DXNL 2338 - January 25, 2023
DX Newsletter
a free and weekly service of
DARC Committee "DX"
(
http://www.darcdxhf.de)
Editor: Andreas Salder, DK5ON
(e-mail:
dxmb@darcdxhf.de)
translation by: Oliver Bock, DJ9AO
DX Activities
=============
5H, TANZANIA:
Jeyaprakash, VU2BGC, has returned to Iringa on the 17th on operates
as 5H6PJ, mostly on 20m (CW). QSL direct via homecall.
5V, TOGO:
Filippo, IK4ZHH, will be active as 5V22FF between the 23rd and
31st. QRV on 40-10m on CW and SSB. QSL via ClubLog.
5Z, KENYA:
Rick, M0LEP, currently operates as 5Z4/M0LEP during his spare time
from Nairobi until Jan. 30. QRV on 20-6m (CW, SSB). QSL via
homecall, OQRS, LoTW, eQSL.
F, FRANCE:
The radio club F4KLW uses the callsign F6REF with the singular
multiplier "00" during the REF Championships (CW: Feb. 28-29; SSB:
Feb. 25-26). QSL via F4KLW or via bureau.
F, FRANCE:
The special event callsign TM25PVJ operates in the context of the
25th "Percee du Vin Jaune", an event celebrating the new wine
vintage, until Feb. 5. QSL via F8GGZ.
I, ITALY:
The following special event callsigns will be active from Italy for
the 20th Antarctic Week (Feb. 19 to 26): II5ANT, IB2WAP, IR2A,
IR1ANT, and II2YLPS (WAP-351). QSL for II5ANT via IZ5BTC (d/B);
IB2WAP via eQSL; IR2A via IK2JYT (d/B), LoTW, eQSL; IR1ANT via
I1HYW (d/B); II2YLSP via IZ2ELV (d).
I, ITALY:
IB2WAP also commemorates the centenary of the Italian Air Force.
QSL via eQSL.
JA, JAPAN:
8J6HAM operates around the West-Japan Ham Fair until March 12 on HF
and via satellites. QSL for SAT QSOs via JA6DJZ, HF via JARL
bureau.
PA, NETHERLANDS:
PA6ANT (WAP-221) operates during the 20th Antarctic Activity Week
and also before and after from Jan. 21 until March 6. QSL via
PA3FOE (d/B), LoTW, eQSL.
RA, RUSSIA:
RI30ANT from the Vostok Base celebrates the 30th anniversary of the
Russian Robinson Club on the air until March 31. QSL via RZ3EC.
VE, CANADA:
Chris VE3FU / VO2AC and Dave VE3KG / VO2AAA will be active between
the 25th and 30th from the lighthouse Point Amour on Labrador (zone
2). QRV during the CQWW 160m CW Contest as VO2AC and before and
after on 160-40m and via satellites. QSL for VO2AC via VE3FU (d/B),
LoTW; VO2AAA via VE3KG (d), LoTW.
VE, CANADA:
VB3CAM50 celebrates the 50th anniversary of the city Cambridge in
Ontario between Feb. 1 and 15.
YS, EL SALVADOR:
Roberto, I2JIN, is currently active as YS3CW on 80-10m (CW, FT8);
QRV until Jan. 29. QSL via homecall (d), LoTW.
DX News
=======
TN, CONGO:
TN8K closed their books after roughly 14 days with almost 165k QSOs
logged, netting them 6th place on the ranking of all-time Mega
DXpeditions. QSL via OK6DJ OQRS.
IOTA
====
IOTA QRGs
CW: 28040 24920 21040 18098 14040 10114 7030 3530 kHz
SSB: 28560 28460 24950 21260 18128 14260 7055 3760 kHz
AS-003; 4S, SRI LANKA ISLAND: Peter 4S7KKG/DC0KK and Wolfgang
4S7DRG/DK9DR will be active from a transmitting site of the Sri
Lanka Broadcast SLBC between Jan. 29 and Feb. 7. QRV on 80-10m
(mostly on SSB and FT4/8) with large antennas bringing up to 20dBi
gain. Operating times will be 0435-1255z, 1735-1855z, 2305-2355z.
QSL via homecalls, LoTW.
EU-013; GJ, MJ, JERSEY: Bob, GU4YOX, operates the CQWW 160m CW
Contest as MJ5E. QSL via GU4YOX.
NA-104; V4, ST KITTS AND NEVIS: John, W5JON, returns to Calypso Bay
from Jan. 31 until Feb. 15, signing V47JA on 160-6m (SSB, FT8). QSL
via W5JON (d), LoTW.
Other IOTA news
===============
AN-002; 3Y, BOUVET ISLAND:
The 3Y0J team is currently enroute to Bouvet on the Marama,
experiencing increasing winds on their way towards the island, with
ca 2500km still to sail. Current wx information is available at:
https://www.windy.com/-54.381/3.301?-56.717,0.527,5,m:8taggK.
POTA
====
I-1280, Biotopo Torbiera di Rasun - Rasner Moeser Provincial Park:
Moreno, IK3OBX/p, activates this park on the 25th and 26th on 40m
(CW, SSB). QSL via bureau or direct.
K-2559, Beaverhead Rock State Park:
Watch out for Stacy, KK7CJV, operating from this location on the
25th on 40-10m (SSB). QSL bureau or direct.
K-4499, Beaverhead-Deerlodge National Forest:
On the 26th, Stacy, KK7CJV, will be active from this reference on
80 and 40m (SSB) during early hours. QSL via bureau or direct.
K-2565, Clarks Lookout State Park:
Stacy, KK7CJV, then moves on to K-4499 on the 26th for operating on
20, 15, and 10m (SSB). QSL via bureau or direct.
GM-0069, Eilean na Muice Duibhe (Isle Of Islay) National Nature Reserve:
Iliyas, MM0MMN, activates this reference on the 27th. QSL via
bureau, diret, LoTW, eQSL, qrz.com.
K-0954, Organ Pipe Cactus National Monument:
Jim, KJ7KNW, will be active from there between the 27th and 29th on
20-10m (SSB, FT8). QSL via LoTW. qrz.com.
GM-0107, Jura Scenic Site:
Iliyas, MM0MMN, operates from there on the 27th during afternoon /
evening hours. QSL via bureau, direct, LoTW, eQSL, qrz.com.
K-5593, Boise River Wildlife Management Area:
Todd, KK7ISX, activates this reference on the 27th on SSB. QSL via
bureau or direct.
YV-0004, El Avila (Waraira Repano) National Park:
Javier, YY5OEM, will be operating from this park on the 27th on 40,
20, 15, and 10m (SSB, FT8).
