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- Published: Sunday, 15 March 2009 15:50
- Written by Hans Blondeel Timmerman
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Welcome to the International Amateur Radio Union Region 1 Homepage. The federation of national associations of radio amateurs from Europe, Africa, Middle East and Northern Asia.
The International Amateur Radio Union (IARU) is a federation of national associations of certified radio amateurs, representing over 150 countries and separate territories around the world.
The three IARU Regions are organised to broadly mirror the structure of the International Telecommunications Union (ITU) and its related regional telecommunications organisations. The Regions comprise:
- IARU Region 1: Europe, Africa, the Middle East and Northern Asia
- IARU Region 2: The Americas
- IARU Region 3: Asia-Pacific
The IARU represents the interests of the Amateur Radio Service worldwide to relevant international organisations, promoting the interests of amateur radio and seeking to protect and enhance its spectrum privileges.
IARU Region 1 HF Band Plan
A recommendation for all radio amateurs how to use the bands, as revised at the Interim Meeting Vienna 2016, effective 01 June 2016.
Frequency (kHz) |
Maximum Bandwidth (Hz) |
Preferred Mode And Usage |
2 200 m Band:
135.7 – 137.8 |
200 |
CW, QRSS and narrow band digital modes |
630 m Band:
472 – 475 ** |
200 |
CW, See NOTES |
475 – 479 ** |
(#) |
CW, digimodes, See NOTES |
(**) If a frequency is to be selected, particular attention must be paid to still existing Non Directional Beacons (NDB) of the radio navigation service! (#) maximum bandwidth not specified, 500 Hz suggested.
160 m Band:
1 810 – 1 838 |
200 |
CW, 1 836 kHz – QRP Centre of Activity |
1 838 – 1 840 |
500 |
Narrow band modes |
1 840 – 1 843 |
2 700 |
All modes – digimodes, (*) |
1 843 – 2 000 |
2 700 |
All modes, (*) |
Radio Amateurs in countries that have a SSB allocation ONLY below 1840 kHz, may continue to use it, but the National Societies in those countries are requested to take all necessary steps with their licence administrations to adjust the phone allocations in accordance with the Region 1 Band plan. (Davos 2005)
80 m Band:
3 500 – 3 510 |
200 |
CW, priority for intercontinental operation |
3 510 – 3 560 |
200 |
CW, contest preferred, 3 555 kHz – QRS Centre of Activity |
3 560 – 3 570 |
200 |
CW, 3 560 kHz – QRP Centre of Activity |
3 570 – 3 580 |
200 |
Narrow band modes – digimodes |
3 580 – 3 590 |
500 |
Narrow band modes – digimodes |
3 590 – 3 600 |
500 |
Narrow band modes – digimodes, automatically controlled data stations (unattended) |
3 600 – 3 620 |
2 700 |
All modes - digimodes, automatically controlled data station (unattended), (*) |
3 600 – 3 650 |
2 700 |
All modes, SSB contest preferred, 3 630 kHz – Digital Voice Centre of Activity, (*) |
3 650 – 3 700 |
2 700 |
All modes, 3 690 kHz – SSB QRP Centre of Activity |
3 700 – 3 775 |
2 700 |
All modes, SSB contest preferred |
|
|
3 735 kHz – Image Centre of Activity |
|
|
3 760 kHz – Region 1 Emergency Centre of Activity |
3 775 – 3 800 |
2 700 |
All modes, SSB contest preferred, priority for intercontinental operation |
60 m Band:
5 351.5 – 5 354.0 |
200 |
CW, Narrow band modes – digimodes. See NOTES |
5 354.0 – 5 366.0 |
2 700 |
All modes, USB recommended for voice operation (##). See NOTES |
5 366.0 – 5 366.5 |
20 (!) |
Weak signal narrow band modes. See NOTES |
It is strongly recommended that frequencies within the WRC-15 allocation only be used if there are no other frequencies available at 5 MHz under domestic (ITU-R article 4.4) permissions.
