| UNITED STATES |
| Band
MHz |
Government
Allocation(s) |
Government Allocation(s)
by Footnote |
Government Usage |
Planned Usage |
| 1300- 1350 |
AERONAUTICAL
RADIONAVIGATION
Radiolocation
S5.149 S5.337 G2 |
None |
Aero-Radionav. This band is used heavily for
radiolocation and radionavigation performing long-range air surveillance and enroute air-traffic control
functions. The DOD and FAA recently deployed a
modernized Air-Route Surveillance Radar Model 4
(ARSR-4) in this band for air-defense, drug
interdiction and air-traffic control.
FAA Aero-Radionav. The FAA and aviation users
depend upon air-route surveillance radars (ARSRs) to
obtain aircraft position information in support of
enroute air-traffic control.
Military Aero-Radionav. The Air Force and Navy
make use of it for high-power long-range surveillance
radars and air-traffic control radars, in support of
national defense missions.
Drug Interdiction. In this application, radar
equipment is mounted on tethered balloons along the
southern border of the U.S. to detect low-flying aircraft
entering U.S. airspace.
Radio Astronomy. Observations are made of highly
redshifted hydrogen spectral lines that occur in the
1330- 1350 MHz band. |
Use expected to increase.
Awaiting IRAC approval of
AH 206 recommended
implementation of
WRC-2000 allocation
changes to: 1) add
footnote S5.337A; and 2)
add RADIONAVIGATION-
SATELLITE (Earth-to-space). |
| 1350-
1369.05 |
FIXED
MOBILE
RADIOLOCATION
S5.149 S5.334 G2
US311 G27 G114 |
AERONAUTICAL
RADIONAVIGATION
S5.334 |
Military Radars. This band is heavily used for
various military radiolocation applications for high-power long-range surveillance radars. The DOD and
FAA recently deployed a modernized Air-Route
Surveillance Radar Model 4 (ARSR-4) in this band for
air-defense, drug interdiction and air-traffic control.
Radio Astronomy. Radio astronomy observations
are made in this band of highly redshifted hydrogen
spectral lines that occur in this band. Knowledge of
other galaxies and the early universe comes from
these observations.
Passive Research. NASA performs passive space
research and Earth exploration-satellite observations.
Fixed & Mobile. This band is seeing increased use
for fixed links and mobile links since the Federal fixed
and mobile service allocations were upgraded to
primary in 1989. |
No changes are planned.
Use expected to increase. |
| 1369.05-
1370 |
FIXED
MOBILE
RADIOLOCATION
S5.149 US311 S5.334
G2 G27 G114 |
FIXED SATELLITE
G114
MOBILE SATELLITE
G114
AERONAUTICAL
RADIONAVIGATION
S5.334 |
Military Radars. This band is heavily used for
various military radiolocation applications for high-power long-range surveillance radars. The DOD and
FAA recently deployed a modernized Air-Route
Surveillance Radar Model 4 (ARSR-4) in this band for
air-defense, drug interdiction and air-traffic control.
Radio Astronomy. Radio astronomy observations
are made in this band of highly redshifted hydrogen
spectral lines that occur in this band. Knowledge of
other galaxies and the early universe comes from
these observations.
Passive Research. NASA performs passive space
research and Earth exploration-satellite observations.
Fixed & Mobile. This band is seeing increased use
for fixed links and mobile links since the Federal fixed
and mobile service allocations were upgraded to
primary in 1989.
Telecommand Ops. DOD uses this band for drone
telecommand at military test ranges. |
No changes are planned.
Use expected to increase. |
| 1370-
1393.05 |
FIXED
MOBILE
RADIOLOCATION
S5.149 US311 S5.334
S5.339 G2 G27 G114 |
FIXED SATELLITE
G114
MOBILE SATELLITE
G114
Space Research
(passive) S5.339
Earth Exploration-Satellite (passive)
S5.339 |
Military Radars. This band is heavily used for
various military radiolocation applications for high-power long-range surveillance radars. The DOD and
FAA recently deployed a modernized Air-Route
Surveillance Radar Model 4 (ARSR-4) in this band for
air-defense, drug interdiction and air-traffic control.
GPS. GPS operates on 1381.05 to relay data on
nuclear bursts detected by orbiting satellites. This
specific requirement is limited to U.S. satellites.
Radio Astronomy. Observations are made of highly
redshifted hydrogen spectral lines that occur in this
band. Knowledge of other galaxies and the early
universe comes from these observations.
Passive Research. NASA performs passive space
research and Earth exploration-satellite observations.
The band 1370-1400 MHz is used for remote sensing
of salinity and soil moisture.
Fixed & Mobile. This band is seeing increased use
for fixed links and mobile links, since the Federal fixed
and mobile service allocations were upgraded to
primary in 1989. |
NTIA identified 1390-
1400 MHz for reallocation
under OBRA-93, and
reallocated to the private
sector on Jan 1, 1999. |
| 1393.05-
1400 |
FIXED
MOBILE
RADIOLOCATION
S5.149 US311 S5.334
S5.339 G2 G27 |
Space Research
(passive) S5.339
Earth Exploration-Satellite (passive)
S5.339 |
Military Radars. This band is used for various
military radiolocation applications for high-power long-range surveillance radars. The DOD and FAA
recently deployed a modernized Air-Route
Surveillance Radar Model 4 (ARSR-4) in this band for
air-defense, drug interdiction and air-traffic control.
Fixed & Mobile. This band is seeing increased use
for fixed links and mobile links, since the Federal fixed
and mobile service allocations were upgraded to
primary in 1989.
Passive Research. NASA performs passive space
research and Earth exploration-satellite observations.
The band 1370-1400 MHz is used for remote sensing
of salinity and soil moisture.
Radio Astronomy. Radio astronomy observations
are made in this band of highly redshifted hydrogen
spectral lines that occur in this band. Knowledge of
other galaxies and the early universe comes from
these observations.
Medical Telemetry. Various Federal agencies
operate medical telemetry devices in the 1395-1400
MHz band throughout the United States. |
NTIA identified 1390-
1400 MHz for reallocation
under OBRA-93, and
reallocated to the private
sector on Jan 1, 1999;
however, 17 Federal sites
will continue to operate for
14 years (see NTIA Report
SP 95-32). The band
1385-1390 MHz was
returned per the Defense
Authorization Act of 2000. |
| 1400- 1427 |
EARTH EXPLORATION-SATELLITE (passive)
RADIO ASTRONOMY
SPACE RESEARCH
(passive)
US74 US246 S5.341 |
None |
Passive Research. Space-based observations and
measurements to advance many areas of global
change research such as sea salinity and
temperature measurements, soil moisture, etc. are
made in this band.
Radio Astronomy. Hydrogen line observations are
made in this band. |
Scientific research is
expected to continue and
increase in this band. |
| 1427- 1429 |
FIXED
MOBILE except
aeronautical mobile
SPACE OPERATION
(Earth-to-space)
S5.341 G30 |
None |
None |
Under the OBRA-93 and
BBA-97, the band 1427-
1435 MHz was identified
for reallocation for
exclusive non-Federal
government use on
January 1999; however, 14
sites were identified to
allow essential Federal
operations to continue until
January 2004. |
| 1429- 1435 |
FIXED
MOBILE
S5.341 G30 |
None |
Fixed & Mobile. Though this band was reallocated
for exclusive non-Federal use, essential Federal
operations will continue at 14 sites until January 2004.
Medical Telemetry. Various Federal agencies
operate medical telemetry devices in the 1429-1435
MHz band throughout the United States. |
Under the OBRA-93 and
BBA-97, the band 1427-
1435 MHz was identified
for reallocation for
exclusive non-Federal
government use on
January 1999; however, 14
sites were identified to
allow essential Federal
operations to continue until
January 2004. |
| 1435- 1525 |
MOBILE
(Aeronautical
telemetering) S5.343
S5.341 US78
|
None |
Aeronautical Telemetry. Vital and extensive use of
the band 1435- 1535 MHz is for aeronautical
telemetry and associated telecommand operations for
flight testing of manned or unmanned aircraft and
missiles, or their major components as well as for
equipment development functions. |
No changes are planned.
Use expected to continue. |
| 1525- 1530 |
MOBILE-SATELLITE
(space-to-Earth)
Earth Exploration-Satellite
Fixed
Mobile S5.343
S5.341 S5.351 S5.354
US78 |
None |
INMARSAT. Naval and USCG ships and vessels use
INMARSAT for distress and safety communications
as well as for general communications services.
Aeronautical Telemetry. Vital and extensive use of
the band 1435- 1535 MHz is for aeronautical
telemetry and associated telecommand operations for
flight testing of manned or unmanned aircraft and
missiles, or their major components as well as for
equipment development functions. |
No changes are planned.
Use expected to continue. |
| 1530- 1533 |
MOBILE-SATELLITE
(space-to-Earth)
Mobile (Aeronautical
Telemetry)
S5.341 S5.351 S5.354
US78 US315 |
None |
INMARSAT. Naval and Coast Guard ships and
vessels use INMARSAT for distress and safety
communications (1530- 1545 MHz, space-to-Earth)
as well as for general communications services.
Aeronautical Telemetry. Vital and extensive use of
the band 1435- 1535 MHz is for aeronautical
telemetry and associated telecommand operations for
flight testing of manned or unmanned aircraft and
missiles, or their major components as well as for
equipment development functions. |
No changes are planned.
