SB SPACE @ ARL $ARLS012
ARLS012 RadFxSat (Fox-1B) Launch Delayed; AMSAT Asks for Patience
During Commissioning

ZCZC AS12
QST de W1AW
Space Bulletin 012 ARLS012
From ARRL Headquarters
Newington, CT November 8, 2017
To all radio amateurs

SB SPACE ARL ARLS012
ARLS012 RadFxSat (Fox-1B) Launch Delayed; AMSAT Asks for Patience
During Commissioning

The launch of the Delta II vehicle carrying RadFxSat (Fox-1B) and
other payloads has been delayed, due to a faulty battery on the
booster, United Launch Alliance (ULA) announced on November 6. The
launch now is scheduled for no earlier than Tuesday, November 14.
RadFxSat is one of four CubeSats making up the NASA ELaNa XIV
mission, riding as secondary payloads aboard the Joint Polar
Satellite System (JPSS)-1 mission, which will launch from Vandenberg
Air Force Base, California.

RadFxSat is a partnership with Vanderbilt University's Institute for
Space and Defense Electronics (ISDE) and hosts four payloads for the
study of radiation effects on commercial off-the-shelf components.
It will carry a Fox-1 style FM U/V repeater with an uplink on
435.250 MHz (67.0 Hz CTCSS) and a downlink on 145.960 MHz. Satellite
and experiment telemetry will be downlinked via the DUV subaudible
telemetry stream, which can be decoded using FoxTelem software
available from,
https://www.amsat.org/foxtelem-software-for-windows-mac-linux/ .

AMSAT Vice-President Engineering, Jerry Buxton, N0JY, said
RadFxSat/Fox-1B will automatically come up in beacon mode,
transmitting a beacon and voice ID ("RadFxSat Safe Mode") every 2
minutes, starting about 50 minutes after deployment. He said AMSAT
command stations will want to see voltage and current data to
determine that the spacecraft is healthy and to conduct various
tests before opening it up for general use.

Telemetry should begin about 55 minutes after deployment. "[F]or the
next 72-96 hours at least, as we look for successful startup, watch
the general health and function as the satellite begins to acclimate
to space, and perform the on orbit checkout," Buxton said. Ground
stations are invited to continue uploading received telemetry for
the life of the satellite.

Those using FoxTelem to capture telemetry are asked to check "Upload
to Server" in the software's settings and make sure that ground
station parameters are provided. "You can help AMSAT and everyone
waiting to get on the air with RadFxSat tremendously, by capturing
RadFxSat telemetry," Buxton said.

In the initial beacon mode, the transmitter is limited to 10 seconds
"on" time, followed by a 2-minute "off" cycle. "If we are seeing
good data from user telemetry data, it is likely when it comes over
the US for the first good pass, we will command it from beacon mode
to normal safe mode, which then puts RadFxSat in full, but still
safe mode, operation and transmits a full two frames of telemetry,"
Buxton said.

Buxton called on the satellite community to be "polite and patient"
as RadFxSat is commissioned.

"The on-orbit check-out procedure is similar to Fox-1A/AO-85 and
could be completed in as little as a few days, if we have the
cooperation of the users," he said. "It is very important - not to
mention just plain good amateur operating practice - to refrain from
using the transponder uplink, so we can do the on-orbit tests,
including when we turn on transponder mode for testing. I can't
stress enough, the importance of this cooperation, not just for us
but for all users, simply having a little patience so we can conduct
the tests as quickly and accurately as possible."

Buxton said AMSAT would "make it broadly known" when the transponder
is available for general use. "If you hear someone on the
transponder, please don't assume that it is open for general use,"
he said. "Check the AMSAT website, Facebook, Twitter, to be sure
you're not accidentally jumping in and unwittingly interfering with
the commissioning process."
NNNN
/EX


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■ Synchronet ■ The Thunderbolt BBS - wx1der.dyndns.org

SB SPACE @ ARL $ARLS013
ARLS013 RadFxSat (Fox-1B) Launch Scrubbed Again, but More Foxes are
on the Way!

ZCZC AS13
QST de W1AW
Space Bulletin 013 ARLS013
From ARRL Headquarters
Newington, CT November 15, 2017
To all radio amateurs

SB SPACE ARL ARLS013
ARLS013 RadFxSat (Fox-1B) Launch Scrubbed Again, but More Foxes are
on the Way!