Local nets and long rag chew QSOs should not use the WRC-15 allocation at 5 MHz but should instead make use of the 3,5 MHz, 5 MHz domestic or 7 MHz bands where there is more spectrum available.
40 m Band:
7 000 – 7 040 |
200 |
CW, 7 030 kHz – QRP Centre of Activity |
7 040 – 7 047 |
500 |
Narrow band modes – digimodes |
7 047 – 7 050 |
500 |
Narrow band modes – digimodes, automatically controlled data stations (unattended) |
7 050 – 7 053 |
2 700 |
All modes – digimodes, automatically controlled data stations (unattended) (*) |
7 053 -- 7 060 | 2 700 | All modes - digimodes |
7 060 – 7 100 |
2 700 |
All modes, SSB contest preferred |
|
|
7 070 kHz – Digital Voice Centre of Activity |
|
|
7 090 kHz – SSB QRP Centre of Activity |
7 100 – 7 130 |
2 700 |
All modes, 7 110 kHz – Region 1 Emergency Centre of Activity |
7 130 – 7 175 |
2 700 |
All modes, SSB contest preferred, 7 165 kHz – Image Centre of Activity |
7 175 – 7 200 |
2 700 |
All modes, SSB contest preferred, priority for intercontinental operation |
30 m Band:
10 100 – 10 130 |
200 |
CW, 10 116 kHz – QRP Centre of Activity |
10 130 – 10 150 |
500 |
Narrow band modes – digimodes |
SSB may be used during emergencies involving the immediate safety of life and property and only by stations actually involved in the handling of emergency traffic.
The band segment 10 120 kHz to 10 140 kHz may be used for SSB transmissions in the area of Africa south of the equator during local daylight hours. News bulletins on any mode should not be transmitted on the 10 MHz band.
20 m Band:
14 000 – 14 060 |
200 |
CW, contest preferred, 14 055 kHz – QRS Centre of Activity |
14 060 – 14 070 |
200 |
CW, 14 060 kHz – QRP Centre of Activity |
14 070 – 14 089 |
500 |
Narrow band modes – digimodes |
14 089 – 14 099 |
500 |
Narrow band modes - digimodes automatically controlled data stations (unattended) |
14 099 – 14 101 |
|
IBP, exclusively for beacons |
14 101 – 14 112 |
2700 |
All modes – digimodes, automatically controlled data stations (unattended) |
14 112 – 14 125 |
2700 |
All modes |
14 125 – 14 300 |
2700 |
All modes, SSB contest preferred |
|
|
14130 kHz – Digital Voice Centre of Activity |
|
|
14195 kHz ± 5 kHz - Priority for DXpeditions |
|
|
14230 kHz – Image Centre of Activity |
|
|
14285 kHz – SSB QRP Centre of Activity |
14 300 – 14 350 |
2700 |
All modes, 14300 kHz – Global Emergency centre of activity |
17 m Band:
18 068 – 18 095 |
200 |
CW, 18 086 kHz – QRP Centre of Activity |
18 095 – 18 105 |
500 |
Narrow band modes – digimodes |
18 105 – 18 109 |
500 |
Narrow band modes – digimodes, automatically controlled data stations (unattended) |
18 109 – 18 111 |
|
IBP, exclusively for beacons |
18 111 – 18 120 |
2 700 |
All modes – digimodes, automatically controlled data stations (unattended) |
18 120 – 18 168 |
2 700 |
All modes, 18130 kHz – SSB QRP Centre of Activity |
18 150 kHz – Digital Voice Centre of Activity |
||
18 160 kHz – Global Emergency Centre of Activity |
15 m Band:
21 000 – 21 070 |
200 |
CW, 21 055 kHz – QRS Centre of Activity |
|
|
21 060 kHz – QRP Centre of Activity |
21 070 – 21 090 |
500 |
Narrow band modes, digimodes |
21 090 – 21 110 |
500 |
Narrow band modes, digimodes, automatically controlled data stations (unattended) |
21 110 – 21 120 |
2 700 |