Use expected to continue. |
| 1533- 1535 |
MOBILE-SATELLITE
(space-to-Earth)
Mobile (Aeronautical
Telemetry)
S5.341 S5.351 S5.352
S5.354 US78 US315 |
None |
INMARSAT. Naval and Coast Guard ships and
vessels use INMARSAT for distress and safety
communications (1530- 1545 MHz, space-to-Earth)
as well as for general communications services.
Aeronautical Telemetry. Vital and extensive use of
the band 1435- 1535 MHz is for aeronautical
telemetry and associated telecommand operations for
flight testing of manned or unmanned aircraft and
missiles, or their major components as well as for
equipment development functions. |
No changes are planned.
Use expected to continue. |
| 1535- 1544 |
MOBILE-SATELLITE
(space-to-Earth)
S5.341 S5.351
S5.353A S5.354 S5.356
S5.357A US308 US309
US315 |
None |
INMARSAT. INMARSAT downlinks to various
Federal agencies' for operational use. |
No changes are planned.
Use expected to continue. |
| 1544- 1545 |
MOBILE-SATELLITE
(space-to-Earth)
S5.341 S5.351
S5.353A S5.354 S5.356
S5.357A US308 US309
US315 |
None |
SARSAT. NOAA search and rescue satellites
(SARSAT) retransmit emergency transmitter signal on
1544.5 MHz to surface stations. |
No changes are planned.
Use expected to continue. |
| 1545-
1549.5 |
MOBILE-SATELLITE
(space-to-Earth)
S5.341 S5.351
S5.353A S5.354 S5.356
S5.357A US308 US309
US315 |
None |
Mobile Satellite. Federal government agencies are
users of commercial mobile satellite services offered
in this band.
FAA: Uses INMARSAT for safety-related
communications during enroute oceanic flights. |
No changes are planned.
Satellite communications
will continue for the
foreseeable future. |
| 1549.5-
1555 |
MOBILE-SATELLITE
(space-to-Earth)
S5.341 S5.351
S5.353A S5.354 S5.356
S5.357A US308 US309
US315 |
None |
Mobile Satellite. Federal government agencies are
users of commercial mobile satellite services offered
in this band.
FAA: Uses INMARSAT for safety-related
communications during enroute oceanic flights. |
No changes are planned.
Satellite communications
will continue for the
foreseeable future. |
| 1555- 1559 |
AERONAUTICAL
MOBILE-SATELLITE (R)
(space-to-Earth)
MOBILE-SATELLITE
(space-to-Earth)
S5.341 S5.351 S5.353A
S5.354 S5.356 S5.362A
US308 US309 US315 |
None |
Mobile Satellite. Federal government agencies are
users of commercial mobile satellite services offered
in this band.
FAA: Uses INMARSAT for safety-related
communications during enroute oceanic flights. |
No changes are planned.
Satellite communications
will continue for the
foreseeable future. |
| 1559- 1610 |
AERONAUTICAL
RADIONAVIGATION
RADIONAVIGATION-
SATELLITE (space-to-Earth)
G126 US208 US260
S5.341 |
Aeronautical Mobile
US260 |
GPS. The Global Positioning System operates on
1575.42 MHz ± 12 MHz (L1 link) as part of the
radionavigation-satellite service. The GPS is a
multisatellite system with large numbers of U.S. and
international users. ICAO has recognized the GPS
and GLONASS as the two principal candidates for
the Global Navigation Satellite System.
NASA Research. Operates active sensor flight
instruments such as SAR (JERS-1 & SICH), SIR-C,
TRAV.SAR, VSAR. |
Use expected to continue.
As the U.S. transitions to
satellite-base navigation,
the FAA is developing a
GPS wide area
augmentation sys (WAAS)
as a safety-critical sys for
aviation users to support
en route through precision
approach navigation. The
WAAS will operate as an
overlay on the GPS L1 link
in the 1559-1610 MHz
band.
Awaiting IRAC approval of
AH 206 recommended
implementation of
WRC-2000 allocation
changes to: 1) add
RADIONAVIGATION-
SATELLITE (space-to-space); and 2) add ITU
footnotes (S5.330 and
S5.331). |
| 1610-
1610.6 |
AERONAUTICAL
RADIONAVIGATION
US260
RADIODETERMINATION- SATELLITE (Earth-to-space)
MOBILE-SATELLITE
(Earth-to-space) US319
US208 US319 S5.341
S5.364 S5.366 S5.367
S5.368 S5.372 S5.385 |
AERONAUTICAL
MOBILE-SATELLITE (R)
S5.367
Aeronautical Mobile
US260
Radio Astronomy
S5.385 |
Radio Astronomy. NASA operates a deep space
system 70-meter antenna in support of radio
astronomy observations. Radio Astronomy
observations are performed in this band to study the
hydroxyl radical spectral lines allowing study of stellar
and expansion velocities, validate theories of the
origins, and evolution of the Universe. |
Use expected to continue. |
| 1610.6-
1613.8 |
AERONAUTICAL
RADIONAVIGATION
US260
RADIODETERMINATION- SATELLITE (Earth-to-space)
MOBILE-SATELLITE
(Earth-to-space) US319
RADIO ASTRONOMY
US208 S5.149
S5.341 S5.364 S5.366
S5.367 S5.368 S5.372 |
AERONAUTICAL
RADIONAVIGATION
SATELLITE S5.366
Aeronautical Mobile
US260
AERONAUTICAL
MOBILE-SATELLITE (R)
S5.367 |
Radio Astronomy. NASA operates a deep space
system 70-meter antenna in support of radio
astronomy observations. Radio Astronomy
observations are performed in this band to study the
hydroxyl radical spectral lines allowing study of stellar
and expansion velocities, validate theories of the
origins, and evolution of the Universe. |
Scientific research is
expected to continue and
increase in this band. |
| 1613.8-
1626.5 |
AERONAUTICAL RADIONAVIGATION
US260
RADIODETERMINATION- SATELLITE (Earth-to-space)
MOBILE-SATELLITE
(Earth-to-space) US319
Mobile-Satellite
(space-to-Earth)
US208 S5.341
S5.364 S5.365 S5.366
S5.367 S5.372 S5.368 |
AERONAUTICAL
RADIONAVIGATION-SATELLITE S5.366
Aeronautical Mobile .
US260
AERONAUTICAL
MOBILE- SATELLITE
(R) S5.367 |
Mobile Satellite. Federal government agencies are
users of commercial mobile satellite services offered
in this band supporting terrestrial, ship, and airborne
scientific research experiments and missions. |
No changes are planned.
Use expected to continue. |
| 1626.5-
1645.5 |
MOBILE-SATELLITE
(Earth-to-space)
S5.341 S5.351 S5.353
S5.354 S5.357A
MOD S5.374 S5.375
S5.376 US308 US309
US315 |
None |
INMARSAT. Federal government agencies are users
of commercial INMARSAT mobile satellite services
offered in this band in support of natural disasters and
various contingencies. |
No changes are planned.
Use expected to continue. |
| 1645.5-
1646.5 |
MOBILE-SATELLITE
(Earth-to-space)
S5.341 S5.351 S5.353
S5.354 S5.357A
MOD S5.374 S5.375
S5.376 US308 US309
US315 |
None |
Distress & Safety. Transmission in this band by the
MSS and ISS links is limited to distress and safety
communications (S5.375). |
No changes are planned.
Use expected to continue. |
| 1646.5-
1656.5 |
MOBILE-SATELLITE
(Earth-to-space)
S5.341 S5.351 S5.353
S5.354 S5.357A
MOD S5.374 S5.375
S5.376 US308 US309
US315 |
None |
Radiosonde. Federal agencies conduct radiosonde
operations in this band.
FAA: Uses INMARSAT for safety-related
communications during enroute oceanic flights. |
No changes are planned.
Satellite communications
will continue for the
foreseeable future. |
| 1656.5-
1660 |
MOBILE-SATELLITE
(Earth-to-space)
AERONAUTICAL
MOBILE-SATELLITE (R)
(Earth-to-space)
RADIO ASTRONOMY
S5.149 S5.341 S5.351
S5.354 S5.362A S5.375
MOD S5.374 S5.376
US308 US309 US315 |
None |
FAA: Uses INMARSAT for safety-related
communications during enroute oceanic flights.
NASA DSN Radio Astronomy. NASA operates a
deep space system 70-meter antenna in support of
radio astronomy observations. Radio Astronomy
observations are performed in this band to study the
hydroxyl radical spectral lines allowing study of stellar
and expansion velocities, validate theories of the
origins, and evolution of the Universe. |
Scientific research is
expected to continue and
increase in this band.
Satellite communications
will continue for the
foreseeable future. |
| 1660-
1660.5 |
MOBILE-SATELLITE
(Earth-to-space)
AERONAUTICAL
MOBILE-SATELLITE (R)
(Earth-to-space)
RADIO ASTRONOMY
S5.149 S5.341 S5.351
S5.354 S5.362A S5.375
MOD S5.374 S5.376
US308 US309 US315 |
None |
FAA: Uses INMARSAT for safety-related
communications during enroute oceanic flights.
NASA DSN Radio Astronomy. NASA operates a
deep space system 70-meter antenna in support of
radio astronomy observations. Radio Astronomy
observations are performed in this band to study the
hydroxyl radical spectral lines allowing study of stellar
and expansion velocities, validate theories of the
origins, and evolution of the Universe. |
Scientific research is
expected to continue and
increase in this band.
