Gaydio

FM · DAB

On the map

Where Gaydio is radiated from — 57 transmitters [V], Ofcom's published positions. This says nothing about how far the signal reaches; it is not a coverage map.

FM

1 FM transmitters, strongest first. ERP is published per polarisation; a dash means nothing is radiated in that plane.
Transmitter	Nation	Frequency	ERP (H)	ERP (V)	Height	RDS name	PI code	Area
Manchester One	England	88.4 MHz	13 W	26 W	85 m	_Gaydio_	C897	Manchester

DAB

The ensembles carrying this station. Every transmitter of an ensemble carries all of its services, so the transmitter list belongs on the ensemble's own page.
Ensemble	Block	EId	Transmitters	Broadcast as	Area
London 3	11B	C199	16	Gaydio	London
Manchester small-scale	7D	C1EC	4	Gaydio	Manchester
North Birmingham small-scale	9A	C1C9	4	Gaydio	North Birmingham
Cardiff small-scale	10D	C1E0	3	Gaydio	Cardiff
East Bristol_Keynsham small-scale	9B	C1D3	3	Gaydio	East Bristol Mangotsfield & Keynsham
Leeds small-scale	9A	C1D5	3	Gaydio	Leeds small-scale
Oldham & Rochdale small-scale	9B	C1FB	3	Gaydio	Oldham & Rochdale
Bolton and Bury small-scale	10B	C1F5	2	Gaydio	Bolton and Bury
Clevedon Avonmouth and Filton small-scale	12D	C1D4	2	Gaydio	Clevedon Avonmouth and Filton
Dudley-Stourbridge small-scale	8A	C1DB	2	Gaydio	Dudley and Stourbridge
Edinburgh small-scale	9B	C1D9	2	Gaydio	Edinburgh
Liverpool small-scale	7D	C1FD	2	Gaydio	Liverpool
Newcastle and Gateshead small-scale	8A	C1D2	2	Gaydio	Newcastle & Gateshead
Sheffield_Rotherham small-scale	9C	C1D7	2	Gaydio	Sheffield and Rotherham
South Birmingham small-scale	9C	C1E9	2	Gaydio	South Birmingham
Stockport small-scale	8A	C1F1	2	Gaydio	Stockport
Brighton small-scale	7D	C1C5	1	Gaydio	Brighton
Glasgow small-scale	10B	C1CA	1	Gaydio	Glasgow
Portsmouth small scale	8B	C1CD	1	Gaydio	Portsmouth

Radiation pattern

Manchester One publishes the strongest FM signal for this station with a shape on record — where it is carried elsewhere too, this is not necessarily theirs.

Radiates most strongly toward the south-east (140°), as published by Ofcom.

More detail

Each ring is 10 dB of attenuation below the pattern's own peak; the outer rim is the peak itself and anything 30 dB down or deeper is drawn at the centre rather than off the edge of the chart, so a very deep null reads as “weak” and not as a hole in the picture. The shape says which direction radiates harder relative to the mast's own peak, not the absolute field strength there or how far it reaches — that is what the coverage map and the postcode lookup are for. Solid is horizontal polarisation, dashed is vertical.