K-1297, Fairy Stone State Park:
Rob (KB8UEY), Robert (K8GIB), and David (W4CPO) will be active from
this reference during the Winter Fieldday on 160-6m as K1CCN.
K-0954, Organ Pipe Cactus National Monument:
David, AE9Q, and others from the Tortolita Radio Club operate
Winter Fieldday from there on the 27th and 28th. QSL via bureau,
direct, LoTW, eQSL, qrz.com.
K-3432, Folsom Lake State Recreation Area:
Bill, N6EF, will be operating from this location between the 27th
and 29th on 40 and 20m (CW, SSB). QSL via bureau or direct.
CA-0147, Cerro Dragon Sanctuary:
"TEAM IQUIQUE" activates this reference on the 28th with the
callsign CB1YL. QSL via XQ1ROA (d/B).
HK-0088, Embalse el Penol y Cuenca Alta del Rio Guatape State Conservation Area:
Alex (HK4SSI) signs HK4LRM from this location on the 28th and 29th
on HF and via UHF/VHF satellites. QSL via bureau, direct, qrz.com.
JA-1552, Ball Park Awaji Provincial Park:
Tadashi, JG3AGB/p, will be active from this park on the 28th on 40m
(FT8).
JA-1539, Awajishima Provincial Park:
Also on the 28th (02-03z), Tadashi JG3AGB/p, operates from this
location.
JA-0211, Akashi Kaikyo National Recreation Area:
And finally, JG3AGB/p, also operates from there on the 28th
(04-05z). QSL via bureau, direct, eQSL.
K-3432, Folsom Lake State Recreation Area:
Ben, N3BEN, joins the Winter Fieldday from this location on the
28th and 29th. QSL via direct, LoTW, qrz.com.
XE-0252, Bicentenario State Park:
Garcia, XE1CIC, activates this park for the first time on the 28th
and 29th on 20-10m (SSB). QSL via direct.
K-7689, Arcadia Conservation Reserve:
Randy, N5ILQ, operates the Winter Fieldday from this reference on
the 28th and 29th on 40-10m (CW). QSL via bureau, direct, ClubLog,
LoTW, qrz.com.
K-2801, Roman Nose State Park:
Michael, N8COM, will be active from this park on the 28th and 29th
on 40, 20, and 10m. QSL only via eQSL.
K-1641, Denali State Park:
Brandon, KL7BSC, activates this park during the Winter Fieldday.
QSL via LoTW.
K-3432, Folsom Lake State Recreation Area:
Jason, KB6Q, will be joining the Winter Fieldday from this
location. QSL via bureau or direct.
Calendar
========
start - end DX DXNL
29.01. - 07.02. 4S7DRG 2338*
29.01. - 07.02. 4S7KKG 2338*
21.01. - 31.01. 5H3FM 2337
- 17.01. 5H6PJ 2338*
23.01.2023 - 31.01. 5V22FF 2338*
- 23.01. 5X7W 2336
- 30.01. 5Z4/M0LEP 2338*
22.12. - 20.01. 6W1/WA3DX 2333
22.12. - 20.01. 6W6/WA3DX 2333
22.12. - 20.01. 6W9/WA3DX 2333
27.11. - 11.01. 6Y5/W8YCM 2330
18.12.22 - 6Y/N0GJW 2336
01.12. - 11.01. 6Y8LV 2331
13.01. - 04.02. 7U7C 2336
- 31.03. 8J1H90T 2330
- 12.03. 8J6HAM 2338*
13.01. - 25.01. 8P9CB 2336
01.01.23 - 29.03. 9M2MRS 2334
- 30.01. A75GC 2336
01.01.23 - 15.01. AT18BSG 2335
15.12. - 12/23 AT42I 2332
28.11. - 24.02. C5YK 2331
01.05. - C83YT 2301
- C91CCY 2322
03.01.23 - 21.01. D44TWO 2334
- DA0WB 2334
01.01.23 - 31.12. DB100RDF 2335
20.02. - 19.02. DK0HN 2285
26.01. - 25.01. DL0OF 2288
07.05. - 06.05. DL1640Y 2312
01.10. - 30.09. DR45HAAN 2330
01.01.23 - 30.05. DR100XRAY 2335
- 21.01. DU9/ON5SM 2335
07.01.23 - 10.01. EG1NMP 2335
14.01. - 21.01. ET3AA 2336
- EX0ET 2335
28.01. - 29.01. F6REF 2338*
25.02. - 26.02. F6REF 2338*
19.01. - 02.02. FG/F5HRY 2337
01.09. - 01.04.24 FH4VVK 2317
15.10.22 - 15.08.23 FJ4WEB 2336
11.01. - 10.03. FM/F6BWJ 2336
07.22 - FO5QS 2312
- 03.23 FT4YM 2324
25.12.22 - 26.01. FT8WW 2335
- 02.24 FW1JG 2287
26.12. - 08.01. FY/F4GPK 2333
01.01. - 28.02. GB2KW 2336
01.01. - 28.02. GB5KW 2336
01.01. - 28.02. GB8KW 2336
01.01. - 28.02. GW0KWD 2336
01.01. - 28.02. GW5KWD 2336
29.12. - 22.01. HC1FIT 2334
14.01. - 05.02. HF7SIEMA 2337
15.03. - 15.03. HG200AN 2293
15.03. - 15.03. HG200DO 2293
15.03. - 15.03. HG200EF 2293
15.03. - 15.03. HG200IR 2293
15.03. - 15.03. HG200OT 2293
15.03. - 15.03. HG200PS 2293
01.01.23 - 01.05. HH75RCH 2334
- HK3/F4AHV 2332
25.07. - 15.05. HK3JCL 2307
23.11. - 13.03. HR5/F2JD 2329
01.01. - HS0ZIB 2336
06.11. - 02.04. HS0ZME 2326
17.01. - 06.02. HS0ZPU 2337
23.01. - 31.01. IG9/S59A 2337
19.02. - 26.02. IB2WAP 2338*
19.02. - 26.02. II2YLPS 2338*
01.01. - 31.12. II4ANC 2334
01.01. - 31.12. II4BRI 2334
01.01. - 31.12. II4CDV 2334
01.01. - 31.12. II4CGD 2334
01.01. - 31.12. II4CLT 2334
01.01. - 31.12. II4GAR 2334
01.01. - 31.12. II4GNV 2334
01.01. - 31.12. II4SML 2334
01.01. - 31.12. II4SPZ 2334
01.01. - 31.12. II4SSM 2334
01.01. - 31.12. II4STL 2334
01.01. - 31.12. II4TRN 2334
19.02. - 26.02. II5ANT 2338*
