Date of assignment of number (necessary after 30/06/2007)	Code figure for rara BUFR  (Code table 3685)	Code figure for (Code table 0 02 011)	notation
	1	101	Not vacant		ЛОЖЬ	Reserved for BUFR only
Not available		102–106	Reserved for BUFR only		ЛОЖЬ	Not vacant
	7	107	Not vacant		ЛОЖЬ	Reserved for BUFR only
Not available		108–109	Reserved for BUFR only		ЛОЖЬ	Not vacant
01.01.2008	10	110	Sippican LMS5 w/Chip Thermistor, duct mounted capacitance relative humidity sensor and derived pressure from GPS height		ЛОЖЬ	Reserved for BUFR only
01.01.2008	11	111	Sippican LMS6 w/Chip Thermistor, external boom mounted capacitance relative humidity sensor, and derived pressure from GPS height		ЛОЖЬ	Sippican LMS5 w/Chip Thermistor, duct mounted capacitance relative humidity sensor and derived pressure from GPS height
06.05.2015	12	112	Jin Yang RSG-20A with derived pressure from GPS height/GL-5000P (Republic of Korea)		ЛОЖЬ	Sippican LMS6 w/Chip Thermistor, external boom mounted capacitance relative humidity sensor, and derived pressure from GPS height
15.09.2010	13	113	Vaisala RS92/MARWIN MW32 (Finland)		ЛОЖЬ	Jin Yang RSG-20A with derived pressure from GPS height/GL-5000P (Republic of Korea)
03.11.2011	14	114	Vaisala RS92/DigiCORA MW41 (Finland)		ЛОЖЬ	Vaisala RS92/MARWIN MW32 (Finland)
01.12.2011	15	115	PAZA-12M/Radiotheodolite-UL (Ukraine)		ЛОЖЬ	Vaisala RS92/DigiCORA MW41 (Finland)
01.12.2011	16	116	PAZA-22/AVK-1 (Ukraine)		ЛОЖЬ	PAZA-12M/Radiotheodolite-UL (Ukraine)
02.05.2012	17	117	Graw DFM-09 (Germany)		ЛОЖЬ	PAZA-22/AVK-1 (Ukraine)
	18	118	Not vacant		ЛОЖЬ	Graw DFM-09 (Germany)
08.05.2019	19	119	Polus-MRZ-N1 (Russian Federation)		ЛОЖЬ	Not vacant
	20	120	Not vacant		ЛОЖЬ	Polus-MRZ-N1 (Russian Federation)
06.05.2015	21	121	Jin Yang 1524LA LORAN-C/GL5000 (Republic of Korea)		ЛОЖЬ	Not vacant
02.05.2012	22	122	Meisei RS-11G GPS radiosonde w/thermistor, capacitance relative humidity sensor, and derived pressure from GPS height (Japan)		ЛОЖЬ	Jin Yang 1524LA LORAN-C/GL5000 (Republic of Korea)
03.11.2011	23	123	Vaisala RS41/DigiCORA MW41 (Finland)		ЛОЖЬ	Meisei RS-11G GPS radiosonde w/thermistor, capacitance relative humidity sensor, and derived pressure from GPS height (Japan)
03.11.2011	24	124	Vaisala RS41/AUTOSONDE (Finland)		ЛОЖЬ	Vaisala RS41/DigiCORA MW41 (Finland)
03.11.2011	25	125	Vaisala RS41/MARWIN MW32 (Finland)		ЛОЖЬ	Vaisala RS41/AUTOSONDE (Finland)
07.05.2014	26	126	Meteolabor SRS–C34/Argus 37 (Switzerland)		ЛОЖЬ	Vaisala RS41/MARWIN MW32 (Finland)
	27	127	Not vacant		ЛОЖЬ	Meteolabor SRS–C34/Argus 37 (Switzerland)
15.09.2011	28	128	AVK - AK2-02 (Russian Federation)		ЛОЖЬ	Not vacant
15.09.2011	29	129	MARL-A or Vektor-M - AK2-02 (Russian Federation)		ЛОЖЬ	AVK - AK2-02 (Russian Federation)
01.01.2010	30	130	Meisei RS-06G (Japan)		ЛОЖЬ	MARL-A or Vektor-M - AK2-02 (Russian Federation)
03.11.2011	31	131	Taiyuan GTS1-1/GFE(L) (China)		ЛОЖЬ	Meisei RS-06G (Japan)
03.11.2011	32	132	Shanghai GTS1/GFE(L) (China)		ЛОЖЬ	Taiyuan GTS1-1/GFE(L) (China )
03.11.2011	33	133	Nanjing GTS1-2/GFE(L) (China)		ЛОЖЬ	Shanghai GTS1/GFE(L) (China)
Needed	34	134	Vacant		ЛОЖЬ
07.05.2014	35	135	Meisei iMS-100 GPS radiosonde w/thermistor sensor, capacitance relative humidity sensor, and derived pressure from GPS height (Japan)		ЛОЖЬ
02.05.2018	36	136	Meisei iMDS-17 GPS dropsonde w/thermistor sensor, capacitance relative humidity sensor, and capacitance pressure sensor (Japan)		ЛОЖЬ
	37	137	Not vacant		ЛОЖЬ
21.03.2022	38	138	WEATHEX WxR-301D with derived pressure from GPS (Republic of Korea)		ЛОЖЬ
Needed	39–40	139–140	Vacant		ИСТИНА
03.11.2011	41	141	Vaisala RS41 with pressure derived from GPS height/DigiCORA MW41 (Finland)		ЛОЖЬ
03.11.2011	42	142	Vaisala RS41 with pressure derived from GPS height/AUTOSONDE (Finland)		ЛОЖЬ
07.05.2014	43	143	NanJing Daqiao XGP-3G (China) (see Note 4)		ЛОЖЬ
07.05.2014	44	144	TianJin HuaYunTianYi GTS(U)1 (China) (see Note 4)		ЛОЖЬ