The launch of the already-delayed United Launch Alliance (ULA) Delta
II rocket that will transport the RadFxSat (Fox-1B) CubeSat carrying
an AMSAT Amateur Radio payload and other payloads into orbit was
scrubbed on November 14, with just over 15 minutes to liftoff.

"The launch of a United Launch Alliance Delta II rocket carrying the
JPSS-1 mission for NASA and NOAA was scrubbed today, due to a range
safety hold and high upper-level winds," ULA said in a tweet. "The
team is working to establish a new launch opportunity." ULA said
weather balloons found that upper-level wind conditions "are red for
the launch window, causing today's attempt to be scrubbed."

The launch was postponed on November 6 due to a faulty battery on
the booster. RadFxSat is one of four CubeSats making up the NASA
Educational Launch of Nanosatellites (ELaNa) XIV mission, riding as
secondary payloads aboard the Joint Polar Satellite System (JPSS)-1
mission, set to launch from Vandenberg Air Force Base, California.

RadFxSat is a partnership with Vanderbilt University's Institute for
Space and Defense Electronics (ISDE) and hosts four payloads for the
study of radiation effects on commercial off-the-shelf components.
It will carry a Fox-1 style FM U/V repeater with an uplink on
435.250 MHz (67.0 Hz CTCSS) and a downlink on 145.960 MHz. Satellite
and experiment telemetry will be downlinked via the DUV subaudible
telemetry stream, which can be decoded using FoxTelem software.

To keep up with launch updates, call the ULA launch hotline, (877)
852-4321, via Facebook, Twitter, or Instagram, with #DeltaII and
#JPSS1.

Meanwhile, progress continues on getting future Fox payloads into
space. On November 6, AMSAT Vice-President Engineering Jerry Buxton,
N0JY, delivered Fox-1D to Spaceflight, Inc in Seattle, where it was
integrated into its Innovative Solutions in Space QuadPack for
delivery to India. Fox-1D will launch on the next ISRO Polar
Satellite Launch Vehicle (PSLV) flight, scheduled to take place by
the end of December.

In addition to the Fox-1 U/V FM transponder, Fox-1D will carry
several university experiments, including a MEMS gyro from
Pennsylvania State University-Erie, a camera from Virginia Tech, and
the University of Iowa's High Energy Radiation CubeSat Instrument
(HERCI) radiation mapping experiment.

Fox-1D also carries the AMSAT "L-Band Downshifter," which gives the
option of utilizing a 1.2 GHz uplink for the FM transponder.

The NASA ELaNa XX mission that will carry RadFxSat-2 (Fox-1E) into
orbit will take place no earlier than the end of next March, AMSAT
reported recently. The ELaNa XX mission will carry 12 CubeSats
constructed by NASA and by several universities around the US. That
mission will be launched by Virgin Galactic on its LauncherOne air
launch to orbit system from Mojave, California. Like RadFxSat
(Fox-1B), RadFxSat-2 is a partnership opportunity between Vanderbilt University's ISED and AMSAT and will carry a similar radiation
effects experiment, studying new FinFET technology.

RadFxSat-2 will be the fifth Fox-1 satellite built by AMSAT. Fox-1A,
now AMSAT-OSCAR 85 (AO-85), was launched on October 8, 2015 and is
fully operational, providing science data from its onboard
experiments and FM transponder service for the Amateur Radio
community. Fox-1Cliff and Fox-1D are scheduled to launch soon.

The RadFxSat-2 spacecraft bus will be built on the Fox-1 series but
will feature a linear transponder upgrade to replace the standard FM transponder used in Fox-1A through Fox-1D. In addition, the uplink
and down-link bands will be reversed from the previous Fox
satellites in a Mode V/U (J). The downlink will feature a 1200 bps
BPSK telemetry channel to carry the Vanderbilt science data in
addition to a 30-kHz wide transponder for Amateur Radio use.
NNNN
/EX


---
■ Synchronet ■ The Thunderbolt BBS - wx1der.dyndns.org

SB SPACE @ ARL $ARLS014
ARLS014 RadFxSat (Fox-1B) Launch Reset for November 18

ZCZC AS14
QST de W1AW
Space Bulletin 014 ARLS014
From ARRL Headquarters
Newington, CT November 16, 2017
To all radio amateurs

SB SPACE ARL ARLS014
ARLS014 RadFxSat (Fox-1B) Launch Reset for November 18

The twice-delayed launch of the United Launch Alliance (ULA) Delta
II rocket that will transport the AMSAT RadFxSat (Fox-1B) CubeSat
carrying an Amateur Radio payload and other payloads into orbit now
is set for Saturday, November 18, at 0947 UTC. The Joint Polar
Satellite System (JPSS)-1 mission launch from Vandenberg Air Force
Base, California, had to be postponed on November 14, ''due to a
range safety hold and high upper-level winds,'' ULA said in a tweet.
The launch had to be put off on November 6 due to a faulty battery
on the booster. AMSAT will blog on the launch in real time on launch
day at, https://www.amsat.org/radfxsat-fox-1b-launch-live-blog/, and
NASA-TV will cover the event.