19.02. - 26.02. IR1ANT 2338*
19.02. - 26.02. IR2A 2338*
- 06.23 J28HJ 2311
08.22 - J28RC 2315
01.10. - J5JUA 2323
24.12. - 23.01. JD1BMH 2333
- 31.01. K3Y/0...9 2336
14.05. - K4RC 2301
12/22 - 12/23 KC4AAC 2332
- 31.01. KH6/K3Y 2336
- 31.01. KL7/K3Y 2336
- 31.01. KP4/K3Y 2336
- 31.01. LY700VLN 2336
10.01. - 10.02. LY1923KK 2335
27.01. - 29.01. MJ5E 2338*
23.04. - OE22M 2298
01/23 - 06/23 OE40XTU 2332
18.01. - 02.02. P4/DL4MM 2337
10.01. - 08.02. P4/VA3QSL 2335
01.01. - 31.12. PA30SPARC 2337
21.01. - 06.03. PA6ANT 2338*
01.01. - 31.12. PA85TP 2337
01.01. - 31.12. PI9TP 2337
23.12.22 - 05.01.23 PJ2/DD0VR 2333
09.01. - 06.02. PJ2ND 2336
27.01. - 29.01. PJ2T 2336
01.01. - 13.01. PJ4/DD0VR 2334
- RI1ANC 2335
24.10. - 24.03.23 RI1ANU 2324
01.01. - 31.03. RI30ANT 2338*
- RI41POL 2321
01.05. - S035S 2301
- 15.01. SP90ENIGMA 2366
- 15.01. SP90ENG 2336
01.01. - 31.12. TC100 2337
20.01. - 27.01. T88DK 2337
20.01. - 27.01. T88DN 2337
20.01. - 27.01. T88ED 2337
20.01. - 27.01. T88EF 2337
20.01. - 27.01. T88MB 2337
13.01. - 19.01. T88RH 2336
13.01. - 19.01. T88SM 2336
01.01. - 31.12. TC100 2337
01.01. - 31.12. TC100TA 2337
01.01. - 31.12. TC100TR 2337
01.01. - 31.12. TC100YEAR 2337
23.12. - 03.01.23 TI7/VE3BW 2333
- TI8/F4AHV 2332
09.01.2023 - 12.01. TK/DL2JRM 2336
22.01. - 05.02. TM25PVJ 2338*
- 30.01. TM50KGI 2336
17.01. - 31.01. TM100DOR 2336
06.01.23 - 21.01. TN8K 2335
- TO5Z 2328
29.12. - 15.03.23 TR8CR 2334
- 06/23 TT8SN 2320
- TZ4AM 2311
12/22 - 03/23 V31TX 2333
31.01. - 15.02. V47JA 2338*
18.10. - V55WH 2324
06.2022 - V73MS 2306
31.10. - V85NPV 2329
01.02. - 15.02. VB3CAM50 2338*
29.12. - 05.01. VL9MTO 2334
- 04/23 VK9WX 2331
25.01. - 30.01. VO2AAA 2338*
25.01. - 30.01. VO2AC 2338*
2.1.23 - 31.03. VP2MDX 2334
07.01. - 15.01. VP2V/N2TSR 2336
- VP5MA 2302
01.12. - 01.23 VP8/SQ1SGB 2331
- VP8AAE 2320
12/22 - 01/23 VP8RAF 2332
12/22 - 01/23 VP8TAA 2332
14.05. - W1M 2301
- 08.01. W2P 2335
15.01. - 31.01. W9DOR 2336
- 14.01. WA5LFD/p 2330
21.08. - XZ2A 2316
25.06. - XZ2B 2309
- 12/25 YB8QT 2330
15.05. - 21.05. YE3BYE 2337
01.12.22 - 30.06.23 YR1200VT 2333
10.01. - 29.01. YS3CW 2338*
01.09. - Z6/KN4PRE 2317
28.08. - ZA/DG7PX 2317
23.08. - ZA/Z35M 2315
12/22 - ZA15K 2333
- ZC4GR 2336
29.12.22 - 05.01.23 ZF2IT 2334
25.08. - ZL4/VE6TC 2318
15.07. - ZL7/ZL1VV 2311
* = new or updated
... = and other calls
QSL information
===============
3A/F6EXV via F6EXV
3A/IR1DCI via IK1GPG (B)
3A/PB8DX via PB8DX
3A/DL2SBY via DL2SBY (d), (L)
3A3A (L)
3A6M via F6EXV ((O)), (B), (L)
3B8/DK6SP via DK6SP (B), (L)
3B8/KX7M via F5CWU (B)
3B8X via PF0X (B), (L)
3B9/M0CFW via (L)
3C3CA via TA2OM (B), (L), (e)
3X1A via F1TMY QSL only (C)
3Z30PAR via SP4KM (B), (L)
3Z70FI via SP9JPA (B)
3Z95PRK via SP9MRP (B)
4D3X via W3HNK (d), (L)
4J6D via DC9RI, (L)
4K7DK via DK1DKE (B)
4L1FP via K6VHF (B), (L), (e)
4L8A via M0OXO (B-(O)), (L)
4S7RO via F6BFH (B), (*)
4U1A via UA3DX (B), (L)
4U1VIC via UA3DX (d/B)
4U1XMAS via UA3DX (B)
4W/JH2EUV via JH2EUV (B), (L)
4W/VK1AO via VK1AO (L), (e)
4X6FR via 4X6OM
4X7XMAS via 4X6ZM (B), (L), (e)
4X8XMAS via 4X6ZM (B), (L), (e)
4X9XMAS via 4X6ZM (B), (L), (e)
4Z8NER via 4X6ZM (B), (L), (e)
5A1HA via F6BFH (B), (*)
5A1AL via 5A1AL ((O)), (L)
5B/NP2KY via 5B-Bureau
5B4AQC via DK6SP (B), (L)
5B4AMM via UT5UDX (L), (e)
5B4YOTA via 5B4CY (d), (B)
5C40DN via CN8DN (d)
5E5R via CN8YZ (L), (e)
5H2JK via DL8AAI (B)
5H3FM via HB9DSP (B), (L)
5H3SE via (L)
5H5PJ (e) & (L)
5H8HZ via TA1HZ (d), (L), (e)
5K0T via LU1FM (d), (L), (e)
5K0YD via IK2DUW (d)
5K6RM via HK6RM (B), (L)
5N/KE5GUR via KE5GUR (d). (e)
5P1KZX via OZ1KZX (B), (L), (e)
5P1OT via SP1OT (B)
5P5Q via OZ9XU (B), (L), (e)
5P5T via OZ1FDH (L), (e)
5P6MJ via OZ6MJ (L), (e)
5P8VW via DJ8VW (B), (L), (e)
5Q5CW via DL5CW (B), (L)
5Q7DX via PA7JWC (B), (L)
5R8CG via DL2AWG (B), (L)
5R8FG via IZ6BRJ (B)
5R8MM via DL2AWG (B), (L)
5R8PA via DL2AWG (B), (L)
5R8WG via DL2AWG (B), (L)
5R8WP via DL2AWG (B), (L)
5R8AL via G3SWH (d), (L)
5W0RS via IT9YVO (d)
5X3R via IK2DUW
5X4E via IQ3CO (B); IZ3ZLG (d)
5X7W via M0OXO (B) (L), (e)
5Z4VJ via M0URX (B OQRS), (L)
6D5C via XE1H (only (L))
6W1/WA3DX via WA3DX (d), (L)
6W6/WA3DX via WA3DX (d), (L)
6W9/WA3DX via WA3DX (d), (L)
6Y5/4S7RO via F6BFH (B), (*)
6Y5/W8YCM via W8YCM (d)
6Y60HM via EA5GL (B)
6Y8LV via W8YCM (d)
7A1B via EA7FTR (d), (L)
7G1RL via HA3JB (d), (L)
7Q5RU via R7AL (L)
7Q6M via K6ZO (L)
7R19MG via (d), (e)
7R7A via 7X2VFK (d)
7S1GRK via SK1BL (B, auto.)