All modes (excluding SSB), digimodes, automatically controlled data stations (unattended) |
21 120 – 21 149 |
500 |
Narrow band modes |
21 149 – 21 151 |
|
IBP, exclusively for beacons |
21 151 – 21 450 |
2 700 |
All modes, 21 180 kHz – Digital Voice Centre of Activity |
21 285 kHz – SSB QRP Centre of Activity |
||
21 340 kHz – Image Centre of Activity |
||
21 360 kHz – Global Emergency Centre of Activity |
12 m Band:
24 890 – 24 915 |
200 |
CW, 24 906 kHz – QRP centre of activity |
24 915 – 24 925 |
500 |
Narrow band modes – digimodes |
24 925 – 24 929 |
500 |
Narrow band modes – digimodes, automatically controlled data stations (unattended) |
24 929 – 24 931 |
|
IBP, exclusively for beacons |
24 931 – 24 940 |
2 700 |
All modes – digimodes, automatically controlled data stations (unattended) |
24 940 – 24 990 |
2 700 |
All modes, 24 950 kHz – SSB QRP Centre of Activity; 24 960 kHz – Digital Voice Centre of Activity |
10 m Band:
28000 - 28070 |
200 |
CW, 28 055 kHz – QRS Centre of Activity; 28 060 kHz – QRP Centre of Activity |
28 070 – 28 120 |
500 |
Narrow band modes – digimodes |
28 120 – 28 150 |
500 |
Narrow band modes – digimodes, automatically controlled data stations (unattended) |
28 150 – 28 190 |
500 |
Narrow band modes |
28 190 – 28 199 |
|
IBP, regional time shared beacons |
28 199 – 28 201 |
|
IBP, worldwide time shared beacons |
28 201 – 28 225 |
|
IBP, continuous duty beacons |
28 225 – 28 300 |
2 700 |
All modes – beacons |
28 300 – 28 320 |
2 700 |
All modes – digimodes, automatically controlled data stations (unattended) |
28 320 – 29 000 |
2 700 |
All modes, 28330 kHz – Digital Voice Centre of Activity |
28360 kHz – SSB QRP Centre of Activity |
||
28680 kHz – Image Centre of Activity |
||
29 000 – 29 100 29 100 – 29 200 29 200 – 29 300 |
6 000 6 000 6 000 |
All modes All modes – FM simplex – 10 kHz channels All modes – digimodes, automatically controlled data stations (unattended) |
29 300 – 29 510 |
6 000 |
Satellite Links |
29 510 – 29 520 |
|
Guard channel |
29 520 – 29 590 |
6 000 |
All modes – FM repeater input (RH1 – RH8) |
29 600 |
6 000 |
All modes – FM calling channel |
29 610 |
6 000 |
All modes – FM simplex repeater (parrot - input and output) |
29 620 – 29 700 |
6 000 |
All modes – FM repeater outputs (RH1 – RH8) |
DEFINITIONS
Image modes: Any analogue or digital image modes within the appropriate bandwidth, for example SSTV and FAX.
Narrow band modes: All modes using up to 500 Hz bandwidth, including CW, RTTY, PSK, etc.
Digimodes: Any digital mode used within the appropriate bandwidth, for example RTTY, PSK, MT63, etc.
NOTES
The frequencies in the band plan are understood as “transmitted frequencies” (not those of the suppressed carrier!)
To prevent any out of band transmission the maximum dial setting for USB Voice mode should be 3 kHz below upper band edge on bands 20 m to 10 m.
(*) Lowest dial setting for LSB Voice mode: 1 843, 3 603 and 7 053 kHz
(##) Highest dial setting for USB Voice mode on the 60 m band: 5363 kHz
CW QSOs are accepted across all bands, except within beacon segments. (Recommendation DV05_C4_Rec_13)
Amplitude modulation (AM) may be used in the telephony sub-bands providing consideration is given to adjacent channel users. (NRRL Davos 05).
Sideband Usage
Below 10 MHz lower sideband (LSB) is recommended, and above 10 MHz use upper sideband (USB).