Satellite communications
will continue for the
foreseeable future. |
| 1660.5-
1668.4 |
RADIO ASTRONOMY
SPACE RESEARCH
(passive)
US74 US246 S5.341 |
None |
NASA DSN Radio Astronomy. NASA operates a
deep space system 70-meter antenna in support of
radio astronomy observations. Radio Astronomy
observations are performed in this band to study the
hydroxyl radical spectral lines allowing study of stellar
and expansion velocities, validate theories of the
origins, and evolution of the Universe. |
Scientific research is
expected to continue and
increase in this band. |
| 1668.4-
1670 |
METEOROLOGICAL
AIDS (Radiosonde)
RADIO ASTRONOMY
S5.149 US74 US99
S5.341 |
None |
NASA DSN Radio Astronomy. NASA operates a
deep space system 70-meter antenna in support of
radio astronomy observations. Radio Astronomy
observations are performed in this band to study the
hydroxyl radical spectral lines allowing study of stellar
and expansion velocities, validate theories of the
origins, and evolution of the Universe. |
Scientific research is
expected to continue and
increase in this band. |
| 1670- 1675 |
METEOROLOGICAL
AIDS (Radiosonde)
METEOROLOGICAL-
SATELLITE (space-to-Earth)
US211 S5.341 |
None |
Radiosondes. Numerous Federal agencies conduct
radiosonde operations in the collection of
meteorological data. |
The 1670- 1675 MHz
band was identified for
reallocation to the private
sector on Jan 1, 1999
under OBRA-93. Use is
TBD. |
| 1675- 1690 |
METEOROLOGICAL
AIDS (Radiosonde)
METEOROLOGICAL-
SATELLITE (space-to-Earth)
US211 S5.341 |
None |
WXD Satellite. NOAA operates the GOES I through
M meteorological satellites in this band. NASA
supports NOAA operations at the GSFC.
Radiosondes. Numerous Federal agencies conduct
radiosonde operations in the collection of
meteorological data. |
No changes are planned.
Use expected to continue. |
| 1690- 1700 |
METEOROLOGICAL
AIDS (Radiosonde)
METEOROLOGICAL-
SATELLITE (space-to-Earth)
S5.289 S5.341 |
Earth Exploration
Satellite S5.289 |
WXD Satellite. NOAA operates the GOES I through
M as well as the TIROS-N meteorological satellites in
this band. NASA supports NOAA operations at the
GSFC.
Radiosondes. Numerous Federal agencies conduct
radiosonde operations in the collection of
meteorological data. |
No changes are planned.
Use expected to continue. |
| 1700- 1710 |
FIXED
METEOROLOGICAL-SATELLITE (space-to-Earth)
S5.289 S5.341 G118 |
Earth Exploration
Satellite S5.289 |
WXD Satellite. NOAA operates the TIROS-N
meteorological satellite in this band. NASA supports
NOAA operations at the GSFC.
Point-to-Point. Numerous Federal agencies operate
fixed point-to-point microwave systems in this band. |
No changes are planned.
Use expected to continue. |
| 1710-
1718.8 |
FIXED
MOBILE
S5.341 |
None |
Point-to-Point. Numerous Federal agencies
operate fixed point-to-point medium capacity
microwave systems in this band for such purposes as
hydropower and dam control, air traffic control
communications, Federal law enforcement, natural
resource management, tactical radio relay.
Fixed & Mobile. Mobile use both on ground and
airborne are for air-to-ground video telemetry, air
combat training systems, guided weapons systems
and robotics control. |
Under the OBRA-93, the
band 1710- 1755 MHz
was identified for
reallocation to the private
sector for mixed use on
January 1999. Use is
TBD. Also under OBRA-93, 16 Federal sites
providing essential
operations will be retained
indefinitely in the band
1710- 1755 MHz. |
| 1718.8-
1722.2 |
FIXED
MOBILE
US256 S5.341 |
Radio Astronomy
US256 |
Point-to-Point. Numerous Federal agencies
operate fixed point-to-point medium capacity
microwave systems in this band for such purposes as
hydropower and dam control, air traffic control
communications, Federal law enforcement, natural
resource management, tactical radio relay.
Fixed & Mobile. Mobile use both on ground and
airborne are for air-to-ground video telemetry, air
combat training systems, guided weapons systems
and robotics control.
Radio Astronomy. Observations are performed in
this band to study the hydroxyl radical spectral lines
allowing study of stellar and expansion velocities,
validate theories of the origins, and evolution of the
Universe. |
Under the OBRA-93, the
band 1710- 1755 MHz
was identified for
reallocation to the private
sector for mixed use on
January 1999. Use is
TBD. Approximately 16
Federal sites providing
essential operations will be
retained indefinitely in the
band 1710- 1755 MHz. |
| 1722.2-
1761 |
FIXED
MOBILE
S5.341 |
None |
Point-to-Point. Numerous Federal agencies
operate fixed point-to-point medium capacity
microwave systems in this band for such purposes as
hydropower and dam control, air traffic control
communications, Federal law enforcement, natural
resource management, tactical radio relay.
Fixed & Mobile. Mobile use both on ground and
airborne are for air-to-ground video telemetry, air
combat training systems, guided weapons systems
and robotics control. Additionally, some agencies are
using WLANs and tactical point-to-point
communications systems in the 1755-1850 MHz
band. |
Under the OBRA-93, the
band 1710- 1755 MHz
was identified for
reallocation to the private
sector for mixed use on
January 1999. Use is
TBD. Approximately 16
Federal sites providing
essential operations will be
retained indefinitely in the
band 1710- 1755 MHz. |
| 1761- 1842 |
FIXED
MOBILE
S5.341 G42 |
SPACE OPERATIONS
G42 |
Space Ops. The Air Force Satellite Control Network
and Satellite Ground Link Subsystem users have
uplink channels for the tracking and telecommand of
various NGSO satellites.
NASA. This band is used for Shuttle payload
interrogation and for data air telemetry links.
Point-to-Point. Numerous Federal agencies
operate fixed point-to-point medium capacity
microwave systems in this band for such purposes as
hydropower and dam control, air traffic control
communications, Federal law enforcement, natural
resource management, tactical radio relay.
Fixed & Mobile. Mobile use both on ground and
airborne are for air-to-ground video telemetry, air
combat training systems, guided weapons systems
and robotics control. Additionally, some agencies are
using WLANs and tactical point-to-point
communications systems in the 1755-1850 MHz
band. |
Use expected to increase. |
| 1842- 1850 |
FIXED
MOBILE
S5.341 |
None |
Point-to-Point. Numerous Federal agencies
operate fixed point-to-point medium capacity
microwave systems in this band for such purposes as
hydropower and dam control, air traffic control
communications, Federal law enforcement, natural
resource management, tactical radio relay.
Fixed & Mobile. Mobile use both on ground and
airborne are for air-to-ground video telemetry, air
combat training systems, guided weapons systems
and robotics control. Additionally, some agencies are
using WLANs and tactical point-to-point
communications systems in the 1755-1850 MHz
band. |
Use expected to increase. |
| 1850- 1930 |
None |
None |
None |
No changes are planned. |
| 1930- 1970 |
None |
None |
None |
No changes are planned. |
| 1970- 1980 |
None |
None |
None |
No changes are planned. |
| 1980- 1990 |
None |
None |
None |
No changes are planned. |
| 1990- 2025 |
None |
None |
Experimental. Numerous experimental antenna test
stations checkout frequency response of transmit and
receive antennas. |
Use expected to continue. |
| 2025- 2035 |
SPACE OPERATION
(Earth-to-space)
(space-to-space)EARTH EXPLORATION-
SATELLITE
(Earth-to-space)
(space-to-space)
SPACE RESEARCH
(Earth-to-space)
(Space-to-space)
S5.392 MOD US90
US346 US374 |
None |
NASA. The 2025-2110 MHz band is the primary
telecommand band used for the control of Agency
mission spacecraft. The band is used for uplinks
direct from ground stations and for forward links via
the TDRSS.
WXD Satellite. The NOAA GOES (I through M)
meteorological satellites operate in this band. |
No changes are planned.
Use expected to continue. |
| 2035- 2110 |
SPACE OPERATION
(Earth-to-space)
(space-to-space)EARTH EXPLORATION-
SATELLITE
(Earth-to-space)
(space-to-space)
SPACE RESEARCH
(Earth-to-space)
(Space-to-space)
S5.391 S5.392
MOD US90 US336
US347 |
None |
TDRSS. NASA GSO Tracking and Data Relay
Satellite System (TDRSS) .
NASA Uplinks. NASA telecommand uplinks
supporting Hubble Space Telescope, NASA
atmospheric research satellite, cosmic background
explorer satellite, ERBS, NIMB US-7, LANDSAT 4 &
5, the space shuttle missions, High Energy Transient
Experiment (HETE),SeaStar Ocean Color Project,
Microlab-1 mission, Fast Auroral Snapshot Explorer
(FAST), Submillimeter Wave Astronomy Satellite,
Earth Observing Sys AM (EOS-AM), advanced
composition explorer (ACE), AMPTE, Advanced
X-ray Astrophysics Facility-Imaging Satellite Sys,
Polar Plasma Laboratory Satellite Sys, Student Nitric
Oxide Explorer (SNOE) Satellite Sys, Tomographic
Experiment using Radioactive Recombinative
Ionospheric EUV and Radio Sources (TERRIERS),
Transition Region and Coronal Explorer (TRACE),
Wide-Field Infrared Explorer (WIRE) Satellite Sys,
METEOSAT-3, a temporary gapfiller for the GOES
meteorological satellite. |
No changes are planned.
