|
Navigation
Contact Details
Peter Miles
Northam, Western Australia
QRZ Page: VK6YSF
Social
Media
|
|
|
WSPR
Operational WSPR.
WSPR implements a
protocol designed for probing potential propagation paths with
low-power transmissions. Normal transmissions carry a
station's callsign, Maidenhead grid locator, and transmitter power
in dBm. The program can decode signals with S/N as low as -28
dB in a 2500 Hz bandwidth. Stations with internet access can
automatically upload their reception reports to a central database
called WSPRnet, which includes a
mapping facility. To see a live version of the map pictured at
top right, click here.
http://physics.princeton.edu/pulsar/K1JT/wspr.html
Propagation
data:
Various
WSPR data charts for a variety of bands and studies.
630m Band
(472kHz)
|
WSPR
630m band activity data recorded for 3 x 24 hour period from the
18~21/06/2018: Monitoring comparative signal of VK3HP, VK3XHM, VK4YB
and VK5FQ
|
WSPR_630m 20180621
|
|
WSPR
630m band activity data recorded for 4 x 24 hour period from the
21~24/08/2017: Comparing a new PA0RDT active antennas
with earlier modified design PA0RDT active antennas.
|
WSPR_630m_20170824
|
|
WSPR
630m band activity data recorded for 5 x 24 hour period from the
27/06/2017:
|
WSPR_630m_20170701
|
|
WSPR
630m
band activity data recorded for 9 x 24 hour periods
16-25/04/2017:
|
WSPR_630m_20170416-25
|
|
WSPR
630m band activity data recorded for a 24 hour period on the
10/03/2017:
|
WSPR_630m_20170310a
|
160m Band
(1.8MHz)
|
WSPR
160m
band activity data recorded for a 4 x 24 hour periods 26-30/06/2018:
Compare the Multi-band
dipole antenna with the same antenna configured as a 'T"
Antenna. Transmit and receive modes.
|
WSPR_160m 20180630
|
|
WSPR
160m
band activity data recorded for a 4 x 24 hour periods 17-20/09/2017:
Compare the Multi-band
dipole antenna with the same antenna configured as a 'T"
Antenna. Transmit mode only
|
WSPR_160m 20170920
|
|
WSPR
160m
band activity data recorded for a 2 x 24 hour periods 03-05/09/2017:
|
WSPR_160m 20170906
|
|
WSPR
160m
band activity data recorded for a 2 x 24 hour periods 03-04/05/2017:
|
WSPR_160m 20170504B
|
|
WSPR 160m
band activity data recorded for a 4 x 24 hour periods 01-04/05/2017:
Comparing the
compact active antenna with the main station antenna.
|
WSPR_160m 20170504A
|
80m Band
(3.5MHz)
|
WSPR 80m
band activity data recorded for a 5 x 24 hour period of 25/09/17 ~
29/09/17: Compare the Multi-band
dipole antenna with the same antenna configured as a 'T"
Antenna and configured as an 'L"
Antenna
for operations on the 80m amateur band.
|
WSPR_80m 20170929
|
|
WSPR 80m
band activity data recorded for a 5 x 24 hour period of 28/08/17 ~
01/09/17:
|
WSPR_80m 20170907
|
WSPR 80m
band activity data recorded for a 2 x 24 hour period on the
22~23/05/2017:
Investigating
short range skip zone on the 80m band.
|
WSPR_80m 20170522
|
|
WSPR 80m
band activity data recorded for a 24 hour period on the 22/03/2017:
|
WSPR_80m_20170322a
|
60m Band
(5.2MHz)
|
WSPR
60m
band activity data recorded for a 3 x 24 hour period on the 5-6/05/2017:
|
WSPR_60m 20170506A
|
40m Band
(7MHz)
WSPR 40m
band activity data recorded for 3 x 24 hour periods ending the
20/10/2017:
Comparing the
L antenna with the main station antenna.
|
WSPR_40m 20171020
|
WSPR 40m
band activity data recorded for 8 x 24 hour periods ending the
05/08/2017:
Comparing the
40m sloper antenna with the main station antenna.
|
WSPR_40m
20170805
|
WSPR 40m
band activity data recorded for 4 x 24 hour period ending the 17/07/2017:
Comparing the
40m sloper antenna with the main station antenna.
|
WSPR_40m 20170717
|
|
WSPR 40m
band activity data recorded for a 24 hour period on the
19/03/2017:
|
WSPR_40m_20170319
|
|
WSPR 40m
band activity data recorded for a 24 hour period on the 24/02/2017:
|
WSPR_40m_20170224
|
30m Band
(10MHz)
|
WSPR
30m
band activity data recorded for 3 x 24 hour periods from 22/10/17 ~
25/10/17: Comparing the Multi-band
dipole antenna with the 40m Sloper Antenna and the Multi-band
dipole antenna configured as an 'L"
Antenna
for operations on the 30m amateur band.