The exception to this is on the 5 MHz band where USB is recommended.
630 m band:
Details shown in the band plan above should be understood as “proposed usage.” (VA14_C4_Rec_02)
60 m band:
Details shown in the band plan above should be understood as “proposed usage.” (VIE14_C4_Rec_02)
Contests
Where no DX traffic is involved, the contest segments should not include 3 500 – 3 510 kHz or 3 775-3 800 kHz.
Non-contesting radio amateurs are recommended to use the contest-free HF bands (30, 17 and 12 m) during the largest international contests. (DV05_C4_Rec_07)
Contests should be restricted to 160, 80, 40, 20, 15 and 10 m. That is 60, 30, 17, and 12 m bands shall not be used for contests. (VIE16_C4_Rec_06 *)
(* to be ratified at General Conference 2017)
For more recommendations about contest segments, see the IARU Region 1 HF Manager Handbook.
Unmanned transmitting stations:
The term “automatically controlled data stations” includes Store and Forward stations.
IARU member societies are requested to limit this activity on the HF bands.
It is recommended that any unmanned transmitting stations on HF shall only be activated under operator control except for beacons agreed with the IARU Region 1 beacon coordinator, or specially licensed experimental stations.
Member Societies are reminded of the recommendation in the IARU Region 1 HF Band Plan ‘that any unmanned transmitting stations on HF shall only be activated under operator control, except for beacons agreed with the IARU Region 1 Beacon Coordinator’.
Unmanned transmitting stations, and operation involving unmanned transmitting stations, must adhere to the frequency and bandwidth limits of the band plan.
The operator connecting to an automatically controlled unmanned transmitting station is responsible for not causing interference. This is particularly important in the 30 meter band where the amateur service only has secondary status.
Amateur radio operators may transmit messages via unmanned transmitting stations during coordinated emergency, and disaster preparedness exercises, limited to the duration of such exercises, using a bandwidth not exceeding 2 700 Hz.
Such communication should be announced regularly on the frequency, and radio amateurs not participating in the communication should cooperate by not transmitting on the frequency. (VA14_C4_Rec_06).
Beacons
For information about IARU Region 1 beacon policy, see the IARU Region 1 HF Manager Handbook.
Remote controlled operation on HF
Remote controlled operation is defined to mean operation where a licensed operator controls an amateur radio station from a remote control terminal.
Where a station is operated remotely, the following conditions shall apply:
Remote operation must be permitted, or not objected to, by the Regulatory Authority of the country where the station is located.
1. The call sign to be used should be the call sign issued by the Regulatory Authority of the country in which the station is located. This applies irrespective of the location of the operator.
2. It should be noted that the CEPT T/R 61-01 agreement only applies to people using their own call sign, with the appropriate country prefix, when the operator is actually visiting that country, not for remote operation.
3. Any further requirements regarding the participation of remotely controlled stations in contests or award programs are a matter for the various contest or award program organisers. (SC11_C4_REC_07) and (VA14_C4_REC_04)
History
2005 Davos
Introduction of band plan by bandwidth
Effective 1 January 2006
2008 Cavtat
Several modifications
Effective 29 March 2009
CW segment extended from 7 000 – 7 035 kHz to 7 000 - 7 040 kHz.
Narrow band modes, digimodes segment moved and extended from 7 035 – 7 038 kHz to 7 040 -7 047 kHz.
Narrow band modes, digimodes, segment for automatically controlled stations (unattended) moved and extended from 7 038 – 7 040 kHz to 7 047 - 7 050 kHz.
All modes, digimodes, segment for automatically controlled stations (unattended) moved from 7 040 – 7 043 kHz to 7 050 - 7 053 kHz.
Introduction of SSB preferred contest segments 7060 -7100 kHz and 7130 -7200 kHz
Introduction of Digital Voice Activity Centres
2011 Sun City
Several modifications
Effective 17 August 2011
CW contest preferred segment 7 000 – 7 025 kHz withdrawn.
