UK SSTV interest group

A field notebook for pictures carried by radio.

SSTV.org.uk collects Slow Scan Television history, analog mode timing, public source checks, receiving practice, and station notes for operators and listeners who like their signal experiments documented.

Mode library

Timing, VIS, raster, and tone data

53 implementation-backed rows sit alongside 33 reference or verification rows so uncommon analog SSTV modes remain findable.

Open the technical spec sheet

Receive

Start receiving SSTV with a cleaner station path

Use the UK receiving guide for ISS and satellite checks, HF listening notes, audio levels, SDR recordings, and replay checks.

Open the receiving guide

Checked sources

Public activity log and watch sources

Checked 2026-09-28T06:03:38Z: public source data currently lists SSTV Expedition 75 Series 33 featuring "Student Education" Begins Friday October 2, 2026 9:00 UTC. Concludes Tuesday October 6, 2026 at 15:55 UTC on 437.550 MHz Robot 36. Confirm exact UTC times with the linked source before operating.

Check public sources

Station log

Receiving notes, new reference material and the latest public source checks.

Latest source check

2026-09-28T06:03:38Z

Checked 2026-09-28T06:03:38Z: public source data currently lists SSTV Expedition 75 Series 33 featuring "Student Education" Begins Friday October 2, 2026 9:00 UTC. Concludes Tuesday October 6, 2026 at 15:55 UTC on 437.550 MHz Robot 36. Confirm exact UTC times with the linked source before operating.

Read the activity log

What lives here

Reference-first documentation

The docs lead with history, mode families, timing comparisons, and per-mode pages rather than assuming one decoder or one operating style.

Waveforms to replay

Compare a known test card with your own recording. The sample library includes analog SSTV, SSDV packets, DRM image services and Weather Fax line-rate strips.

Browse the sample library

UK operating viewpoint

Notes are written from a UK listener's bench, with public satellite events, HF compatibility modes, and practical receiving setups kept in the same index.