RadFxSat is one of four CubeSats making up this NASA Educational
Launch of Nanosatellites (ELaNa) XIV mission, riding as secondary
payloads aboard the JPSS-1 mission.

RadFxSat is a partnership with Vanderbilt University's Institute for
Space and Defense Electronics (ISDE) and hosts four payloads for the
study of radiation effects on commercial off-the-shelf components.
It will carry a Fox-1 style FM U/V repeater with an uplink on
435.250 MHz (67.0 Hz CTCSS) and a downlink on 145.960 MHz. Satellite
and experiment telemetry will be downlinked via the DUV subaudible
telemetry stream, which can be decoded using FoxTelem software.

AMSAT will have more information on the launch and its early
operations, and it will post the first telemetry reception. More
launch updates are available from ULA via Facebook, Twitter, or
Instagram, with hashtags #DeltaII and #JPSS1.
NNNN
/EX

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■ Synchronet ■ The Thunderbolt BBS - wx1der.dyndns.org

SB SPACE @ ARL $ARLS015
ARLS015 RadFxSat (Fox-1B) Launched Successfully, Designated AO-91

ZCZC AS15
QST de W1AW
Space Bulletin 015 ARLS015
From ARRL Headquarters
Newington, CT November 20, 2017
To all radio amateurs

SB SPACE ARL ARLS015
ARLS015 RadFxSat (Fox-1B) Launched Successfully, Designated AO-91

The latest CubeSat in the Fox series - RadFxSat (Fox-1B) - launched
November 18 from Vandenberg Air Force Base in California. The Delta
II vehicle lifted off at 0948 UTC.

"Following a picture-perfect launch, RadFxSat was deployed at 1109
UTC," AMSAT reported. "Then the wait began. At 1212 UTC, the AMSAT
Engineering team, watching ZR6AIC's WebSDR waterfall, saw the
characteristic 'Fox Tail' of the Fox-1 series FM transmitter,
confirming that the satellite was alive and transmitting over South
Africa. Shortly after 1234 UTC, the first telemetry was received and
uploaded to AMSAT servers by Maurizio Balducci, IV3RYQ, in Italy.
Initial telemetry confirmed that the satellite was healthy."

In the wake of the successful launch, deployment, and reception,
OSCAR Number Administrator Bill Tynan, W3XO, designated the new
satellite as AMSAT-OSCAR 91 (AO-91).

AMSAT Engineering reminds stations that the satellite will not be
available for general use until the on-orbit checkouts are complete.
AMSAT asks listeners to submit telemetry from RadFxSat (Fox-1B) to
assist the Engineering team in completing the commissioning process.
Experiment telemetry is downlinked via the DUV sub-audible telemetry
stream, which can be decoded using FoxTelem software, available
online at,
https://www.amsat.org/foxtelem-software-for-windows-mac-linux/ .
NNNN
/EX

---
■ Synchronet ■ The Thunderbolt BBS - wx1der.dyndns.org

SB SPACE @ ARL $ARLS006
ARLS006 Slow-Scan Television Transmissions from ISS Planned

ZCZC AS06
QST de W1AW
Space Bulletin 006 ARLS006
From ARRL Headquarters
Newington, CT September 29, 2020
To all radio amateurs

SB SPACE ARL ARLS006
ARLS006 Slow-Scan Television Transmissions from ISS Planned

A Moscow Aviation Institute MAI-75 slow-scan television (SSTV)
experiment event is planned for Wednesday, September 30, from 1305
UTC to 1845 UTC, and Thursday, October 1, from 1230 UTC to 1745 UTC.
SSTV signals will be transmitted on 145.800 MHz, plus/minus Doppler
shift.