7S7SOP via SM7RYR (only (L))
7T60A via 7X2DD (d)
7U7C via (d)
7X2GK via IK2DUW (d), (L)
7X2VFK via 7X2DD (d)
7Y19MG via (d), (e)
7Z1VD via EA5GL (B), (L)
7Z92ND via HZ1SAR (d)
8A64BALI via YH9AA (d), (e)
8J1H90T via JARL-Bureau, (L), (e)
8J3S via JK3IJQ (B)
8N2TY via JARL-Bureau, (L), (e)
8P6ET via KU9C (d), (L)
8P9CB via WA7RAR (d), (L)
8P9NF via EA4NF (L)
8S0C via SM0MPV (B), (L)
8S80AA via SK5AA (OQRS)
8S9J via SM5TOG (only (L))
8Q7AG via IZ2DPX (B), (L)
8Q7QE via EA5Q (B), (L)
8Q7TD via IK1TDD (B), (L)
8Z92ND via HZ1SAR (d)
9A/DL7MDX via DL7MDX (B), (L)
9A/F5SNJ via F5SNJ (only (L))
9A/W8FNG via W8FNG (d), (L)
9A/S50IPA via S50IPA
9A/SQ9CNN via SP9FIH (B), (L)
9A/W3WM via W3WM (d), (L)
9A1WFF/p via 9A2MF (B)
9A2022ICM via 9A6KX (d), (L), (e)
9A22YOTA via 9A1A (B), (L)
9A24ZRF via 9A7ALZ (B), (L)
9A5Y via 9A7W (B), (L)
9A8GHJ/p via OE7GHJ (B)
9H/IV3CTS via YT4RA (L), (e)
9H6LH via DL1KJ (B)
9H6QE via 9H1MRC (d)
9J2SEU via OE3SEU (L)
9K2OW via EC6DX (d), (L)
9K9KSA via EC6DX (d), (L)
9M100SK via 9W2TXL (d)
9M2MRS via PA0RRS (B), (L)
9M59SD via 9W8KIF (d)
9M6NA via JE1JKL (B), (L)
9N7AA via S57DX (d), (L)
9V1ZV via EA5GL (B), (L), (e)
9X5GG via F6BFH (B), (*)
A35JP/p via JA0RQV (B), (L)
A43KSA via EC6DX (d), (L)
A43UAE via A47RS (B), (L), (e)
A60A via EA7FTR (d), (L)
A60BHR via EA7FTR (d)
A60FIFA/2 via EA7FTR
A65/DL2RMC via DL2RMC (B), (L)
A65DR via N4GNR (d), (L)
A61ZX via IZ8CLM (B), (L), (e)
A62A via EA7FTR and (L)
A71AU via F6BFH (B), (*)
A71FIFA via A71A (B), (L)
A72FIFA via QARS-Bureau, (L)
A73FIFA via A71A (B), (L)
A74FIFA via QARS-Bureau, (L)
A75FIFA via A71A (B), (L)
A75GC via RW3RN (B)
A76FIFA via QARS-Bureau, (L)
A77FIFA via QARS-Bureau, (L)
A78FIFA via QARS-Bureau, (L)
A722FWC via A71A (B), (L), (e)
A71XX via EC6DX (d), (L)
A91ARS via EC6DX (d), (L)
A91FTDMC via EC6DX (d), (L)
A91ND via EC6DX (d), (L)
A91OMA via EC6DX (d), (L)
A44A via A47RS (B), (L)
AH0/WA7WJR via WA7WJR (d), (L)
AH2/WA7WJR via WA7WJR (d), (L)
AM100RCE via EA4URE
AM230CW via EA2CW (L), (e)
AM30FEDIEA via EA3RKF (d), (e)
AM330HLM via EA3HLM (only L & (e)
AM330RKM via EA3RKM (L), (e)
AM38SDC via EA1AUM (B), (L), (e)
AM40RCH via EA3RCH (B), (L), (e)
AM500PCM via EA7URF (B), (L), (e)
AM630VQ via EA6VQ (B), (L)
AO120DRI via EA7AMB (B), (e)
AP2KN via F6BFH (B), (*)
AP2TN via N4BAA (World), RW6HS (Russia, d), (L)
AP75HA via AP2HA (L)
AP75HAS via VU2SMS (d)
AP75SD via EA5ZD (B: only Mail), (e)
AT18BSG via VU2NRO
AU2JCB via VU2DSI (d), (e)
AU2SOA (L), (e)
AU75JRO via VU2JRO (d), (L), (e)
AU75SMS via VU2SMS (d), (L)
AP75TN via RW6HS (d)
AZ1D via LU1DX
BP0A via BV2KS
BW/DJ4JB via DJ4JB (B)
BX0QSL via BM2JCC, (e)
C37N via C37URA (B), (L)
C6ADX via W8GEX (L)
C6AGU via HA7RY (L), (e)
C6AQ via EA5GL (B), (L), (e)
C6AYL via W8CAA (L)
C7A via UA3DX (B)
C91CCY via K3IRV (B)
CB3W via XQ4CW
CB4A via CE4UFC
CE3/CE0YHF via CE0YHF (d), (L)
CN22JIM via RW6HS (d)
CN23NIL via RW6HS (d)
CN23NOA via CN8NOA
CO7VI via IK2DUW (d) and (L)
CQ3J via CT3MD and (L)
CQ7WRTC via CT1ILT, (L)
CQ9T via CT3KN
CR2X via OH2BH (B)
CR3SI via CT1DSV (B)
CR3Y via OM2FY
CR6K via CT1ILT (O), (d), (L)
CS2C via OK1RF
CS7/DO1HKH via DO1HKH
CT7/DL6IAK via DL6IAK (B)
CT9ABO via OM3GI (d), (L)
CT9ABV via DL5AXX, (L)
CW3A via EA5GL (d), (L)
CW5X via CX2ABC (d)
CX100B via CX1AA (B), (L)
CX3AT via EA5GL (B), (L), (e)
CX5A via CX2ABC (B), (L), (e)
D2TX via PA3CMC (L)
D44BM via IW2KVT (B)
D44PM via IZ4DPV (d), (B), (L)
D44TWO via M0OXO (B OQRS), (L)