|
WSPR_30m 20171025
|
|
WSPR 30m
band activity data recorded for a 24 hour period on the 28/03/2017:
|
WSPR_30m 20170329
|
20m Band
(14MHz)
|
WSPR 20m
band activity data recorded from 29/10/2017 to 31/10/2017. Comparing the Multi-band
dipole antenna with the Multi-band
dipole antenna configured as an 'L"
Antenna
for operations on the 20m amateur band
|
WSPR_20m 20171031
|
|
WSPR 20m
band activity data recorded for a 24 hour period on the 08/03/2017:
|
WSPR_20m_20170308
|
17m Band
(18MHz)
|
WSPR
17m
band activity data recorded for 3 x 24 hour periods from 02/11/17 ~
04/11/17: Comparing the Multi-band
dipole antenna with the 40m Sloper Antenna and the Multi-band
dipole antenna configured as an 'L"
Antenna
for operations on the 17m amateur band.
|
WSPR_17m 20171103
|
|
WSPR 17m
band activity data recorded for a 24 hour period on the 27/03/2017:
|
WSPR_17m_20170327
|
15m Band
(21MHz)
|
WSPR
15m
band activity data recorded for 3 x 24 hour periods from 06/11/17 ~
09/11/17: Comparing the Multi-band
dipole antenna, the 40m Sloper Antenna and the Multi-band
dipole antenna configured as an 'L"
Antenna
for operations on the 15m amateur band.
|
WSPR_15m 20171103
|
12m Band
(21MHz)
|
WSPR
12m
band activity data recorded for 4 x 24 hour periods from 12/11/17 ~
16/11/17: Comparing the Multi-band
dipole antenna, the 40m Sloper Antenna the 10m Sloper Antenna and the Multi-band
dipole antenna configured as an 'L"
Antenna
for operations on the 12m amateur band.
|
WSPR_12m 20171116
|
10m Band
(28MHz)
|
WSPR
10m
band activity data recorded for 5 x 24 hour periods from 05/12/18 ~
10/12/18
|
WSPR_10m 20181208
|
|
WSPR
10m
band activity data recorded for 4 x 24 hour periods from 19/11/17 ~
23/11/17: Comparing the Multi-band
dipole antenna, the 40m Sloper Antenna and the 10m Sloper Antennas for operations on the
10m amateur band.
|
WSPR_10m 20171123
|
6m Band
(50MHz)
|
WSPR
6m
band activity data recorded for 4 x 24 hour periods from 05/11/19
and 09/11/19:
|
WSPR_6m 20191109
|
2m Band
(144MHz)
|
WSPR
2m
band activity data recorded for 7 x 24 hour periods from 25/05/19
and 02/06/19:
|
WSPR_2m 20190602
|
|
WSPR
2m
band activity data recorded for 2 x 24 hour periods from 09/07/18
and 10/07/18:
|
WSPR_2m 20180710
|
|
WSPR
2m
band activity data recorded for 2 x 24 hour periods from 23/03/18
and 04/04/18:
|
WSPR_2m 20180404
|
Step by
step guide for exporting WSPRnet data to Microsoft Excel for
charting. WSPR CHARTS
It is essential to
maintain an accurate computer clock for long duration WSPR
monitoring and the Dimension 4 clock sync application is ideal for
the task: http://www.thinkman.com/dimension4/
TOP
OF PAGE
Page
last revised 13 November, 2024
|
|
|
Space Weather
Solar X-Rays
Geomag Field
https://www.swpc.noaa.gov/
Notice Board
|
VK6YSF
Experimenting with JS8Call on the 6m Band
I am currently
monitoring 50.318 MHz +1400 Hz in JS8 mode, with random
transmissions between approximately 0100 UTC and 0700 UTC.
You can view JS8Call
band activity on HamSpots: https://hamspots.net/js8/
or my profile on
X: https://x.com/vk6ysf97230
.
Feel free to contact
me to discuss or arrange a schedule for a contact.
|
|
VK6MJM LF (136 kHz) and MF (474
kHz) Beacon
VK6MJM is a LF/MF station
located in Manjimup, Western Australia.
Mode: Mode: FST4W 300 (Similar to WSPR)
Station details were presented by
Peter Hall (VK6HP) at PerthTech 2024.Presentation PDF: Peter
Hall VK6HP at PerthTech
QRZ Page: VK6MJM
on QRZ.com
|
|
|
|
|