07.05.2014	45	145	Beijing Changfeng CF-06 (China) (see Note 4)		ЛОЖЬ
07.05.2014	46	146	Shanghai Changwang GTS3 (China) (see Note 4)		ЛОЖЬ
	47	147	Not vacant		ИСТИНА
02.05.2012	48	148	PAZA-22M/MARL-A		ИСТИНА
	49	149	Not vacant		ИСТИНА
02.11.2016	50	150	Meteolabor SRS-C50/Argus (Switzerland)		ИСТИНА
	51	151	Not vacant		ИСТИНА
03.11.2011	52	152	Vaisala RS92-NGP/Intermet IMS-2000 (United States)		ИСТИНА
06.05.2015	53	153	AVK – I-2012 (Russian Federation)		ИСТИНА
08.05.2019	54	154	Graw DFM-17 (Germany)		ИСТИНА
	55–59	155–159	Not vacant		ИСТИНА
06.05.2015	60	160	MARL-A or Vektor-M – I-2012 (Russian Federation)		ИСТИНА
	61	161	Not vacant		ИСТИНА
06.05.2015	62	162	MARL-A or Vektor-M – MRZ-3MK (Russian Federation)		ИСТИНА
07.11.2018	63	163	Modem M20 radiosonde w/thermistor sensor, capacitance relative humidity sensor, and derived pressure from GPS height (France)		ИСТИНА
07.11.2018	64	164	Modem PilotSonde GPS radiosonde (France)		ИСТИНА
15.05.2022	65	165	Meteosis MTS-01 (Türkiye)		ЛОЖЬ
Needed	66	166	Vacant		ЛОЖЬ
	67–72	167–172	Not vacant		ЛОЖЬ
	78–81	178–181	Not vacant		ИСТИНА
	74–76	174–176	Not vacant		ЛОЖЬ
15.03.2010	77	177	Modem GPSonde M10 (France)		ЛОЖЬ
02.11.2016	73	173	МАRL-A (Russian Federation) – ASPAN-15 (Kazakhstan)		ЛОЖЬ
07.11.2012	82	182	Lockheed Martin LMS-6 w/chip thermistor; external boom mounted polymer capacitive relative humidity sensor; capacitive pressure sensor and GPS wind		ЛОЖЬ
07.11.2012	83	183	Vaisala RS92-D/Intermet IMS 1500 w/silicon capacitive pressure sensor, capacitive wire temperature sensor, twin thin-film heated polymer capacitive relativehumidity humidity sensor and RDF wind		ЛОЖЬ
06.11.2019	84	184	iMet-54/iMet-3200/3400 GPS radiosonde with derived pressure from GPS height (South Africa)		ЛОЖЬ
	85-89	185-189	Not vacant		ЛОЖЬ
	Not available	190	NCAR research dropsonde NRD94 with GPS and Vaisala RS92-based sensor module (United States)		ЛОЖЬ
	Not available	191	NCAR research dropsonde NRD41 with GPS and Vaisala RS41-based sensor module (United States)		ЛОЖЬ
	Not available	192	Vaisala/NCAR dropsonde RD94 with GPS and Vaisala RS92-based sensor module (Finland/United States)		ЛОЖЬ
	Not available	193	Vaisala/NCAR dropsonde RD41 with GPS and Vaisala RS41-based sensor module (Finland/United States)		ЛОЖЬ
	Not available	194–196	Reserved for BUFR only		ЛОЖЬ
	97–99	197–199	Not vacant		ЛОЖЬ
16.11.2020	Not available	200	Nanjing GTS11 (China)		ЛОЖЬ
16.11.2020	Not available	201	Shanghai GTS12 (China)
16.11.2020	Not available	202	Taiyuan GTS13 (China)
15.05.2022	Not available	203	Shanghai GTS14 (China)
14.11.2023	Not available	204	Beijing GTH1 (China)
14.11.2023	Not available	205	Nanjing GTH2 (China)
14.11.2023	Not available	206	Tianjin GTH3 (China)
14.11.2023	Not available	207	Aerospace Newsky Technology GTH4 (China)
14.11.2023	Not available	208	Taiyuan GTH5 (China)
14.11.2023	Not available	209	Shanghai GTH6 (China)
	Not available	210–254	Reserved for BUFR only
		255	Missing value
Notes:
(1) References to countries in brackets indicate the manufacturing location rather than the
country using the instrument.
(2) Some of the radiosondes listed are no longer in use but are retained for archiving purposes.
(3) The alphanumeric code format reports only 2 digits, and the first digit for BUFR is identified
from the date: the first digit is 0 if the introduction of the radiosonde for observation was
before 30 June 2007, or 1 otherwise. Entries in the second part of the table (after 99), which
are declared “Vacant” can be used for new radiosondes because the 2-digit number was
originally attributed to sondes, which are no longer used. This system has been adopted to
accommodate reporting in TEMP traditional alphanumeric code format up to the time BUFR is
fully used for radiosonding reports.
(4) All GPS radiosondes are with thermistor, silicon piezoresistive pressure sensor or pressure
derived from GPS height, capacitive relative humidity sensor and wind derived from GPS
height.