D4L via IK2NCJ (B), (L)
D4Z via IK2NCJ (B)
D60AE via F5GSJ (B), (L)
D73G via HL4CCM (B), (L), (e)
DA0HQ via DL5AXX
DA0RR via DJ5BWD
DA0T via DL7AT (B), (L)
DA22LGS via DL7ACN (B)
DA2W via ON3UN (B)
DB100RDF via DO2PZ
DF0COC via DL4PY (B)
DF0SAX via DL3DXX (B), (L)
DK050BN via DK5PD (B), (L), (e)
DK0AJ via DH4FE
DK0DFF via DL7AFS (B)
DK0DI via DH7ZP (B)
DK0GYB via DK2AJ (B), (e)
DK0SM via DL6OCH
DK5T/LH via DK5ON (d), (B), (L)
DK70BAD via DK2BK (B)
DL0AGU via DL1RNT (B)
DL0AH via DG5YHE
DL0GEO via DL2YAK (B), (L), (e)
DL0JBB via DL6YAO (B), (e)
DL0NOT via DL1ZAV (B)
DL0ROS via DL8MEW (B), (e)
DL1640Y via DL3CQ (B), (e)
DL20SOTA/p via DL6GCA
DL22PEACE via DF8RJ (B)
DL25KYF via DM2HEY (OQRS via (C) > No QSL needed)
DL50DAH via DL2MDU (B), (L)
DL60LINDAU via DL1CBQ (B)
DL/HB9BCK/p via HB9BCK (B), (L),eQSL
DL/HB9BIN/p via HB9BIN (B), (L)
DL/HB9CBR/p via HB9CBR (only (L))
DM0Y via DL3BQA (B)
DM20OTUS via DJ8NU (B)
DM60UEA via DL3BUA (B, autom.)
DN2MR via DD7MR (B)
DN3TD via DL3TD (B)
DP0POL via DL5EBE (B
DP5N via DJ0ACA
DQ8FTDMC via DM2RM
DR0W via DJ5MW
DR100RY via DF2SD (B), (L), (e)
DR100XRAY via DJ6SI (Bureau)
DR150MM via (B), (e)
DR3K via DG1YKW (B)
DR4A via DJ9KM (B), (L)
DR45HAAN via DO9MP (B), (O)
DU1/PG5V via PG5V (d), (B), (L)
DU3/W6QT via W6QT (B), (L), (e)
DU7/N7ET via N7ET (B), (L)
DV8/KH7EA via SP3SUX (B)
DX8H (d)
E2WRTC via E21EIC (B), (L)
E7/9A3DF via 9A3DF
E7HQ via E70ARA, (L)
E77DX via E73Y (B), (L)
EA3/PD2SD via PD2SD
EA3ATO via EA3RCI (B), (e)
EA6/DL2JRM via DL2JRM (B)
EA9KB via EA7FTR
ED1R via EC1KR (B), (L), (e)
ED2C via EA2RCF (B)
ED2FSF via EA2CYC (E-Mail)
ED5HFD via EA5HFD (B)
ED7O via EA7EU (d)
EE44C via EC5WR (d), (L), (e)
EF0F via EA4URE (B), (L)
EF1A via EA1X (B), (L)
EF6T via EA3AIR
EG1NMP via EB1CU (L), (e)
EG5DSI via EA5RKS (only L & (e))
EG80NT via EA1RCI
EH23HNY via EA5URV (B), (e)
EH3HNY via EB3JT only (L) & (e)
EH5FPM via EA5JDN and (L)
EH5HNY via EA5ZD (B)
EI/DJ1WI via DJ1WI
EK/RX3DPK via RX3DPK (L)
EX0ET via DU7ET (d)
FG/F5HRY via F5HRY (B), (L)
FG/F6HMQ via F6HMQ (B)
FH/OK1M via OK1WMR
FJ4WEB via K2LIO (d), (e)
FK8GX via F5MFV (d)
FM/F6BWJ via F6BWJ (B), (L)
FM5BH via W3HNK (d), (L)
FT8WW via F6EXV (O), (L)
FY/F4GPK via F4GPK (only (e))
FY5KE via FY1FL (d), (L)
G1A via M0NKR (B), (L), eQSL
G3M via G4PEO (B)
G5XV via M0OXO ((O)), (L)
G8T via GW4SHF (B)
G8X via G4FJK (d), (L)
GB0KWD via only LoTW
GB0NFL via M0LMK (only (e))
GB13COL via G0VLF (d)
GB1CSR via M0OLT (B), (e)
GB2HMM via GW4TTA (B)
GB2KW via only LoTW
GB5KW via only LoTW
GB5GYD via M0CQL ((e))
GB5KWD via only LoTW
GB5TP via MM0DFV
GB6OUS via M0OXO (B-(O)), (L)
GB8KW via only LoTW
GD2NV via G2NV (only (e))
GJ2A via MJ0ASP (d), (L)
GM2T via (B)
GM4Z via GM4ZUK (B), (L)
GM6DX via M0OXO (B-(O)), (L)
GQ4ATA via GM4ATA only (L)
GS5DX via EB7DX and (d), (L)
GS8VL via M0OXO ((O)), (L)
GU0VJG/p via G0VJG (B)
GX1FCW only (e)
GX3WIM via G8MNY (L), (e)
GX5BBC via G4HPE (B), (e)
GX5DX via EB7DX (d)
GX6ZME/p via G3ZME (B)
H25A via LZ3SM (B), (L)
H44MS via DL2GAC (B), (L)
H44SHD via HB9SHD (B), (e)
HA36EUDXF via HA5MA (B), (L)
HA5SPORT via HA-(B)
HB0/DJ1AA/m via DJ1AA (B), (e)
HB0/DL2JRM via DL2JRM (B)
HB0/HB9DQM via HB9DQM (B), (L)
HB0/OE9HRV via OE9HRV (B)
HB0/PA3CNO via PE1FLO
HB175RAIL via (L)
HB50SH only (L) & (e)
HB75SG/p via HB9KNY (B), (L)
HB9/KB1OTE via KB1OTE
HB9SPACE via HB9ACA
HC5JHT via (L)
HD1HERO only (L)
HF0ROSA via SP7X (L), (e)
HF100L via SP9KDR (B)
HF1922PS via SP9KJU (B), (e)
