This is a complete S-band antenna system comprising a 60 cm spun aluminium dish and patch feed, together with all necessary mounting parts.
To this you need to add the S-band pre-amplifier or converter of your choice and you're ready to receive outstanding S-band signals from the AO-40 spacecraft and others.
Contemporary low noise converters only realise their full potential in conjunction with a low noise antenna, and this system offers just that. Lots of gain; low noise; excellent circularity.
A 60 cm (2 ft) system is remarkably small, and can be fitted to a camera tripod. So you can use it portable, from a condo balcony, indoors through a window, as well as conventionally on a mast.
View of dish and patch feed.
The kit comprises parts (all available separately) described in detail on related pages. The 60 cm dish has an f/d ratio of approximately 0.35, and together with the recently developed ON6UG/G3RUH patch feed delivers a measured gain of 21 dbic. With the best converters a Sun noise increase of 2.5 db is typical.
The dish is cleaned, and drilled for mounting clamps to a boom up to 42 mm (1 5/8") diameter, patch feed supports and cable access via a grommet (see photo). Dish and feed are unpainted aluminium. Assembly is by six screws for the feed supports, four nuts for the boom clamps, and takes only moments.
More detail about individual items
Excellent low-noise converters and preamplifiers are available from:
Frequency 2250-2450 MHz Gain 21 dbic -3db beamwidth 16° -10 db beamwidth 28° SWR < 1.2:1 Axial ratio 1.05:1 Polarisation RHCP Connector N-male [Option: N-female] Impedance 50 ohm Overall diameter 590 mm (23") Weight 1.4 kg (3 lb)
Price of the 60 cm S-band dish antenna system (i.e. dish, patch feed, legs and mounting) is £145 plus carriage at cost:
Flat rate for 1 to 4 antennas: UK £ 15. EU £ 30, air-mail. USA £ 44, air-mail. AUS/NZ/Pacific £ 54, air-mail. FedEx also available - please ask.Frequently asked questions
Feedback from users.
Photos of users' systems.
Methods of payment
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Last updated: 2016 Jan 11