Use expected to continue. |
| 2110- 2120 |
SPACE RESEARCH
(deep space) (Earth-to-space) US252
US111 |
None |
NASA Deep Space. NASA tracking and command of
deep space probes Voyager 1 (Jupiter and beyond)
,Voyager 2 (Jupiter, Saturn, and beyond), Galileo
(Jupiter), and the NASAESA cooperative Ulysses
mission (formerly International Solar Polar Mission). |
No changes are planned.
Use expected to continue. |
| 2120- 2130 |
None |
None |
Experimental. Experimental antenna test station
evaluating antenna patterns is done in this band. |
Use expected to continue. |
| 2130- 2150 |
None |
None |
Experimental. Experimental antenna test station
evaluating antenna patterns is done in this band. |
Use expected to continue. |
| 2150- 2160 |
None |
None |
Experimental. Experimental ground testing of
transmitters. |
Use expected to continue. |
| 2160- 2165 |
None |
None |
None |
No changes are planned. |
| 2165- 2170 |
None |
None |
None |
No changes are planned. |
| 2170- 2200 |
None |
None |
Experimental. Various Federal experimental test
stations operate in this band. |
Use expected to continue. |
| 2200- 2285 |
FIXED (LOS* only)
MOBILE (LOS only
including aeronautical
telemetering, but
excluding flight testing of
manned aircraft)
SPACE RESEARCH
(space-to-Earth)
(space-to-space)
SPACE OPERATION
(space-to-Earth)
(space-to-space)
EARTH EXPLORATION-SATELLITE (space-to-Earth)
(space-to- space)
S5.392 MOD S5.391
US302 |
None |
TT&C. Primary tracking, telemetry, and control
(TT&C) links for Federal Government and commercial
expendable launch vehicles (ELV). Commercial
launches are supported by DOD on a case-by-case
basis.
Space Research. NASA space research station
supporting NASA'S tethered satellite system (TSS),
High Energy Transient Experiment (HETE), NIMB
US-7, Fast Auroral Snapshot Explorer (FAST),
Submillimeter Wave Astronomy Satellite, Advanced
X-ray Astrophysics Facility-Imaging Satellite System,
Polar Plasma Laboratory Satellite System, Student
Nitric Oxide Explorer (SNOE) Satellite System,
Tomographic Experiment using Radioactive
Recombinative Ionospheric EUV and Radio Sources
(TERRIERS), Transition Region and Coronal Explorer
(TRACE), Wide-Field Infrared Explorer (WIRE)
Satellite Systems, and the Technology Experiment
Augmenting Spartan (TEXAS), and its space research
space program DE-A in this band.
NASA Downlinks. The 2200-2290 MHz band is the
primary telemetry band used by Agency mission
spacecraft. The band is used for direct downlinks to
Earth stations and for return links via the TDRSS. |
No changes are planned.
Use expected to continue. |
| 2285- 2290 |
FIXED (LOS* only)
MOBILE (LOS only
including aeronautical
telemetering, but
excluding flight testing of
manned aircraft)
SPACE RESEARCH
(space-to-Earth)
(space-to-space)
SPACE OPERATION
(space-to-Earth)
(space-to-space)
EARTH EXPLORATION-SATELLITE (space-to-Earth)
(space-to- space)
MOD S5.391
US303 S5.392 |
None |
TT&C. TT&C downlinks via TDRSS.
NASA Telemetry. Telemetry data from Hubble
Space Telescope
NASA Downlinks. Earth Exploration-satellite
downlink from NASA SeaStar Ocean Color Project,
Earth Observing System AM (EOS-AM), and the
X-ray Timing Explorer (XTE). |
No changes are planned.
Use expected to continue. |
| 2290- 2300 |
FIXED
MOBILE (except
aeronautical
mobile)
SPACE RESEARCH
(space-to-Earth) (Deep
Space only) |
None |
NASA Deep Space. Space communications from
NASA deep space probes Voyager 1 (Jupiter and
beyond), Voyager 2 (Jupiter, Saturn, and beyond),
Galileo (Jupiter), the NASAESA cooperative Ulysses
mission (formerly International Solar Polar Mission),
advanced composition explorer (ACE) spacecraft
used in tracking, ranging, and command. |
No changes are planned.
Use expected to continue. |
| 2300- 2305 |
None
G123 |
None |
Experimental. Various experimental test stations
operate in this band as well as other systems that are
not in conformance with the National Table of
Frequency Allocations. |
Under OBRA-93, this
band was reallocated to
the private sector for
exclusive non-government
use on Aug 95. |
| 2305- 2310 |
None
US338 G123 |
None |
Experimental. Various experimental test stations
operate in this band as well as other systems that are
not in conformance with the National Table of
Frequency Allocations. |
Under OBRA-93, this
band was reallocated to
the private sector for
exclusive non-government
use on Aug 95. |
| 2310- 2320 |
Fixed
Mobile US339
Radiolocation G2
S5.396 US327 US338
G120 |
None |
Fixed & Mobile. Mobile use both on ground and
airborne are for air-to-ground video telemetry, air
combat training systems, guided weapons systems
and robotics control.
Experimental. Various experimental test stations
perform RDT&E activities in this band. |
No changes are planned.
Use expected to continue. |
| 2320- 2345 |
Fixed
Mobile US276
Radiolocation G2
S5.396 US327 US328
G120 |
None |
Fixed & Mobile. Mobile use both on ground and
airborne are for air-to-ground video telemetry, air
combat training systems, guided weapons systems
and robotics control.
Experimental. Various experimental test stations
perform RDT&E activities in this band. |
No changes are planned.
Use expected to continue. |
| 2345- 2360 |
Fixed
Mobile US339
Radiolocation G2
S5.396 US327 G120 |
None |
Fixed & Mobile. Mobile use both on ground and
airborne are for air-to-ground telemetry and robotics
control.
Experimental. Various experimental test stations
perform RDT&E activities in this band. |
The wireless
communications service
will operate in this band
and consists of fixed,
mobile, satellite DARS,
and radiolocation services.
Use expected to continue. |
| 2360- 2390 |
MOBILE US276
RADIOLOCATION G2
Fixed
G120 |
None |
Fixed & Mobile. Mobile use both on ground and
airborne are for air-to-ground telemetry and robotics
control.
Telemetry. The 2360-2385 MHz band is used for
defense and commercial aerospace purposes for
telemetry in the flight testing and operation of aircraft,
spacecraft, missiles, and scientific balloons at military
test ranges and NASA centers.
Radio Astronomy. Arecibo operates a planetary
radar system on 2380 MHz.
Experimental. Various experimental test stations
perform RDT&E activities in this band. |
The 2385- 2390 MHz
band was identified for
reallocation to the private
sector on January 1, 2005
under the BBA-97. Use is
expected for Unlicensed
PCS.
Use expected to continue. |
| 2390- 2400 |
None
G122 |
None |
Experimental. Various experimental test stations
perform RDT&E activities in this band. |
The 2390- 2450 MHz
band was identified for
reallocation to the private
sector on January 1, 2005
under OBRA 93.
Use expected to continue. |
| 2400- 2402 |
None
S5.150 G123 |
ISM S5.150 |
NASA Downlinks. NASA operates an RF modem
link to provide internet connectivity for international
support of Russia US space missions.
Manned Flight. Band to used on NIB basis for
wireless LAN operations aboard the international
space station.
ISM. The band 2400-2500 MHz (center frequency
2450 MHz) is designated for industrial, scientific and
medical (ISM) applications.
Experimental. Various experimental test stations
perform RDT&E activities in this band. |
The 2390- 2450 MHz
band was identified for
reallocation to the private
sector on January 1, 2005
under OBRA 93.
Use expected to continue. |
| 2402- 2417 |
None
S5.150 G122
|
ISM S5.150 |
NASA Downlinks. NASA operates an RF modem
link to provide internet connectivity for international
support of Russia US space missions.
Manned Flight. Band to used on NIB basis for
wireless LAN operations aboard the international
space station.
ISM. The band 2400-2500 MHz (center frequency
2450 MHz) is designated for industrial, scientific and
medical (ISM) applications.
Experimental. Various experimental test stations
perform RDT&E activities in this band. |
The 2390- 2450 MHz
band was identified for
reallocation to the private
sector on January 1, 2005
under OBRA 93.
Use expected to continue. |
| 2417- 2450 |
Radiolocation G2
S5.150 S5.282 G124 |
ISM S5.150 |
NASA Downlinks. NASA operates an RF modem
link to provide internet connectivity for international
support of Russia US space missions.
Manned Flight. Band to used on NIB basis for
wireless LAN operations aboard the international
space station.
ISM. The band 2400-2500 MHz (center frequency
2450 MHz) is designated for industrial, scientific and
medical (ISM) applications.
Experimental. Various experimental test stations
perform RDT&E activities in this band. |
The 2390- 2450 MHz
band was identified for
reallocation to the private
sector on January 1, 2005
under OBRA 93.
Use expected to increase. |
| 2450-
2483.5 |
None
S5.150 US41 |
Radiolocation US41
ISM S5.150 |
NASA Downlinks. NASA operates an RF modem
link to provide internet connectivity for international
support of Russia US space missions.
Manned Flight. Band to used on NIB basis for
wireless LAN operations aboard the international
space station.
ISM. The band 2400-2500 MHz (center frequency
2450 MHz) is designated for industrial, scientific and
medical (ISM) applications.
Fixed. Some point-to-point microwave systems
support Federal operations in this band.
Experimental. Various experimental test stations
perform RDT&E activities in this band. |
No changes are planned.