The expected mode will be PD 120, and the call sign will be RS0ISS.
Received images of reasonable quality may be posted on the ARISS
SSTV Gallery at, https://www.spaceflightsoftware.com/ARISS_SSTV/ .
NNNN
/EX
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■ Synchronet ■ Eye of The Hurricane BBS - hurrican.synchro.net

SB SPACE @ ARL $ARLS007
ARLS007 Chinese Amateur Radio Satellite Launches Delayed

ZCZC AS07
QST de W1AW
Space Bulletin 007 ARLS007
From ARRL Headquarters
Newington, CT September 29, 2020
To all radio amateurs

SB SPACE ARL ARLS007
ARLS007 Chinese Amateur Radio Satellite Launches Delayed

CAMSAT says the CAS-7A launch has been postponed until next May, and
CAS-5A until next June.

"Because of COVID-19, many things have been delayed," CAMSAT's Alan
Kung, BA1DU, told ARRL. He said an announcement would be made closer
to the announced launches.

CAMSAT said last spring that CAS-7A would launch in mid-September;
the launch has been postponed multiple times since first announced.
CAS-5A was predicted to launch in October. Both satellites will
carry two transponders that include HF, in a configuration similar
to that of the Russian RS satellites decades ago.

CAS-7A will be placed into a sun-synchronous orbit with an
inclination of 98 degrees at 500 kilometers above Earth. The
transponders will have a bandwidth of 30 kHz. According to the IARU
amateur satellite frequency coordination page, the HF/HF linear
transponder will uplink on 15 meters - 21.245 to 21.275 MHz, and
downlink on 10 meters - 29.435 to 29.465 MHz. A CW beacon will
transmit on 29.425 MHz. The HF/UHF transponder will uplink at
21.3125 to 21.3275 MHz, and downlink at 435.3575 to 435.3725 MHz. A
CW beacon for that transponder will transmit on 435.430 MHz.

The CAS-5A nanosatellite, with a 6U form factor, carries two HF
transponders and two VHF/UHF transponders. While in orbit, it will
deploy the tiny CAS-5B femtosatellite, which will weigh just 0.5
kilogram.

The array of CAS-5A linear transponders will include HF/HF, HF/UHF,
and VHF/UHF with 30-kHz passbands (except 15 kHz for the HF/UHF
transponder).

CAS-5A will include CW telemetry beacons on HF and UHF. The HF CW
beacon will be at 29.465 MHz, and a UHF telemetry beacon will be at
435.57 MHz. Other beacons include the HF/HF transponder beacon at
29.490 MHz; the HF/UHF transponder beacon at 435.505 MHz, and the
VHF/UHF transponder beacon at 435.540 MHz.

Telemetry will be transmitted at 435.650 MHz. The V/U linear
transponder will uplink at 145.820 MHz; the V/U FM transponder will
uplink at 145.925 MHz. Terrestrial stations will access the
transponders at 21.385 - 21.415 MHz.
NNNN
/EX
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SB SPACE @ ARL $ARLS008
ARLS008 An ARISS Slow-Scan TV Event from the ISS is Scheduled

ZCZC AS08
QST de W1AW
Space Bulletin 008 ARLS008
From ARRL Headquarters
Newington, CT October 5, 2020
To all radio amateurs

SB SPACE ARL ARLS008

ARLS008 An ARISS Slow-Scan TV Event from the ISS is Scheduled

An Amateur Radio on the International Space Station (ARISS)
slow-scan television (SSTV) event from the ISS is set to begin on
October 4 at 1400 UTC for setup and operation, continuing until
October 8 at 1915 UTC. Dates and times are subject to change, due to
ISS operational adjustments. Images will be downlinked at 145.800
MHz +/- 3 kHz for Doppler shift. The expected SSTV mode is PD 120.

The main theme of this collection of images will be satellites.
Radio enthusiasts participating in the event can post and view
images on the ARISS SSTV Gallery at, https://www.spaceflightsoftware.com/ARISS_SSTV/ .

After your image is posted, you can acquire a special award by
visiting https://ariss.pzk.org.pl/sstv/ and following directions for
submitting a digital copy of your received image.
NNNN
/EX
--- SBBSecho 3.11-Win32
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■ Synchronet ■ Eye of The Hurricane BBS - hurrican.synchro.net

SB SPACE @ ARL $ARLS009
ARLS009 ARRL Comments in Orbital Debris Mitigation Proceeding

ZCZC AS09
QST de W1AW
Space Bulletin 009 ARLS009
From ARRL Headquarters
Newington, CT October 14, 2020
To all radio amateurs

SB SPACE ARL ARLS009
ARLS009 ARRL Comments in Orbital Debris Mitigation Proceeding

In comments to the FCC, ARRL targeted two specific areas of concern
regarding a Further Notice of Proposed Rulemaking (FNPRM) in IB
Docket 18-313 - mitigation of orbital debris in the new space age.

