The Weak Signal Propagation Reporter Network is a group of amateur radio operators using K1JT's MEPT_JT digital mode to probe radio frequency propagation conditions using very low power (QRP/QRPp) transmissions. The software is open source, and the data collected are available to the public through this site.

My station will be monitoring 10 meters every weekend.

Sorry again for another band error. All spots reported from 28 october, 16:00z were on MF band, not LF.

73,

Riccardo IW4DXW

Hi Guys,
i am starting another QRP Labs WSPR High Altitude Balloon tommorow 08.00 UTC from Germany. It sends my callsign DL6OW.
More Infos on Hans Page: http://qrp-labs.com/flights/stella2.html
And here the transmitting shedule:

Minute Frequenz Modus
:00 10.140.450 JT9 call
:00 10.140.440 CW
:01 10.140.450 JT9 telemetry
:02 14.097.100 WSPR call
:04 14.097.100 WSPR telemetry
:06 10.140.180 WSPR call
:08 10.140.180 WSPR telemetry
:10 Calibrate

First Time TX on 30m
Just give it a try.
We got some Spots with just a 10 Meter long Wire.

Hi all

The Dave VE3KCL / QRP Labs WSPR High Altitude Balloon is over US and heading for a circumnavigation, we hope! Now on its 19th day, having traveled a total of over 36,000km (22,000 miles), cruising at an altitude of almost 11,000m (36,000 feet). Current location is DM48DA (Utah, US) and ground speed 62 knots (71 mph, 115 kph). See attached map of the path, and see http://qrp-labs.com/flights/s18 for live tracking and further information and photos.

73 Hans G0UPL
http://qrp-labs.com

My apologies too, but all my WSPR reports yesterday 22 October between 1658 and 2004 were on 474.2 KHz and NOT on LF. Sorry for this error.

73, Joe 9H1CG

Sorry but all my reports from 19:12z to 19:54z were in MF band.

73 de IW4DXW

Good afternoon!
Since yesterday evening October 21 and until Monday 'October 24 morning, I'm testing a self-built antenna "Multiloop" band 40 meters.
The antenna is located inside the house in my shack.
look in WSPR database if I listened to you .....
I55387FI from locator JN52HX

regards and see you soon!

Hi All,

I've recently put a KiWI WEB SDR online at my home location in the South West of the UK.

http://southwest.ddns.net:8073/

This has a built in WSPR decoder which can be used by anyone who has logged into the WEB SDR.

Just click on the red extensions tab in the grey window on the right hand side of the waterfall display and select WSPR.

This will bring up another window which provides various WSPR decode options.

We appear to be split on 60m. Some of us are on 5.2872 MHz dial, others are on 5.3647 MHz.

I have no axe to grind either way, but working split down the middle doesn't seem to me to be sensible.

just got a report from Japan JA3TVF:

2016-10-13 20:22 DJ0ABR 0.475665 -25 0 JN68nt 0.2 JA3TVF PM74pc 9166 45

never have seen that before, maybe a first contact ?

Many thanks JA3TVF for this report !

Antenna used on my side:
horizontal loop, length abt. 450m with a tuning inductor, height abt. 20m.

Kurt, DJ0ABR

Yesterday (12th October 2016) I ran WSPR-2 for around 10 hours using my external homebrew inverted V dipole cut for 40m with the apex up at around 25ft (I know - not perfect!). Locator is IO71, IC-7100 and 5 watts. Mostly during daylight hours and around 3 hours during dark. Received some nice reports including a couple of VK's, a HS and a number of mid US stations which popped up as the sun went down.

2016/10/11
ANT = MFJ 20m ham stick dipole / at 15 ft / lQQking EW

Let me start by saying that I really enjoy monitoring the High Altitude Balloon's that are involved with WSPR. Due to the way S series balloon telemetry is transmitted on WSPR,(using the grid locator portion for other telemetry), the spots end up in random locations all over the map.In the past,this has just added some clutter to the map and could be overlooked,now with WSPR op's monitoring the WSPR Challenge, these spots skew the distance reported stats in a big way.
We are a propagation reporting network and, seems to me, we should try to be as accurate as possible.

40 Meters

1226 -29 -2.2 7.040154 0 P60NCA QF87 7 10685

Seems rather too good to be true ?

Any comments ??

Bob

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