Use expected to increase. |
| 2483.5-
2500 |
MOBILE-SATELLITE
(space-to-Earth) US319
RADIODETERMINATION-SATELLITE (space-to-Earth) S5.398
S5.150 US41 S5.402 |
Radiolocation US41
ISM S5.150 |
Point-to-Point. NASA also operates point-to-point
microwave links at some of its centers to its outlying
sites in support of space programs.
Manned Flight. Band to used on NIB basis for
wireless LAN operations aboard the international
space station.
Tactical & Training. Various tactical and training
operations are conducted in various military test
ranges.
ISM. The band 2400-2500 MHz (center frequency
2450 MHz) is designated for industrial, scientific and
medical (ISM) applications.
Experimental. NASA conducts experimental testing
of satellite transmitters supporting the NASA
Commercial Experimental Transporter (COMET). |
No changes are planned.
Use expected to continue. |
| 2500- 2520 |
None
US205 US269 |
None |
Tactical & Training. Tactical and training operations
are conducted at various military test ranges on an
NIB basis. |
Use expected to continue. |
| 2520- 2640 |
None
US205 US269 S5.339 |
None |
Broadcasting. An authorized mutual aid agreement
is in effect for educational support to a local
community.
Experimental. Experimental testing of
communications equipment is conducted.
Tactical & Training. Tactical and training operations
are conducted at various military test ranges on an
NIB basis. |
Use expected to continue. |
| 2640- 2655 |
None
US205 US269 S5.339 |
Space Research
(Passive) S5.339
Earth Exploration-Satellite (Passive)
S5.339 |
Radio Astronomy. Observations of the cosmos are
made in the band 2640-2750 MHz to study the low
galactic background radiation and both the ionized
hydrogen clouds and general diffuse radiation of the
Galaxy. |
Scientific research is
expected to continue and
increase in this band. |
| 2655- 2670 |
Earth Exploration Satellite
(passive)
Radio Astronomy
Space Research
(passive)
US205 US269 |
None |
Radio Astronomy. Observations of the cosmos are
made in the band 2640-2750 MHz to study the low
galactic background radiation and both the ionized
hydrogen clouds and general diffuse radiation of the
Galaxy. |
Scientific research is
expected to continue and
increase in this band. |
| 2670- 2690 |
Earth Exploration-Satellite
(Passive)
Radio Astronomy
Space Research
(passive)
US205 US269 |
None |
Space Research. Space-based observations and
measurements to advance many areas of global
change research such as water salinity, soil moisture,
etc. are made in this band.
Radio Astronomy. Observations of the cosmos are
made in the band 2640-2750 MHz to study the low
galactic background radiation and both the ionized
hydrogen clouds and general diffuse radiation of the
Galaxy. |
Scientific research is
expected to continue and
increase in this band.
|
| 2690- 2700 |
EARTH EXPLORATION-SATELLITE (passive)
RADIO ASTRONOMY
SPACE RESEARCH
(passive)
US74 US246 |
None |
Space Research. Space-based observations and
measurements to advance many areas of global
change research such as water salinity, soil moisture,
etc. are made in this band.
Radio Astronomy. Observations of the cosmos are
made in the band 2640-2750 MHz to study the low
galactic background radiation and both the ionized
hydrogen clouds and general diffuse radiation of the
Galaxy. |
Scientific research is
expected to continue and
increase in this band. |
| 2700- 2900 |
AERONAUTICAL
RADIONAVIGATION
METEOROLOGICAL
AIDS
Radiolocation
US18 S5.337 S5.423
G2 G15 |
None |
Surveillance Radars. The FAA and military services
operate airport surveillance radars in this band for the
management and control of aircraft in at around
airports and military installations.
WXD Radars. Large numbers of weather radars,
including NEXRAD, operate in this band.
Radio Astronomy. Observations of the cosmos are
made in the band 2640-2750 MHz to study the low
galactic background radiation and both the ionized
hydrogen clouds and general diffuse radiation of the
Galaxy. |
No changes are planned.
Use expected to continue. |
| 2900- 3000 |
MARITIME
RADIONAVIGATION
Radiolocation
US44 US316 S5.427
G56 |
METEOROLOGICAL
AIDS US316 |
Maritime Radionav. The Coast Guard and, to a
lesser degree, the Navy operate numerous radar
beacons and radiolocation systems providing
maritime radionavigation services.
Military Radars. This band is used by the military
services' radiolocation systems throughout the U.S.
WXD Radars. The Federal government's NEXRAD
weather radars operate in this band. |
Use expected to continue.
WRC-03 agenda item to
pursue co-primary
radiolocation allocation. |
| 3000- 3100 |
MARITIME
RADIONAVIGATION
Radiolocation
US44 S5.427 G56 |
None |
Military Radars. This band is extensively used by
the military services' radiolocation systems throughout
the U.S.
Maritime Radionav. The Coast Guard and, to a
lesser degree, the Navy operate maritime
radionavigation systems in this band. |
Use expected to continue.
WRC-03 agenda item to
pursue co-primary
radiolocation allocation. |
| 3100- 3300 |
RADIOLOCATION
Earth Exploration-Satellite (active)
Space Research (active)
MOD S5.149 US110
G59 |
None |
Military Radars. This band is extensively used by all
the military services' radiolocation systems throughout
the U.S.
Space Research. NASA space-based
measurements supporting geodetic and geologic
sciences, etc., are made in this band. |
No changes are planned.
Use expected to increase. |
| 3300- 3400 |
RADIOLOCATION
S5.149 US108 G31 |
None |
Military Radars. This band is extensively used by
the military services' radiolocation systems throughout
the U.S. |
No changes are planned.
Use expected to increase. |
| 3400- 3410 |
RADIOLOCATION
S5.149 US108 S5.282
G31 |
None |
Military Radars. This is a critical radar band and is
used extensively by all the military services. |
No changes are planned.
Use expected to increase. |
| 3410- 3500 |
RADIOLOCATION
S5.149 US108 G31 |
None |
Military Radars. This is a critical radar band and is
used extensively by all the military services. |
No changes are planned.
Use expected to increase. |
| 3500- 3600 |
AERONAUTICAL
RADIONAVIGATION
(Ground-based)
RADIOLOCATION
US110 G59 G110 |
None |
Military Radars. This is a critical radar band and is
used extensively by all the military services. In
particular, the U.S. Navy uses this band for
surveillance and precision approach radars to support
its naval air operations. |
No changes are planned.
Use expected to continue. |
| 3600- 3700 |
AERONAUTICAL
RADIONAVIGATION
(Ground-based)
RADIOLOCATION
US110 US245 G59
G110 |
None |
Military Radars. This is a critical radar band and is
used extensively by all the military services. In
particular, the military services operate fixed and
mobile radionavigational systems in this band as well
as performing sensor and navigational system
calibrations.
Experimental. Research, developmental, test and
evaluation of various radiolocation devices are made
in this band. |
The 3650- 3700 MHz
band was reallocated to
the private sector on Jan
1, 1999 under OBRA-93.
Use expected to continue. |
| 3700- 4200 |
None |
None |
Earth Stations. The military services operate earth
stations that receive voice, data, video signals from
an international common carrier GSO satellite
system.
Experimental. Various Federal agencies operate
test stations of radiolocation systems on an NIB
basis. |
Use expected to increase. |
| 4200- 4204 |
AERONAUTICAL
RADIONAVIGATION
US261 S5.440 |
None |
Aero-Radionav. Aircraft operate radio altimeters in
this band.
Passive Sensing. NASA conducts passive remote
sensing of sea surface topography and sea
temperature, currents, and wind speed. |
No changes are planned.
Use expected to continue. |
| 4204- 4400 |
AERONAUTICAL
RADIONAVIGATION
US261 S5.440 |
None |
Aero-Radionav. Aircraft operate radio altimeters in
this band.
Passive Sensing. NASA conducts passive remote
sensing of sea surface topography and sea
temperature, currents, and wind speed. |
No changes are planned.
Use expected to continue. |
| 4400- 4500 |
FIXED
MOBILE |
None |
Tactical & Training. This band is heavily used for
military tactical and training communications, both for
line-of-sight, troposcatter and tactical data links.
NASA. Used on NIB basis for development of aircraft
video downlinks. |
No changes are planned.
Use expected to increase. |
| 4500- 4635 |
FIXED
MOBILE
US245 |
None |
Tactical & Training. This band is heavily used for
military tactical and training communications, both for
line-of-sight and troposcatter. Additionally, the DOD
operates tactical data links, drone command and
control systems, and numerous other systems.
NASA. Used on NIB basis for development of aircraft
video downlinks.
Radio Astronomy. Continuum observations are
performed in this band. |
No changes are planned.
Use expected to increase. |
| 4635- 4660 |
None
US245 G125 |
None |
Fixed & Mobile. On an NIB basis, numerous Federal
fixed operations use this band for point-to-point
microwave, air combat training systems, tactical data
links, drone command and control systems, and
numerous other systems.
Radio Astronomy. Continuum observations are
performed in this band. |
The 4635-4685 MHz band
that was reclaimed and
4940-4990 MHz was
substituted for reallocation
under OBRA-93.
Use expected to increase. |
| 4660- 4685 |
None
G122 |
None |
Fixed & Mobile. On an NIB basis, numerous Federal
fixed operations use this band for point-to-point
microwave, air combat training systems, tactical data
links, drone command and control systems, and
numerous other systems.
Radio Astronomy. Continuum observations are
performed in this band. |
The 4635-4685 MHz band
that was reclaimed and
4940-4990 MHz was
substituted for reallocation
under OBRA-93.