HF1Z via SP1EG (B), (L)
HF20LVK via SP4LVK (B), (e)
HF30STB via SP9SCI (B)
HF30PSP via SP9PSJ (B)
HF7SIEMA via (Download), (e)
HF77DIORA via SP3PDO (B)
HF800M via SP9PKS (B)
HF9FIELD via SN9PJ (only (e))
HF95PRK via SP9KJU
HG0IDPD via HA5MA (d), OQRS (C)
HG0WFF via HA0HW (B-(O)), (L)
HG1Z via HA1XY (B)
HG1222BA via HA4KYB
HG4I via HA5LN
HG5A via HA5KDQ (B), (L), (e)
HH18NOV via N2OO (B)
HH2AA via EB7DX (L), (d)
HH75RCH via N2OO (B)
HI8CW via EB7DX (d)
HI8J via RW6HS (d), (L)
HI9/IK2KTE via IK2KTE
HL77V via 6K0MF (B)
HL09NWPF via HL5BJU (B), (L), (e)
HP1/EA5XV via EA5XV (B)
HR9/K6VHF via K6VHF (B), (L), (e)
HQ9X via KQ1F (B), (L)
HR5/F2JD via F6AJA (B), (L)
HS0ZBS via OE2REL (HS-Buero), (e)
HS0ZPU via F5LIT (d), (L)
HV0A via IK0FVC (d), (L)
HZ1BHR via HZ1SAR (d)
HZ1CY via A61BK (d), (L)
HZ1CPCF via HZ1SAR
HZ1UAE via HZ1SAR (d)
HZ92ND via HZ1SAR (d)
I/HB9BIN/p via HB9BIN (B), (L)
IC8/IK6CAC via IK6CAC (L), (e)
IC8/KL1A via OE1ZZZ (d)
ID9Y via IK8YFU (d), (L), (e)
IF9A via IT9ATF (B), (L)
IG9/S59A via S59A (B)
II1MM via IK1VHX (e)
II2FTDM via IK2EKO
II4TRN via IQ4FE (B)
II5RM via IK5WOB (B)
II7ML via IQ7ML (e)
IK1TNU/IA5 via IK1TNU
IK2LEY/IS0 via IK2LEY
I6/ON5XX/P via ON5XX only (L)
I6/OT1V via ON8VM (B), (L), (e)
IL7/IK5AEQ via IK5AEQ (B), (L), (e)
IL7/IZ5IUY via IZ5IUY (also (e))
IM0A via IS0BSR ((L) only)
IM0B only (L)
IN3/DL7CX/p via DL7CX (B), (L)
IN3/HB9BXQ via HB9BXQ (B)
IP1X via IU1JCZ (B)
IP6POPE via IZ6BRJ
IQ0AK via IS0JXO (B), (e)
IQ1SV via IZ1JIZ
IQ3DD via IZ3NWT (Bureau)
IR1DCI/5 via IK1GPG (B), (L)
IR1DCI/8 via IK1GPG (B), (L)
IR9K via (B), (L)
IS0/DJ2TG/p via DJ2TG (L), (e)
J20EE via F4DXW (d), (L), (e)
J28HJ (L)
J28JD via EA5GL (B), (L)
J28MD via IK2VUC (B)
J3/N9GB via N9GB
J43POTA via SV3SPD (L), (e)
J5GQA via CT2GQA (B), (e)
JD1AJD via JA1ADT (B), (L)
JW/KA1IS via KA1IS (B)
JW0A via K4NHW (B), (L)
JW7QIA via LA7QIA (B), (L)
JW7XK via LA7XK (B), (L), (e)
JX/LB4MI via LB4MI (B), (L), (e)
K4C/75 via N4JR (B)
K4WK/VE3 via K4WK
KH6/ND0B via ND0B (d), (L)
KH6ND/W7 via KH6ND (L)
K5A via K5DB (d), (L)
K8H via W7YAQ (L)
KC4AAC via K7MT (d), (L)
KH7X/W7 via KH7X (L), (e)
KL7/K3Y via K3Y (d)
KL7J via N3SL (B), (L)
KP2/KB5RF via KB5RF (only (L)
KP2B via EB7DX (d), (L)
KP4/E77DX via E73Y (B), (L)
KP4/KC0BLK via KC0BLK (d), (L), (e)
KT3Q via DF8DX (B), (L)
L20D via LU3DXG (L), (e)
L50DY via LU8DY (L), (e)
L60CBA via LU5CBA
LA/PE1ITR via PE1ITR (B), (L)
LA/SP7VC via SP7VC (d), (e)
LA/ON4ROB/P via ON4ROB
LB5SH/p via LB5SH (B), (L)
LC1R via LB5SH (B), (L)
LC5C via LA6KOA (B)
LP1A via EA7FTR (L)
LV1E via LW6EQG (B), (L), (e)
LW2DO via EC6DX (d)
LX/PA3FQX via PA3FQX
LX4HNY via LX1JH (B autom.), (e)
LY700VLN via LY4Q (B)
LY770CT via LY1CT and (L)
LY786A via LY5A (B)
LZ/OP4L via ON4LDK (d), (B)
LZ/SQ2M via SQ2M
LZ0KP via SV2CLJ (d), (L)
LZ105IN via LZ1ZF (B)
LZ1GLASS via LZ1KAK (B)
LZ258ML via LZ1KCP (B), (L)
LZ2K via LZ4AE
LZ25MIG via LZ1ZF (B)
LZ31ZE via LZ1KCP (B), (L)
LZ319TS via LZ1KCP
LZ4A via LZ1YQ (d)
LZ457PP via LZ1KCP (B), (L)
LZ540DS via LZ1KCP (B), (L)
LZ5G via LZ5ET (B)
LZ6E via LZ1GU (B)
LZ6T via LZ2JA
M/LY4L via LY4L (L)
M2J via G4NBS (only (L))
M3E via G4CWH (B)
M4J via G0DVJ (only L & eQSL)
M4T via M0BEW (only eQSL)
M7W via G3TBK
M7Z via G4BWP and LoTW
M8A via M0HDF and LoTW
MC7DX via G4DIY (only LoTW)
MD7C via M0OXO (B-(O)), (L)
MM1E via (L) (not via Bureau)
MN5A via G3TXF (B), (L)
MS0ORK via MM5DWW (d)
MQ0PAM via M0PAM (d), (L), (e)
N0C via W0UY (d), (L)