In an earlier phase of the proceeding, ARRL filed comments and met
with FCC staff to discuss the proposed rules. In comments filed on
October 9, ARRL focused on the areas of indemnification and maneuverability/propulsion. Indemnification places the liability for
any possible damage from a satellite on an individual or entity.
ARRL reiterated its assertion that, as a practical matter, an
indemnification requirement "would seriously impair the ability of
amateur and university experimenters to launch and operate
satellites under US auspices" due to the potential liability and
high insurance cost.

The FNPRM can be found online in PDF format at, https://docs.fcc.gov/public/attachments/FCC-20-54A1.pdf .

ARRL's comments cited a letter from University Small Satellite
Researchers, submitted on behalf of 24 named professors last April,
contending that the requirement "would effectively preclude a large
proportion of academic SmallSat missions because public universities
typically cannot legally enter into indemnification arrangements."

ARRL argued that if the FCC does adopt an indemnification
requirement, it should allow either the owner or the licensee of an
amateur space station to provide indemnification. In the Amateur
Satellite Service a licensee can only be an individual. An
individual licensee is unlikely to accept liability for a satellite,
but a satellite owner might. In its own comments, AMSAT similarly
asked for language that would allow satellite owners as well as
licensees to indemnify the US for the operation of an amateur radio
satellite.

The FCC proposal also would require that all space stations deployed
in low-Earth orbits higher than 400 kilometers (about 250 miles) be
able to maneuver with the use of some sort of onboard propulsion
system. ARRL urged adoption of an exception for "a limited number of
amateur and similar experimental satellites" that are below a
specified size and mass and either standalone spacecraft or in a
constellation of no more than four or five individual satellites.
ARRL suggested a size limit of 36 x 24 x 12 centimeters and 12
kilograms in mass.

"This would accommodate the types of small satellites most often
used for experimental purposes by radio amateurs," ARRL told the
FCC. "Such satellites are small in number [and] have limited to no
capacity to implement maneuverability using current technology due
to their small size," yet provide valuable platforms for
experimentation and student experience.

Alternatively, ARRL asked the FCC to consider increasing the
400-kilometer low-Earth orbit limit, since satellites placed into
orbit from the ISS and from ISS service vehicles "often are in
higher orbits but share the same characteristics as those that orbit
below 400 kilometers." Doing so would help to preserve the
educational and experimental benefit of such satellites, ARRL said,
provided "such vehicles are shown to pose no risk to the
International Space Station and will return to Earth within the
specified time limit."

In concluding its remarks, ARRL asked for "reasonable
accommodation," given the public benefit of the Amateur Satellite
Service, rather than lumping small experimenters and researchers
with large corporate entities planning to launch thousands of
satellites.
NNNN
/EX
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SB SPACE @ ARL $ARLS010
ARLS010 Neutron-1 CubeSat Scheduled for Deployment on November 5;
Other Sats Pending

ZCZC AS10
QST de W1AW
Space Bulletin 010 ARLS010
From ARRL Headquarters
Newington, CT November 4, 2020
To all radio amateurs

SB SPACE ARL ARLS010
ARLS010 Neutron-1 CubeSat Scheduled for Deployment on November 5;
Other Sats Pending

The 3-U Neutron-1 CubeSat is scheduled for deployment from the
International Space Station (ISS) on November 5 at 10:40 UTC. For
the satellite's first month and during its commissioning phase, the
Neutron-1 beacon will transmit 1,200 bps BPSK telemetry every 60
seconds on 435.300 MHz. Developed by the Hawaii Space Flight
Laboratory (HSFL) at the University of Hawaii at Manoa (UHM), the
satellite's payload includes a VU FM amateur radio repeater during
available times and according to the spacecraft's power budget. The
Neutron-1 science mission is spelled out in a formal paper,
Neutron-1 Mission: Low Earth Orbit Neutron Flux Detection and COSMOS
Mission Operations Technology Demonstration.

More information can be found online at,
https://www.hsfl.hawaii.edu/ .

HSFL operates and maintains a satellite UHF, VHF, and L/S-band
amateur radio ground station at Kauai Community College.

The primary mission of Neutron-1 is to measure low-energy neutron
flux in low-Earth orbit (LEO). The science payload, a small neutron
detector developed by Arizona State University, will focus on
measurements of low-energy secondary neutrons - a component of the
LEO neutron environment.