Segment 29 100 – 29 200 kHz changed from maximum bandwidth of 2 700 Hz to maximum 6 000 Hz.
Introduction of new segment 29 100 – 29 200 kHz for FM simplex operation (10 kHz channels).
Removal of FM simplex channels 29 520 – 29 550 kHz and 29 610 – 29 650 kHz.
Number of FM Repeater channels increased to eight, former FM simplex channels became new repeater input, respectively repeater output channels.
FM repeater channels renumbered, RH1 = 29 520 / 29 620 kHz, RH8 = 29 590 / 29 690 kHz
Introduction of FM Simplex Repeater 29 610 kHz (parrot, input + output)
2014 Varna
Several modifications
Effective 26 September 2014
Segment 29 000 – 29 100 kHz: Change from maximum bandwidth of 2 700 Hz to maximum 6 000 Hz.
Satellite segment 29 300 – 29 510 kHz: Removal of downlink restriction
2016 Vienna
Several modifications (to be ratified by General Conference 2017)
Effective 01 June 2016
Introduction of narrow bandwidth segment with maximum bandwidth of 200 Hz from 3 570 kHz to 3 580 kHz
Narrow bandwidth mode segment with maximum bandwidth of 500 Hz extended by 10 kHz now from 10 130 kHz to 10 150 kHz.
This bandplan is the simpliefied version, without the footnotes. If you want to have the fully detailed bandplan please refer to the VHF managers Handbook
This band is heavily used throughout the world for short-range communications including the use of repeaters. It is also used for Earth-Moon-Earth communications. The 2m band is one of the most heavily used for amateur satellite operations, which has an exclusive and globally coordinated sub-band at 145.800 - 146MHz
Landshut 2017
Frequency |
Maximum Bandwidth | Mode | Usage |
144.000 144.025 |
2 700 Hz | All Mode | Satelite (downlink only) |
144.025 144.100 |
500 Hz | Telegraphy (EME) |
144.050 Telagraphy calling 144.100 Random MS |
144.100 144.150 |
500 Hz | Telegraphy & MGM |
144.110-144-160 EME MGM
|
144.150 144.400 |
2 700 Hz | Telegraphy, MGM & SSB |
144.195-144.205 Random MS SSB (m) 144.300 SSB Centre of activity |
144.400 144.490 |
500Hz | Telegrapy & MGM |
Beacons only
|
144.491 144.493 |
500 Hz | EMGM | Experimental MGM |
144.500
144.794 |
20 kHz | All Mode |
144.500 Image mode centre (SSTV, Fax,...) 144.600 Data Centre of activity (MGM, RTTY,..) 144.750 ATV Talk back
|
144.794 144.9625 |
12 kHz |
MGM Digital communication |
144.800 APRS 144.8125 DV internet voice gateway 144.8250 DV internet voice gateway 144.8375 DV internet voice gateway 144.8500 DV internet voice gateway 144.8625 DV internet voice gateway |
144.975 145.194 |
12kHz | FM / DIgital Voice | Repeater input exclusive |
145.194 145.206 |
12 kHz | FM / Digital Voice | Space communication |
145.206
145.5625 |
12 kHz | FM / Digital Voice |
145.2375 FM Internet Voice Gateway 145.2875 FM Internet Voice Gateway 145.3375 FM Internet Vocie Gatway 145.375 digital voice calling 145.500 FM calling |
145.575 145.7935 |
12 kHz | FM / Digital Voice | Repeater Output exclusive |
145.794 145.806 |
12 kHz | FM / DIgital Voice | Space communication |
145.806 146.000 |
12kHz | All Mode | Satellite exclusive |
Please see the IARU Region 1 VHF Handbook for details
This bandplan is the simpliefied version, without the footnotes. If you want to have the fully detailed bandplan please refer to the VHF managers Handbook
The amateur service requires an allocation at or near 70 MHz of at least 500 kHz on a secondary basis.