Use expected to increase. |
| 4685- 4800 |
FIXED
MOBILE
US245 |
None |
Fixed & Mobile. On an NIB basis, numerous Federal
fixed operations use this band for point-to-point
microwave, air combat training systems, tactical data
links, drone command and control systems, and
numerous other systems.
Radio Astronomy. Continuum observations are
performed in this band. |
No changes are planned.
Use expected to increase. |
| 4800- 4825 |
FIXED
MOBILE
S5.149 |
None |
Fixed & Mobile. Numerous Federal fixed operations
use this band for point-to-point microwave, air combat
training systems, tactical data links, drone command
and control systems, and numerous other systems.
Radio Astronomy. Continuum observations are
performed in this band. |
No changes are planned.
Use expected to increase |
| 4825- 4835 |
FIXED
MOBILE
S5.149 US203 |
None |
Tactical & Training. This band is heavily used for
military tactical and training communications, both for
line-of-sight and troposcatter. Additionally, the DOD
operates tactical data links, drone command and
control systems, and numerous other systems.
Radio Astronomy. Extremely useful in studying the
brightness distributions of both galactic and
extragalactic objects such as ionized hydrogen clouds
and supernova remnants. |
No changes are planned.
Use expected to increase. |
| 4835- 4950 |
FIXED
MOBILE
S5.149 |
None |
Tactical & Training. This band is heavily used for
military tactical and training communications, both for
line-of-sight and troposcatter. Additionally, the DOD
operates tactical data links, drone command and
control systems, and numerous other systems.
Radio Astronomy. Continuum observations are
performed in this band. |
The 4940-4990 MHz
band, in lieu of the
4635-4685 MHz band that
was reclaimed, was
reallocated to the private
sector under OBRA-93.
Use expected to increase. |
| 4950- 4990 |
FIXED
MOBILE
S5.149 S5.339
US257 |
Space Research
(passive) S5.339
Earth Exploration-Satellite (passive)
S5.339 |
Fixed & Mobile. This band is heavily used for
military tactical and training communications, both for
line-of-sight and troposcatter. Additionally, the DOD
operates tactical data links, drone command and
control systems, and numerous other systems.
Radio Astronomy. This band is extremely useful in
studying the brightness distributions of both galactic
and extragalactic objects such as ionized hydrogen
clouds and supernova remnants. |
The 4940-4990 MHz
band, in lieu of the
4635-4685 MHz band that
was reclaimed, was
reallocated to the private
sector under OBRA-93.
Use expected to increase. |
| 4990- 5000 |
RADIO ASTRONOMY
Space Research
(passive)
S5.149 US74 US246 |
None |
Radio Astronomy. This band is extremely useful in
studying the brightness distributions of both galactic
and extragalactic objects such as ionized hydrogen
clouds and supernova remnants.
Passive Sensing. Passive remote sensing of
estuarine temperatures is done in this band. Passive
sensing flight instruments include R-600. |
Scientific research is
expected to increase in
this band. |
| 5000- 5150 |
AERONAUTICAL
RADIONAVIGATION
S5.367 S5.444 G126
US211 US260 |
AERONAUTICAL
MOBILE-SATELLITE (R)
S5.367
Aeronautical Mobile
US260 |
Aero-Radionav. Microwave landing systems operate
in this band. |
As the U.S. transitions to
satellite-based navigation,
additional MLS
development is not
anticipated. MLS phase-down is expected to begin
in 2008. FAA and the civil
aviation community are
investigating aeronautical
applications in this band to
include (1) an extension of
the tuning range of the
TDWR; and or (2) weather
functions for a planned
multipurpose terminal
radar for around the year
2013. |
| 5150- 5250 |
AERONAUTICAL
RADIONAVIGATION
US211 US260 US307 |
Aeronautical Mobile
US260 |
Experimental. Numerous test and evaluations are
being conducted on various radiocommunications
systems in this band. |
No changes are planned.
Use expected to continue. |
| 5250- 5255 |
RADIOLOCATION
EARTH EXPLORATION-SATELLITE (active)
SPACE RESEARCH
S5.447D
US110 G59 |
None |
Military Radars. The military services have various
types of radars (missile detection, imaging, synthetic
aperture radar, frequency agile, ship sensor, etc.)
operating in this band.
Space Research. NASA, in this band, participates in
joint ventures with the ESA on space-based
observations and measurements of surface
topography, soil moisture, sea surface height, etc.
(e.g., NASA TOPEXPoseidon Mission). Active
sensor flight instruments include: ALT/SSALT,
SIR-C, SRTM, RADARSAT. |
No changes are planned.
Use expected to increase. |
| 5255- 5350 |
RADIOLOCATION
EARTH EXPLORATION-SATELLITE (active)
SPACE RESEARCH
(active)
US110 G59 |
None |
Military Radars. The military services have various
types of radars (missile detection, imaging, synthetic
aperture radar, frequency agile, ship sensor, etc.)
operating in this band.
Space Research. NASA, in this band, participates in
a joint venture with the ESA on space-based
observations and measurements of surface
topography, soil moisture, etc. (NASA
TOPEXPoseidon Mission). Active sensor flight
instruments include: ALT/SSALT, SIR-C, SRTM,
RADARSAT. |
No changes are planned.
Use expected to increase. |
| 5350- 5460 |
EARTH EXPLORATION-SATELLITE (active)
AERONAUTICAL
RADIONAVIGATION
RADIOLOCATION
S5.448B S5.449 US48
G56 |
None |
Airborne WXD Radars. Aircraft employ airborne
weather radars that operate in the 5350-5470 MHz
band for storm avoidance.
Military Radars. The military services employ
transportable and mobile radars in this band.
WXD Radars. Numerous Federal agencies employ
ground weather radars in this band though they are
not in conformance to the National Table of
Frequency Allocations.
NASA. This band is used for missile tracking via
radar. |
No changes are planned.
Use expected to increase. |
| 5460- 5470 |
RADIONAVIGATION
Radiolocation
US49 US65 S5.449
G56 |
None |
Airborne WXD Radars. Aircraft employ airborne
weather radars that operate in the 5350-5470 MHz
band for storm avoidance.
Radars. Some radionavigational surveillance radars
operate in this band along with numerous
radiolocation radars.
NASA. This band is used for missile tracking via
radar.
Experimental. Experimental RDT&E testing of
radars occurs in this band. |
No changes are planned.
Use expected to increase. |
| 5470- 5600 |
MARITIME
RADIONAVIGATION
Radiolocation
US50 US65 G56 |
None |
Maritime Radionav. The USCG operates maritime
radionavigation aids throughout the United States.
Radars. This band is used extensively for
transportable and mobile radars as well as for
weather radars.
NASA. This band is used for missile tracking via
radar.
Experimental. Experimental testing of radars occurs
in this band for RDT&E. |
No changes are planned.
Use expected to increase. |
| 5600- 5650 |
MARITIME
RADIONAVIGATION
METEOROLOGICAL
AIDS
Radiolocation
US51 US65 S5.452
G56 |
None |
Radars. This band contains fixed, transportable, and
mobile radars whose purposes are used primarily for
weather radars, surveillance radars, test range
instrumentation radars, and experimental radar
testing. The Navy operates its primary surface search
radar in this band.
Maritime Radionav. Shipborne radars in this band
provide coastal navigation information.
WXD Radars. Some of the weather radars operating
in this band are FAA terminal Doppler weather radars
providing hazardous weather detection at airports.
NASA. This band is used for missile tracking via
radar. |
No changes are planned.
Use expected to increase. |
| 5650- 5670 |
RADIOLOCATION
S5.282 G2 |
None |
Radars. This band contains fixed, transportable, and
mobile radars whose purposes are used primarily for
weather radars, surveillance radars, test range
instrumentation radars, and experimental radar
testing.
NASA. This band is used for missile tracking via
radar. |
No changes are planned.
Use expected to increase. |
| 5670- 5725 |
RADIOLOCATION
G2 |
None |
Radars. This band contains fixed, transportable, and
mobile radars whose purposes are used primarily for
weather radars, surveillance radars, test range
instrumentation radars, and experimental radar
testing.
NASA. This band is used for missile tracking via
radar. |
No changes are planned.
Use expected to increase. |
| 5725- 5830 |
RADIOLOCATION
S5.150 G2 |
ISM S5.150 |
Military Radars. This band contains fixed,
transportable, and mobile radars whose purposes are
used primarily for surveillance radars, test range
instrumentation radars, airborne transponders and
experimental radar testing. Extensive use of these
radars is in support of national and military test range
operations in the tracking and control of manned and
unmanned airborne vehicles.
NASA. This band is used for missile tracking via
radar.
ISM. The band 5725-5875 MHz (center frequency
5800 MHz) is designated for industrial, scientific and
medical (ISM) applications. |
No changes are planned.
Use expected to increase. |
| 5830- 5850 |
RADIOLOCATION
S5.150 G2 |
ISM S5.150 |
Military Radars. This band contains fixed,
transportable, and mobile radars whose purposes are
used primarily for surveillance radars, test range
instrumentation radars, airborne transponders and
experimental radar testing. Extensive use of these
radars is in support of national and military test range
operations in the tracking and control of manned and
unmanned airborne vehicles. Other radars support
missile and satellite tracking during launch and
on-orbit.
NASA. This band is used for missile tracking via
radar.
ISM. The band 5725-5875 MHz (center frequency
5800 MHz) is designated for industrial, scientific and
medical (ISM) applications. |
No changes are planned.