N1N via K6ZO (L)
N5W via K5GN
NL8F via N7RO (d), (L)
OD5ZZ via N4GNR (d), (L)
OE05FTDMC via OE1SGU (L), (e)
OE25MFCA via OE6XMF (B)
OE0FTDMC via OE6VIE (B-(O)), (L)
OE0HQ via OE3KAB (L)
OE25TU via OE-Bureau
OE3DIA via OE1DIA (d), (e)
OE5D via OE2UKL (B), (e)
OE60STMK via OE6WIG (B)
OE70FI via OE5FSL (B)
OF9X via OH2BH (B)
OG7F via OH5AD (B), (L)
OH0CO via SM6CCO (d), (L)
OH1XMAS via OH-Bureau
OJ0DX via DL3DXX (O), (L)
OJ0JR via OH3JR (B), (L)
OJ0MR via OG2M (d)
OK/SQ9MDF/p via SQ9MDF (B)
OK5D via OK1DTP (B), (L)
OK5M via OK5MM (B)
OK5Z via OK2ZI, (L)
OK8CX/p via DL7CX (B), (L)
OK8MA/p via SP9MA (B)
OL1T via OK6DJ (B), (L), (e)
OL15SOTA via OK1CYC (B), (L)
OL3Y via OK1CRM (B), (L)
OL5GMA/p via OK3EQ (B), (L), eQSL
OM0R via OM3GI (d), (L)
ON/SP7THC via SP7THC (d)
ON37IOF via ON7QC (B)
OO22FLY via only ON-Bureau
OO36EUDXF via ON6CC (B), (L)
OO7Z/p via ON6KZ (B), (e)
OP4K via ON4JZ and (L)
OP9T via ON5CT, (L)
OQ4U via ON4AMX (B), (L)
OQ5M via ON5ZO (L), (e)
OQ95RCL via ON3AR
OR0A via ON6ZK (B)
OR100RCBE via ON4GDV (B), (e)
OR1050HERZ via ON-Bureau
OR1Z/p via ON6IX (d), (e)
OR70FI via OR4K (B)
OR7G/p via ON7VG (also (e))
OR78CLM via ON6HC (B)
OR8W via ON4BDV
OS5Z via ON5CAZ (B)
OT4A via ON4AEK (L), (e)
OT4N via ON4CN (B), (e)
OT5IDPD via ON6WL (B), (L)
OT5Q via ON4KNP (B), (L)
OT6E via ON6QS (L), (e)
OT9K/p via ON9KAT (B)
OU5K via OZ1BEF (d)
OV2T via PA0ABM (B), (L)
OV3T via OZ4XL, only (L)
OV5W via OZ1GIN
OX7AM via OZ1ACB ((O)), (L)
OY7EE via OZ2I (B)
OZ/DJ1AA via DJ1AA
OZ50DDXG via OZ1ACB (O), (L)
OZ5W via OZ7QC, (L)
P29LL via EA7FTR (d)
P29RO via DL4SVA (B), (L)
P3AA via RW3RN (d), (B)
P3X via UT5UDX (L), (e)
P4/DL4MM via DL4MM (B), (L)
P40AA via DL4MM (B), (L)
P40L via WA3FRP (B), (L)
P44W via N2MM (d), (L)
P49X via W0YK (d), (L)
P4/DD0VR via DD0VR (B)
PA/DH1NBE via DH1NBE (B)
PA/SP1MVG/p via SP1MVG
PA1VS via DE7VSH (B), (L), (e)
PA22VUELTA via PI4UTR
PA30SPARC via PE5ENJ (B)
PA5DX via IZ8CLM (B), (L), eQSL
PA60CUBA via PA1FZH
PA60EHSB via PA5ABW (B)
PA60NN via PC4C (B), (L)
PA75DXCC via PA0ABM (O), (L)
PA900UTR via PI4UTR
PC20SAIL via PA0RDY (B)
PD36EUDXF via PA1AW (B), (L)
PE36EUDXF via PA1AW (B), (L)
PF01MAX via PC2F and (L)
PF36EUDXF via PA1AW (B), (L)
PF44F via (L) (no paper)
PF6SKCC via PG4I
PF60PENM via PF9W (B), (L)
PG00T via PA2TMS (B), (e)
PG6PEACE via PG5FRL, (L)
PI4COM via PA1AW and (L)
PI4DX via PD1DX (d), (B), (L)
PI4NTC via PG4I
PI4RCA/p via PA4T (B)
PI750GAZ via PA-(B)
PJ2/DK5ON via DK5ON (d), (B), (L), (C)
PJ2/DD0VR via DD0VR (B)
PJ2ND via K8ND (d) (L)
PJ4/DD0VR via DD0VR (B)
PJ4/K4BAI via K4BAI
PJ7/G4JEC via N0UK (B), (L)
PP2/DL3SEZ via DL3SEZ (B)
PQ3G via PY3OZ
PR1T via PY1ZV (only (L))
PR2R via PY2ERA (d), (B), (L)
PT4Z via PY4JW (d)
PT5C via PY5HC (B), (L), (e)
PT5J via PP5JR and (L)
PT6B via PY6HD (d), (L)
PV200BR via PY2KP (B), (L), (e)
PV2K via EA5GL (B), (L)
PW2IND via PP5AA (B), (e)
PX2A via PY2VM (d), (L)
R1941MB via R2DX (B), (L), (e)
R2022DX via RQ7L
R2023NY via RQ7L
R245GC via RW1QN (B), (L), (e)
R50RCR via RV3VR
R80URAN via UA4AJD (B)
R700SSR via R0SI
R900DM via RC1C (d), (L)
R900RO via RT1L (B)
R2RA via RN3RQ (B)
RA/DL5EBE via DL5EBE (B)
RI41POL via RN3RQ (B)
S21SM via OH6EAC (d) and (L)
S50HQ via S54G (B), (L)
S79/DL2SBY via DL2SBY (d), (L)
S79/RM8A via RM8A (direct)
SB6A via SA6AOA (only (L)
SD0W via SM0FPR (only LoTW)
SD6F via SM6JWR (B), (L)
SF6F via SA6FOL (only (L)
SI3A via SM3LIV (B), (L), (e)
SK75BL via SK1BL (B, auto.)