In countries where allocated, this band is used for local amateur communication on 24-hour basis, including radio control of objects. Tropospheric scatter and sky-wave propagation (principally sporadic-E) are used for longer distances, as well as auroral propagation at the higher latitudes. Meteor scatter has been used for Morse code and voice communications primarily during meteor showers. Newer computer-based techniques make meteor scatter possible for distances up to 2 000 km.
A Regional allocation is sought for Region 1, where the following countries are already authorized to use all or part of this band: Belgium, Cyprus, Denmark, Faroe Islands, Gibraltar, Greece, Ireland, Italy, Luxembourg, Monaco, Montenegro, Portugal, Serbia, Slovenia, Somalia, South Africa, Sweden and United Kingdom.
Varna 2014 (no changes in Landshut 2017)
Frequency |
Maximum Bandwidth |
Mode |
Usage |
70.000
70.090 |
1 000 Hz |
Telegraphy MGM
|
Coordinated Beacons |
70.090 70.100 |
1 000 Hz |
Beacons |
Temporary and personal beacons 70.091 Personal WSPR beacons |
70.100
70.250 |
2 700 Hz |
Telegraphy SSB MGM |
70.185 Crossband center of activity 70.200 Telegraphy/SSB calling 70.250 MS calling |
70.250
70.294 |
12 kHz |
AM / FM |
70.260 AM/FM calling 70.270 MGM centre aof activity |
70.294
70.500 |
12 kHz |
FM Channels 12.5 kHz spacing
|
70.3125 digital communications 70.3250 digital communications
70.4500 FM calling 70.4625 70.4750 70.4875 digital communications |
Please see the IARU Region 1 VHF Handbook for details
VHF covers 30-300 MHz
On the following pages the official IARU Region 1 bandplans currently valid for the 50 MHz, the 70 MHz , the 145 MHz, the 435 MHz and the microwave bands are set out. Only carefully considered modifications and/or additions have been made during the tri‑annual IARU Region 1 Conferences.
This bandplan is the simplified version, without the footnotes. If you want to have the fully detailed bandplan please refer to the VHF managers Handbook
Landshut 2017 -
Frequency |
Maximum Bandwidth | Mode | Usage |
50.000
50.100 |
500 Hz |
Telegraphy exclusive (except Beacon Project) |
50.000 - 010 Region 1* 50.010 - 020 Region 2* 50.020 - 030 Region 3* 50.050 CW future international center of activity 50.090 Intercontinental center of activity |
50.100
50.200 |
2 700 Hz |
Telegraphy & SSB |
50.100 - 130 Intercontinental section |
50.200
50.300 |
2 700 Hz |
Telegraphy & SSB |
General usage 50.285 for crossband |
50.300
50.400 |
2 700 Hz |
MGM Narrowband Telegrapy |
50.305 PSK Center of activity 50.310 - 320 EME center of activity 50.320 - 380 MS center of activity |
50.400
50.500 |
1 000 Hz |
MGM Telegraphy
|
BEACONS EXCLUSIVE 50.401 MHz +/- 500Hz WSPR Beacons |
50.500
52.000 |
12 kHz |
all mode |
50.510 SSTV 50.520 - 540 Simplex FM Internet Voice Gateways 50.550 Image working frequency 50.600 RTTY (FSK) 50.620 - 750 Digital communications 50.630 Digital Voice (DV) calling 51.210 - 390 FM/DV Repeater Inputs 51.410 - 590 FM/DV Simplex 51.510 FM calling frequency 51.810 - 51.990 FM repeaters output channels |
52.000 54.000 |
500 KHz | All Mode | (*) |
(*) In those Region 1 countries where 52 - 54 MHz (or parts thereof) is allocated, its use should be planned on the basis of up to 4 x 500 kHz blocks which may be sub-divided to suit digital applications. Amateurs using digital transmission methods must also ensure that their transmissions do not spread beyond band edges.