A number of other amateur radio satellites are expected to launch or
be deployed in the next few months. AMSAT's RadFxSat-2 (Fox-1E) is
expected to go into orbit by year's end on Virgin Orbit's
LauncherOne vehicle. RadFxSat-2 carries a 30 kHz wide VU linear
transponder.

The Tevel Mission - a series of eight Israeli 1U CubeSats, each
carrying a UV FM transponder - is expected to launch from India on a
SpaceX Falcon 9 rocket in December. Also from the Herzliya Science
Center is a 3U CubeSat called Tausat-1, which is scheduled to launch
on a Japan Aerospace Exploration Agency (JAXA) ISS resupply mission
in February for subsequent deployment. Tausat-1 carries an FM
transponder.

AMSAT-Spain (AMSAT-EA) reports that its PocketQubes, EASAT-2, and
HADES, have been integrated for launch on a SpaceX Falcon 9 in
December, while GENESIS-L and GENESIS-N have been integrated for
launch on Firefly's Alpha rocket.
NNNN
/EX
--- SBBSecho 3.11-Win32
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SB SPACE @ ARL $ARLS001
ARLS001 AMSAT/Vanderbilt RadFXSat-2/Fox 1E Set to Launch

ZCZC AS01
QST de W1AW
Space Bulletin 001 ARLS001
From ARRL Headquarters
Newington, CT January 12, 2021
To all radio amateurs

SB SPACE ARL ARLS001
ARLS001 AMSAT/Vanderbilt RadFXSat-2/Fox 1E Set to Launch

Virgin Orbit's LauncherOne is a go for launch on Wednesday, January
13, at 1500 UTC, carrying the AMSAT/Vanderbilt RadFXSat-2/Fox-1E
CubeSat into space.

The LauncherOne vehicle will carry 10 other satellites.
RadFXSat-2/Fox-1E carries an inverting linear transponder, with
uplink at 145.860 MHz - 145.890 MHz, and downlink at 435.760 MHz -
435.790 MHz.

Telemetry will downlink on 435.750 MHz. More information is on the
Space Launch Now website at, https://spacelaunchnow.me/launch/launcherone-launch-demo-2/ .
NNNN
/EX
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SB SPACE @ ARL $ARLS002
ARLS002 RadFxSat-2 Satellite Signals Detected, AMSAT Engineering
Continues to Assess Status

ZCZC AS02
QST de W1AW
Space Bulletin 002 ARLS002
From ARRL Headquarters
Newington, CT January 29, 2021
To all radio amateurs

SB SPACE ARL ARLS002
ARLS002 RadFxSat-2 Satellite Signals Detected, AMSAT Engineering
Continues to Assess Status

AMSAT reports that it's continuing to assess the status of the
RadFxSat-2 / Fox-1E amateur radio CubeSat after a ham in Nevada
reported hearing his CW signal weakly via the spacecraft's
transponder on January 27. AMSAT Engineering and Operations was able
to confirm the reports from Brad Schumacher, W5SAT, and determined
that RadFxSat-2 is partially functioning, although signals are
extremely weak.

"We also appreciate those who joined in determining whether they
could detect their own or other signals in recent passes today,"
AMSAT said in a January 28 bulletin. "Please do not attempt to
transmit through the transponder until further notice. This is very
important to the next steps we are taking now."

The next crucial step in evaluating the condition of RadFxSat-2 is
to determine whether or not the 1200 bps BPSK telemetry beacon is
operating and, if possible, to copy telemetry from the beacon. AMSAT
continues to ask that those with 70-centimeter receive capability
listen on the beacon frequency of 435.750 MHz, +/- Doppler, upper
sideband (USB). Use FoxTelem to capture any telemetry, and set
FoxTelem to "Upload to Server" so that AMSAT will receive the
telemetry data.

Recordings are welcome, with a detailed description, at,
foxtelem@amsat.us .

FoxTelem can be found at, https://www.amsat.org/foxtelem-software-for-windows-mac-linux/ .

AMSAT stressed that keeping the RadFxSat-2 / Fox-1E transponder
clear "is essential to putting all power and attention to the beacon telemetry." Available data suggest that RadFxSat-2 is OBJECT M from
the Virgin Orbit LauncherOne launch, NORAD ID 47320, international
designation 21-002M.

"We thank the amateur satellite community for their perseverance and
assistance while the AMSAT Engineering and Operations teams work to
understand and resolve the situation with RadFxSat-2," AMSAT said.
NNNN
/EX
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