Use expected to increase. |
| 5850- 5875 |
RADIOLOCATION
S5.150 US245 G2 |
ISM S5.150 |
Military Radars. This band contains fixed,
transportable, and mobile radars whose purposes are
used primarily for surveillance radars, test range
instrumentation radars, airborne transponders and
experimental radar testing. Extensive use of these
radars is in support of national and military test range
operations in the tracking and control of manned and
unmanned airborne vehicles. Other radars support
missile and satellite tracking during launch and
on-orbit.
NASA. This band is used for missile tracking via
radar.
ISM. The band 5725-5875 MHz (center frequency
5800 MHz) is designated for industrial, scientific and
medical (ISM) applications. |
No changes are planned.
Use expected to increase. |
| 5875- 5925 |
RADIOLOCATION
US245 G2 |
None |
Military Radars. This band contains fixed,
transportable, and mobile radars whose purposes are
used primarily for surveillance radars, test range
instrumentation radars, airborne transponders and
experimental radar testing. Extensive use of these
radars is in support of national and military test range
operations in the tracking and control of manned and
unmanned airborne vehicles.
NASA. This band is used for missile tracking via
radar. |
No changes are planned.
Use expected to increase. |
| 5925- 6425 |
None |
None |
Earth Stations. Federal agencies operate earth
stations that transmit voice, data, video signals to an
international common carrier GSO satellite system.
Some of the users are BBG, FAA, and military
services. |
Use expected to increase. |
| 6425- 6429 |
None
S5.440 S5.458 |
Standard Frequency-Satellite S5.440 |
Research. NASA participates in remote microwave
scanning measurements made over oceans for
oceanographic studiesresearch.
Experimental. RDT&E of radiocommunications
equipment is performed on national and military test
ranges as well as at contractor factories. |
Use expected to continue. |
| 6429- 6525 |
None
S5.458 |
None |
Research. NASA participates in remote microwave
scanning measurements made over oceans for
oceanographic studiesresearch.
Experimental. RDT&E of radiocommunications
equipment is performed on national and military test
ranges as well as at contractor factories. |
Use expected to continue. |
| 6525- 6700 |
None
S5.149 S5.458 |
None |
Research. NASA participates in remote microwave
scanning measurements made over oceans for
oceanographic studiesresearch.
Experimental. RDT&E of radiocommunications
equipment is performed on national and military test
ranges as well as at contractor factories. |
Use expected to continue. |
| 6700- 6875 |
None
S5.149 S5.458 |
None |
Research. NASA participates in remote microwave
scanning measurements made over oceans for
oceanographic studiesresearch.
Experimental. RDT&E of radiocommunications
equipment is performed on national and military test
ranges as well as at contractor factories. |
Use expected to continue. |
| 6875- 7075 |
None
S5.149 S5.458 |
None |
Research. NASA participates in remote microwave
scanning measurements made over oceans for
oceanographic studiesresearch.
Experimental. RDT&E of radiocommunications
equipment is performed on national and military test
ranges as well as at contractor factories. |
Use expected to continue. |
| 7075- 7125 |
None
S5.458 |
None |
Research. NASA participates in remote microwave
scanning measurements made over oceans for
oceanographic studies research.
Experimental. Some RDT&E of
radiocommunications equipment is performed in this
band. |
Use expected to continue. |
| 7125- 7145 |
FIXED
S5.458 G116 |
SPACE OPERATIONS
G116 |
Point-to-Point. This band is used for fixed point-to-point microwave links associated with many Federal
agencies' missions including the DOD's national and
military test range communications, and the remoting
of data for such functions as air traffic control radar,
weather, vessel traffic information, power
management, etc.
Research. NASA participates in remote microwave
scanning measurements made over oceans for
oceanographic studiesresearch.
Experimental. Some experimental test stations
operate at national and military test ranges. Also,
NASA is conducting development testing at the DSN
26m antenna in support of Mars Global Surveyor.. |
No changes are planned.
Use expected to continue. |
| 7145- 7155 |
FIXED
SPACE RESEARCH
(Earth-to-space)
S5.458 US252 G116 |
SPACE OPERATIONS
G116 |
Point-to-Point. This band is used for fixed point-to-point microwave links associated with many Federal
agencies' missions including the DOD's national and
military test range communications, and the remoting
of data for such functions as air traffic control radar,
weather, vessel traffic information, power
management, etc.
NASA Deep Space. Deep space command and
control communications to Earth-launched vehicles.
Research. NASA participates in remote microwave
scanning measurements made over oceans for
oceanographic studiesresearch.
Experimental. Some experimental test stations
operate at national and military test ranges. |
No changes are planned.
Use expected to continue. |
| 7155- 7190 |
FIXED
SPACE RESEARCH
(Earth-to-space)
S5.458 US252 |
None |
NASA Deep Space. NASA tracking, ranging, and
command uplinks to deep space probes Voyager 1
(Jupiter and beyond), Voyager 2 (Jupiter, Saturn, and
beyond), Galileo (Jupiter), Near Earth Asteroid
Rendezvous (NEAR), Mars Global Surveyor
spacecrafts and others.
Research. NASA participates in remote microwave
scanning measurements made over oceans for
oceanographic studiesresearch.
Point-to-Point. This band is used for fixed point-to-point microwave links associated with many Federal
agencies' missions including the DOD's national and
military test range communications, and the remoting
of data for such functions as air traffic control radar,
weather, vessel traffic information, power
management, etc. |
No changes are planned.
Use expected to continue. |
| 7190- 7235 |
FIXED
SPACE RESEARCH
(Earth-to-space)
S5.458 |
None |
NASA Near Earth. NASA tracking, ranging, and
command uplinks in support of various programs
such as the Summer Undergraduate Research
Fellowship Satellites I & II (SURFSAT), Space
Program Wideband Data Collection System,
international remote sensing satellites, etc.
Research. NASA participates in remote microwave
scanning measurements made over oceans for
oceanographic studiesresearch.
Point-to-Point. This band is used for fixed point-to-point microwave links associated with many Federal
agencies' missions including the DOD's national and
military test range communications, and the remoting
of data for such functions as air traffic control radar,
weather, vessel traffic information, power
management, etc. |
No changes are planned.
Use expected to continue. |
| 7235- 7250 |
FIXED
S5.458 |
None |
Point-to-Point. This band is primarily used for fixed
point-to-point microwave links associated with many
Federal agencies' missions including the DOD's, and
the remoting of data for such functions as air traffic
control radar, weather, vessel traffic information,
power management, etc. |
No changes are planned.
Use expected to continue. |
| 7250- 7300 |
FIXED-SATELLITE
(space-to-Earth)
MOBILE-SATELLITE
(space-to-Earth)
Fixed
G117 |
None |
Point-to-Point. This band is primarily used for fixed
point-to-point microwave links associated with many
Federal agencies' missions including the DOD's, and
the remoting of data for such functions as air traffic
control radar, weather, vessel traffic information,
power management, etc.
Military SATCOM. In this band, the DOD uses the
Defense Satellite Communications Systems (DSCS)
downlinks for global voice and data communications
as well as NATO SATCOM .
TT&C. Also, space tracking & telecommand of
communications satellites is done in this band. |
No changes are planned.
Use expected to continue. |
| 7300- 7450 |
FIXED
FIXED-SATELLITE
(space-to-Earth)
Mobile-Satellite
(space-to-Earth)
G117 |
None |
Point-to-Point. This band is primarily used for fixed
point-to-point microwave links associated with many
Federal agencies' missions including the DOD's, and
the remoting of data for such functions as air traffic
control radar, weather, vessel traffic information,
power management, etc.
Military SATCOM. In this band, the DOD uses the
Defense Satellite Communications Systems (DSCS)
downlinks for global voice and data communications
as well as NATO SATCOM. |
No changes are planned.
Use expected to continue. |
| 7450- 7550 |
FIXED
FIXED-SATELLITE
(space-to-Earth)
METEOROLOGICAL-
SATELLITE (space-to-Earth)
Mobile-Satellite
(space-to-Earth)
G104 G117 |
None |
Point-to-Point. This band is primarily used for fixed
point-to-point microwave links associated with many
Federal agencies' missions including the DOD's, and
the remoting of data for such functions as air traffic
control radar, weather, vessel traffic information,
power management, etc.
Military SATCOM. In this band, the DOD uses the
Defense Satellite Communications Systems (DSCS)
downlinks for global voice and data communications
as well as NATO SATCOM. |
No changes are planned.
Use expected to continue. |
| 7550- 7750 |
FIXED
FIXED-SATELLITE
(space-to-Earth)
Mobile-Satellite
(space-to-Earth)
G117 |
None |
Point-to-Point. This band is primarily used for fixed
point-to-point microwave links associated with many
Federal agencies' missions including the DOD's, and
the remoting of data for such functions as air traffic
control radar, weather, vessel traffic information,
power management, etc.
Military SATCOM. In this band, the DOD uses the
Defense Satellite Communications Systems (DSCS)
downlinks for global voice and data communications
as well as NATO SATCOM.
TT&C. Also, space tracking & telecommand of
communications satellites is done in this band. |
No changes are planned.
Use expected to continue. |
| 7750- 7850 |
FIXED
METEOROLOGICAL-
SATELLITE (space-to-Earth)
S5.461B |
None |
Point-to-Point. This band is primarily used for fixed
point-to-point microwave links associated with many
Federal agencies' missions including the DOD's, and
the remoting of data for such functions as air traffic
control radar, weather, vessel traffic information,
power management, etc. |
No changes are planned.
Use expected to continue. |
| 7850- 7900 |
FIXED
|
None |
Point-to-Point. This band is primarily used for fixed
point-to-point microwave links associated with many
Federal agencies' missions including the DOD's, and
the remoting of data for such functions as air traffic
control radar, weather, vessel traffic information,
power management, etc. |
No changes are planned.