Overview of 50 MHz status in ITU Region 1 (Revised 26th Feb 2016 - ON4AVJ). Minor additions 1st June 2016 - G3PSM
Country |
Allocation Table or EFIS |
Comments |
Albania | 50.0-52.0 MHz sec | |
Algeria (PDR of) | ARA website | |
Andorra | 50.0-52.0 MHz sec | |
Angola (Republic of) | ||
Armenia (republic of) | ||
Austria | 50.0-52.0 MHz sec | max. 100 Watts |
Azerbaijani Republic | ||
Bahrain (Kingdom of) |
50.0-50.5 MHz primary, 50.5-52.0 MHz sec |
RR 4.4 - 1500 Watts - A92IO Dec 2013 |
Belarus (Republic of) | Not allowed | |
Belgium | 50.0-52.0 MHz sec | |
Benin (Republic of) | ||
Bosnia and Hercegovina | 50.0-52.0 MHz sec | |
Botswana (Republic of) | 50-54 MHz prim | FN 5.169 |
Bulgaria (Republic of) | 50.05-50.20 MHz sec | Max 10 Watts |
Burkina Faso | ||
Burundi (Republic of) | 50-54 MHz prim | FN 5.169 (removed from footnote WRC-12) |
Cameroon (Republic of) | ||
Cape Verde (Republic of) | ||
Central African Republic | ||
Chad (Republic of) | ||
Comoros (union of the) | ||
Congo (Democratic Republic of the) | 50-54 MHz prim | FN 5.169 |
Congo (Republic of) | ||
Côte d'Ivoire | ||
Croatia (Republic of) | 50.0-51.9 MHz sec | 100 Watts and max 12 kHz bandwidth |
Cyprus (Republic of) | 50.0-51.0 MHz sec | 400 Watts |
Czech Republic | 50.0-52.0 MHz sec | 20 Watts |
Denmark | 50.0-52.0 MHz sec | 1 kW max |
Djibouti (Republic of) | ||
Egypt (Arab Republic of) | ||
Equatorial Guinea (Republic of) | ||
Eritrea | ||
Estonia (Republic of) | 50.0-52.0 MHz sec | 1 kW max |
Ethiopia (FDR of) | ||
Faroe Islands | 50.0-52.0 MHz sec | |
Finland | 50.0-52.0 MHz sec | 200 Watts PEP |
France |
50.2-52.0 MHz sec | 120 Watts PEP (RR 1.157) |
Gabonese Republic | ||
Gambia (Republic of the) | ||
Georgia | ||
Germany (Federal Republic of) | 50.08-51.0 MHz sec | 25 Watts ERP |
Ghana | ||
Greece | 50.0-52.0 MHz sec | 100 Watts PEP |
Guinea (Republic of) | ||
Guinea-Bissau (Republic of) | ||
Hungary (Republic of) | 50.0-52.0 MHz sec | 10 Watts ERP |
Iceland | 50.0-52.0 MHz sec | 100 Watts |
Iraq (Republic of) | ||
Ireland | 50.0-52.0 MHz sec | 100 W updated IRTS July 2010 |
Israel (State of) | 50-50.2 MHz sec | 25 Watts PEP |
Italy | 50.0-52.0 MHz sec | 500 Watts |
Jordan (Hashemite Kingdom of) | 50.0-51.5 MHz | |
Kazakhstan (Republic of) | ||
Kenya (Republic of) | ||
Kuwait (State of) | ||
Kyrgyz Republic | ||
Latvia (Republic of) | 50.0-52.0 sec | 50 Watts |
Lebanon | Not allowed | |
Lesotho (Kingdom of) | 50.0-54.0 MHz prim | FN 5.169 |
Liberia (Republic of) | ||
Liechtenstein (Principality of) | 50.0-52.0 MHz sec | 25 Watts ERP |
Lithuania (Republic of) | 50.0-52.0 MHz sec | Class A operators only - 25 Watts EIRP |
Luxembourg | 50.0-52.0 MHz sec | 100 Watts ERP |
Madagascar (Republic of) | ||
Malawi | 50-54 MHz prim | FN 5.169 |
Mali (Republic of) | ||
Malta | 50.0-52.0 MHz sec | 100 Watts PEP |
