Oxford antenna by early April. [DUK] Over the next week Oxford main transmitter: TV (analogue) working normally, TV (digital) working normally, Radio (analogue) Possible weak signal, Radio (digital) Possible weak signal. [DUK]
Pendle Forest
Plympton
Pontop Pike
Pontypool
Presely
Redruth
Reigate
Ridge Hill
Rosemarkie
Rosneath ROSNEATH transmitter - Over the next week Rosneath main transmitter: TV (analogue) Possible weak signal, TV (digital) Possible weak signal, Radio (analogue) working normally, Radio (digital) working normally. [DUK]
Rowridge
Rumster Forest
Saddleworth
Salisbury
Sandy Heath
Selkirk
Sheffield
Stockland Hill
Storeton
Sudbury
Sudbury B
Sutton Coldfield SUTTON COLDFIELD transmitter - Over the next week Sutton Coldfield main transmitter: TV (analogue) working normally, TV (digital) working normally, Radio (analogue) Possible weak signal, Radio (digital) working normally. [DUK]
Tacolneston TACOLNESTON transmitter - Over the next week Tacolneston main transmitter: TV (analogue) working normally, TV (digital) working normally, Radio (analogue) Possible weak signal, Radio (digital) working normally. [DUK]
The Wrekin
The Wrekin B
Torosay
Tunbridge Wells
Waltham
Wenvoe
Whitehawk Hill
Winter Hill
Winter Hill B
 transmitterTransmitter
BBC one region or nation
itv-1 region or nation
Freeview area
Analogue area
solidexclusive in this region
lighterprimarily in region
lightest overlap area with another region
To see only transmitters with faults please see Transmitter engineering.

Click on a transmitter square or name for more details. Transmitters shown with a red symbol (or shown with a star in the right-hand column) have current engineering information. See also Freeview set-top box updates.

You can also search the transmitters by the channel numbers (or broadcast frequencies) used by the transmission multiplexes.

Transmitter information gadget: google module button

Transmitter engineering information from BBC - Today's Transmitter work.