Use expected to continue. |
| 7900- 8025 |
FIXED-SATELLITE
(Earth-to-space)
MOBILE-SATELLITE
(Earth-to-space)
Fixed
G117 |
None |
Point-to-Point. This band is primarily used for fixed
point-to-point microwave links associated with many
Federal agencies' missions including the DOD's, and
the remoting of data for such functions as air traffic
control radar, weather, vessel traffic information,
power management, etc.
Military SATCOM. In this band, the DOD uses the
Defense Satellite Communications Systems (DSCS)
uplinks for global voice and data communications as
well as NATO SATCOM.
TT&C. Also, space tracking & telecommand of
SATCOMs are done in this band. |
No changes are planned.
Use expected to continue. |
| 8025- 8175 |
EARTH EXPLORATION-SATELLITE (space-to-Earth)
FIXED
FIXED-SATELLITE
(Earth-to-space)
Mobile-Satellite (Earth-to-space) (No Airborne
Transmission)
US258 G117 |
None |
Point-to-Point. This band is primarily used for fixed
point-to-point microwave links associated with many
Federal agencies' missions including the DOD's, and
the remoting of data for such functions as air traffic
control radar, weather, vessel traffic information,
power management, etc.
Military SATCOM. In this band, the DOD uses the
Defense Satellite Communications Systems (DSCS)
uplinks for global voice and data communications as
well as NATO SATCOM.
TT&C. Also, space tracking & telecommand of
SATCOMs are done in this band.
Earth Exploration. The 8025-8400 MHz band is the
primary wideband data return for spaceborne sensors.
NASA Downlinks. NASA's space-to-ground link for
many Earth exploration-satellite systems operate in
this band. |
No changes are planned.
Use expected to continue. |
| 8175- 8215 |
EARTH EXPLORATION-SATELLITE (space-to-Earth)
FIXED
FIXED-SATELLITE
(Earth-to-space)
METEOROLOGICAL-
SATELLITE (Earth-to-space)
Mobile-Satellite (Earth-to-space) (No Airborne
Transmissions)
US258 G104 G117 |
None |
Point-to-Point. This band is primarily used for fixed
point-to-point microwave links associated with many
Federal agencies' missions including the DOD's, and
the remoting of data for such functions as air traffic
control radar, weather, vessel traffic information,
power management, etc.
Military SATCOM. In this band, the DOD uses the
Defense Satellite Communications Systems (DSCS)
uplinks for global voice and data communications as
well as NATO SATCOM.
TT&C. Also, space tracking & telecommand of
SATCOMs are done in this band.
Earth Exploration. The 8025-8400 MHz band is the
primary wideband data return for spaceborne sensors.
NASA Downlinks. NASA's space-to-ground link for
many Earth exploration-satellite systems operate in
this band. |
No changes are planned.
Use expected to continue. |
| 8215- 8400 |
EARTH EXPLORATION-SATELLITE (space-to-Earth)
FIXED
FIXED-SATELLITE
(Earth-to-space)
Mobile-Satellite (Earth-to-space) (No Airborne
Transmissions)
US258 G117 |
None |
Point-to-Point. This band is primarily used for fixed
point-to-point microwave links associated with many
Federal agencies' missions including the DOD's, and
the remoting of data for such functions as air traffic
control radar, weather, vessel traffic information,
power management, etc.
Military SATCOM. In this band, the DOD uses the
Defense Satellite Communications Systems (DSCS)
uplinks for global voice and data communications.
TT&C. Also, space tracking & telecommand of
SATCOMs are done in this band.
Earth Exploration. The 8025-8400 MHz band is the
primary wideband data return for spaceborne sensors.
NASA Downlinks. NASA's space-to-ground link for
many Earth exploration-satellite systems operate in
this band. |
No changes are planned.
Use expected to continue. |
| 8400- 8450 |
FIXED
SPACE RESEARCH
(space-to-Earth) (Deep
Space only) |
None |
Point-to-Point. This band is primarily used for fixed
point-to-point microwave links associated with many
Federal agencies' missions including the DOD's, and
the remoting of data for such functions as air traffic
control radar, weather, vessel traffic information, etc.
NASA Deep Space. Space communications in this
band are used for tracking and command from NASA
deep space probes Voyager 1 (Jupiter and beyond),
Voyager 2 (Jupiter, Saturn, and beyond), Galileo
(Jupiter), the NASAESA cooperative Ulysses
mission (formerly International Solar Polar Mission),
Near Earth Asteroid Rendezvous (NEAR) , Mars
Global Surveyor spacecrafts. |
No changes are planned.
Use expected to continue. |
| 8450- 8500 |
FIXED
SPACE RESEARCH
(space-to-Earth) |
None |
Point-to-Point. This band is primarily used for fixed
point-to-point microwave links associated with many
Federal agencies' missions including the DOD's, and
the remoting of data for such functions as air traffic
control radar, weather, vessel traffic information, etc.
Space Research. Some Federal agencies are
conducting research and downlinking collected data
from such activities as the measurement of Earth &
space phenomena, seismic activity, etc.
NASA. NASA use includes downlinks for remote
sensing spacecraft including the EOS and the
Surfsat. In Addition, the band is under consideration
for the Next Generation Space Telescope. |
No changes are planned.
Use expected to continue. |
| 8500- 8550 |
RADIOLOCATION
US110 G59 |
None |
Radars. Mobile and fixed radars operate in this band
for RDT&E support, air and surface target tracking,
and for NASA's planetary radar. |
No changes are planned.
Use expected to continue. |
| 8550- 8650 |
RADIOLOCATION
EARTH EXPLORATION-SATELLITE (active
SPACE RESEARCH
(active)
US110 G59 |
None |
Military Radars. Various military target tracking
radars and experimental radars undergoing RDT&E
use this band extensively.
Space Research. Also in this band are synthetic
aperture radars aboard space-borne vehicles studying
Earth sciences. |
No changes are planned.
Use expected to continue. |
| 8650- 8750 |
RADIOLOCATION
US53 US110 G59 |
Aeronautical
Radionavigation US53 |
Military Radars. This band is used by the military
services for mobile and transportable target
acquisition radars, radar RDT&E activities on national
and military test ranges, and tactical and training
exercises. |
No changes are planned.
Use expected to continue. |
| 8750- 8850 |
RADIOLOCATION
US53 US110 G59 |
Aeronautical
Radionavigation US53 |
Military Radars. This band is used by the military
services for mobile and transportable target
acquisition radars, radar RDT&E activities on national
and military test ranges, and tactical and training
exercises. |
No changes are planned.
Use expected to continue. |
| 8850- 9000 |
RADIOLOCATION
US53 US110 G59 |
Aeronautical
Radionavigation US53 |
Military Radars. This band is used by the military
services for mobile and transportable target
acquisition radars, radar RDT&E activities on national
and military test ranges, and tactical and training
exercises. |
No changes are planned.
Use expected to continue. |
| 9000- 9200 |
AERONAUTICAL
RADIONAVIGATION
Radiolocation
US48 US54 S5.337
G2 G19 |
None |
Aero-Radionav. This band is used extensively by the
military services for precision approach radars. |
No changes are planned.
Use expected to increase.
The FAA has plans for
ASDE-X radars. |
| 9200- 9225 |
MARITIME
RADIONAVIGATION
Radiolocation
US110 S5.472 S5.474
G59 |
None |
Military Radars. This band is used by the military
services for mobile and transportable target
acquisition radars, radar RDT&E activities on national
and military test ranges, and tactical and training
exercises. |
No changes are planned.
Use expected to increase. |
| 9225- 9300 |
MARITIME
RADIONAVIGATION
Radiolocation
US110 S5.472 S5.474
G59 |
None |
Military Radars. This band is used by the military
services for mobile and transportable target
acquisition radars, radar RDT&E activities on national
and military test ranges, and tactical and training
exercises. |
No changes are planned.
Use expected to increase. |
| 9300- 9500 |
RADIONAVIGATION
Meteorological Aids
Radiolocation
US51 US66 US67
US71 S5.427 S5.474
S5.476 G56 |
None |
Maritime Radionav. Used by the USCG for harbor
surveillance radars in support of vessel traffic
services.
WXD Radars. Numerous Federal agencies have
weather radars operating in this band.
Military Radars. The military services use this band
for their mobile and transportable radars. |
No changes are planned.
Use expected to increase. |
| 9500- 9800 |
RADIOLOCATION
EARTH EXPLORATION-SATELLITE (active)
SPACE RESEARCH
(active)
S5.479 US110 |
None |
Military Radars. Used extensively for military tactical
and training in the use of its various radar systems.
Some Military RDT&E of radars systems is done in
this band.
Research. Supports NASA airborne radar in the
research and experimentation of convective storm
and mesoscale phenomena. Also used by NASA and
collaborators for active microwave sensing of the
Earth's surface. |
No changes are planned.
Use expected to increase. |
| 9800- 9975 |
RADIOLOCATION
US110 |
None |
Military Radars. Used extensively for military tactical
and training in the use of its various radar systems.
Some RDT&E of radars systems is done in this band. |
No changes are planned.
Use expected to increase. |
| 9975- 10000 |
RADIOLOCATION
S5.479 US110 |
Meteorological-Satellite
S5.479 |
Military Radars. Used for military tactical and
training in the use of its various radar systems. Some
RDT&E of radars systems is done in this band.
WXD Satellite. NOAA meteorological satellite radar
operates in this band. |
No changes are planned.
Use expected to increase. |