Mauretania (Islamic Republic of) | ||
Mauritius (Republic of) | not allowed (ops who activated 3B9C) | |
Moldova (Republic of) | not allowed (ARM) | |
Monaco (Principality of) | 50.0-52.0 MHz | (http://www.arm.asso.mc/page21.html) |
Montenegro | 50.0-52.0 MHz sec | |
Mongolia | ||
Morocco (Kingdom of) | ||
Mozambique (Republic of) | ||
Namibia (Republic of) | 50.0-54.0 MHz prim | FN 5.169 |
Netherlands (Kingdom of the) | 50.0-52.0 MHz sec |
30 - 120 Watts PEP |
Niger (Republic of the) | ||
Nigeria (Federal Republic of) | not in NAT (PB2T sept 04) | amateur activity reported |
Norway | 50.0-52.0 MHz sec | 100 Watts |
Oman (Sultanate of) | 50.0-52.0 MHz sec | as of June 2010. source ROARS A41KB |
Poland (Republic of) | 50.0-52.0 MHz sec | 100 Watts EIRP |
Portugal | 50.0-52.0 MHz sec |
Starting 26 April 2012 the band was extended to 50-52 MHz sec with 25 Watts. (ICP-ANACOM). Power permitted now up to 300 Watts |
Qatar (State of) | ||
Romania | 50.0-52.0 MHz sec | 25 Watts |
Russian Federation | Only allowed in the Crimean peninsular | |
Rwanda (Republic of) | 50.0-54.0 MHz prim | FN 5.169 |
San Marino (Republic of) | 50.0-52.0 MHz sec | |
Sao Tome and Principe (Democratic Republic of) | ||
Saudi Arabia (Kingdom of) | not allowed | CITC webpage |
Senegal (Republic of) | 50.0-51.0 MHz prim |
FN 5.169 |
Serbia | 50.0-51.9 MHz sec | FN70 (NN25) |
Seychelles (Republic of) | ||
Sierra Leone | ||
Slovak Republic | 50.0-52.0 MHz sec | http://www.vus.sk/ntfs |
Slovenia (Republic of) | 50.0-52.0 MHz prim | 100 Watts |
Socialist People's Libyan Arab Jamahiriya | ||
Somali Democratic Republic | 50.0-54.0 MHz | http://www.somaliahamradio.8k.com/custom4.html |
South Africa (Republic of) | 50.0-54.0 MHz prim | FN 5.169 |
Spain | 50.0-52.0 MHz sec | 600 Watts PEP and 1000 Watts for EME and MS outside cities. |
Sudan (Republic of the) | ||
Swaziland (Kingdom of) | 50.0-54.0 MHz prim | FN 5.169 |
Sweden | 50.0-52.0 MHz sec | Max 200 Watts |
Switzerland (Confederation of) | 50.0-52.0 MHz sec |
www.bakom.admin.ch/themen/frequenzen/00652/00654/index.html?lang=en www.ofcomnet.ch/cgi-bin/rir.pl?id=1101;nb=11 |
Syrian Arab Republic | ||
Tajikistan (Republic of) | ||
Tanzania (United Republic of) | ||
The Former Yugoslav Republic of Macedonia | 50.0-52.0 MHz sec | |
Togolese Republic | ||
Tunisia | ||
Turkey | NAT: no | Only with limited permission. Not available at this time. |
Turkmenistan | ||
Uganda (Republic of) | ||
Ukraine | ||
United Arab Emirates | ||
United Kingdom of GB and NI (incl. Gibraltar) | 50.0-51.0 MHz prim 51.0-52.0 MHz sec |
50.0-51.0 MHz 400W (26dBw), 51.0-52.0 MHz 100 Watts (20dBw) |
Uzbekistan (Republic of) | ||
Vatican City State | 50.0-52.0 MHz sec | |
Yemen (Republic of) | ||
Zambia (Republic of) | 50-54 MHz prim | FN 5.169 |
Zimbabwe (Republic of) | 50-54 MHz prim | FN 5.169 |