SM/OH2NOS/p via OH2NOS
SM2M via SM2LIY (B), (L), (e)
SN150BRAIL via SP2PBY (B)
SN2M via SP2XF (d), (B), (L)
SN500GM via SP5PMU (B)
SN5N via SP5KP (d), (L
SN6J via SP6FHU (B)
SN89LOT via SP1PMY (B)
SN8K via SQ8ERS (B), (L)
SN65PLU (B)
SN95PRK via SQ9FMU (B)
SO0KBW via SP3PDO (B)
SO95PRK via SP9WZO
SP65PLU (B)
SP77DIORA via SP6PZB (B)
SP90ENG via SP3PDO (B)
SP90ENIGMA via SP3PGR (B)
SP95PRK via SP9PNB (B)
SQ65PLU (B)
SQ75ZOT via SP1EG
SQ95PRK (B)
ST2SA via F6BFH (B), (*)
SU8X via OH2BH (B)
SV9/SX338M via SX338M only (L) & (e)
SX100MRH via SZ2RWM (d), (e)
SX14ASTRO via SZ1A (B), (L), (e)
SX2IMA via SV2JAO (d), (e)
SX22HAF via SV1AHH (only L & (e)
SX338M only (L), (e)
SX39J via SV2GWY (d), (L), (e)
SX44JM via SV1AHH (L), (e)
SX8AEG via SV8MQP (B), (e)
SZ1KVDD via SV1ENG (B), (L)
T88AQ via JH6WDG (L)
T88DK via JH3LSS (d), (L)
T88DN via JA3HJI
T88ED via JA3IVU (d), (L)
T88EF via JA3ARJ (B)
T88MB via JA3AVO (d), (L)
T88PB via JA0JHQ (d), (L)
T88RC via JH1FFW (B), (L), (e)
T88RH via JR6DRH (B)
T88SM via JA6EGL (d)
TA3J/0 via TA3J (B), (L)
TA4/OH2KW via OH2KW (B), (L
TA4/SQ9UM via SQ9UM (d), (L), (e)
TC100 via TA-Bureau
TC100TA via TA-Bureau
TC100TR via TA-Bureau
TC100YEAR via TA-Bureau
TC29EKM via (e)
TC7G via YM7KK (d), (L)
TF/DL2JRM via DL2JRM (B)
TG9ADM via EA5GL (B), (L)
TI1FIFA via (d), (L)
TI2VLM via EA5ZD (d), (L)
TI5/N3KS via M0URX (O) and (L)
TI7/HB9BHU via HB9BHU
TI7/VE3BW via VE3BW (L)
TK/S53WW via S53WW, (L)
TK/S57L via S57L, (L)
TK/S57VW via S57VW
TK/DL2JRM via DL2JRM (B)
TK0C via S50C (d), (B), (L), (e)
TM0W via F2CT (L), (e)
TM1MLB via F4KMI (B), ((e))
TM1SOTA via only (e)
TM10KIY via F4KIY (B), (L), (e)
TM50KGI via F6KGI (B)
TM109TDF via F8GGZ
TM100BBC via F8GGZ (B)
TM100CARD via F5PTI (B), (L), (e)
TM100DOR only (L) & eQSL
TM100UNOR via F8KHG (B)
TM105BDC via F8KGN (B)
TM11SRY via F5KCC
TM13COL via F5OGL (L)
TM17FFF via F4GFE
TM17MGF via F5KLJ (B)
TM1SSOU via F6KGL
TM200LP via F8GGZ (B)
TM22CAD via F1LPT ((e) only)
TM2ALMA via F5PTA (d), (e)
TM2D via F5KHP (e)
TM2LD via F4GQP (B)
TM34SCRP via F5JBU (d), (B)
TM35FIST via F6JOE (d), (B)
TM36EUDX via PA1AW (B), (L)
TM3CNR via F5PTA only (e)
TM3GGR via F6KUF (B); F5OEV (d)
TM3Z via F4DSK (B)
TM400MO via F4DTO (B)
TM50ARML via F4ILK (B), (e)
TM50FIBD via F5PTI and LoTW
TM50KGI via F4HSQ
TM50SC via F6PCT
TM50VAR via F4GPB (d), (B)
TM55TDL via F4IVC (d), (e)
TM5CO via F5OIJ (d), eQSL
TM5TD via F6KMB
TM55SNSM via F4GPB (B), (e)
TM59TDF via F8KGS
TM62YT via F4GYG (e)
TM65M via F5RAB
TM72LMC via F1IEH (L)
TM72WOW via F1IEH (d)
TM74CHX via F4IRT (B), (L), (e)
TM78DP via F4GPB (B), (e)
TM8AB via F4KJQ
TM8GE via F6KFI (B)
TM8R via F5BNJ (B), (L)
TM80NT via F8GGZ
TM90GF via F4KLR (B), (e)
TM100UNOR via REF-Bureau
TO2DL via DL7DF (O), (L)
TO5A via F5VHJ (B), (L)
TO9W via W9ILY (O), (L)
TR8CR via F6AJA (B)
TT8SN via F8FQX
TX7G via F6BCW (B,auto.)
TY0RU via R7AL (O), (L)
TY5AF via (O), (L)
TZ4AM via KX4R (d), (L)
UE23NY via RQ7L
UE32DX via RQ7L
UE80ML via RQ7L (L), eQSL
UG5F via RW3DSR (d), (L), (e)
UR5FSP/mm via UR5FSP (d), (L)
V26K via AA3B (B), (L), (e)
V26OC via N3OC (d), (L)
V31TX via DJ5QW (B)
V31XX via K4XS (d)
V4/NT5V via NT5V (B), (L)
V47FWX via M0URX (O), (L)
V48A via WX4G (B), (L), (e)
V48DM via N4GNR (B), (L)
V5/HB9BFM via HB9BFM (B), (L)
V5/ZS1WO via DH3WO (B)
V51LZ via EA5GL (B), (L), (e)
V73MS via WV7MS (d), (L)
V85/F5NPV via F5NPV (L), (e)
V85NPV via only (e) & (L)
VB4LIGMA via A4BEN
VE2PEACE via VE2JCW (d)
VE3KTB/VY0 via M0OXO (O), (L)
VG5DX via VA5DX (d)
VJ2J via VK2CZ (d)
VJ3A via VK3JA and (L)
VJ4K via N3SL (B), (L), (e)
* Message split, to be continued *
--- MBSE BBS v1.0.8 (Linux-x86_64)
* Origin: DARC Committee for DX and HF Contesting (3:633/280.2@fidonet)