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transponder register.
5) Bit numbering in the MB field shall be as specified in Annex 10, Volume IV (3.1.2.3.1.3).
6) Registers containing data intended for broadcast Comm-B shall have the broadcast identifier located in the eight most
significant bits of the MB field.
Note.- Tubks arc. numbered Table 2-X where "X" is the decimal equivalent ofthe BDS code to which the format applies.
2.2.3 RESERVEDFI ELDS
Unless specified in this Annex, these bit lields shall be reserved for future allocation by ICAO.
28/11/02
No. 77
Part I Annex 10 - Aeronautical Telecommunications
2.3 EXTENDED SQUITTER FORMATS
This section defines the formats and coding that shall be used for extended squitter ADS-B messages. When thc extcnded squitter
capability is implemented as an extended squitterinon-transponder device (ES/NT, Annex 10, Volume W, 3.1.2.8.7), the convention
for register numbering shall not apply. The data content and the transmit limes shall be the same as specified for the transponder
case.
2.3.1 FORMATTY PE CODES
The format type code shall differentiate the Mode S extended squitter messages into several classes as specified in the following
table:
28/11/02
No. 77
NUC-P
0
9
8
7
6
9
8
7
6
5
4
3
2
1
0
N/A
9
8
Type
code
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
-
18
Format
No position information
Identification (Category Set D)
Identification (Category Set C)
Identification (Category Set B)
Identification (Category Set A)
Sulfate position
Surface position
Surface pos~tion
Surface position
Airborne position
Airborne position
Airborne position
Airborne position
Airborne position
Airborne position
Airborne position
Aihorne position
Airbornc position
Airborne position
Definitions (DF = 17 or 18)
95% Containment radius,
p and v, on horizontal and
vertical position error
p<3n1
3 r n s p < lorn
10 m 5 p < 92.6 rn
(0.05 NM)
(0.05 NM) 92.6 rn Ip
p < 3 m
3 r n < p < lorn
1 0 r n 1 ~ < 9 2 6 r n
(0.05 NM)
92.6 m (0.05 NM) g p
< 185.2 m (0.1 NM)
185.2 m (0.1 NM) 5 p
< 463 rn (0.25 NM)
463 rn (0.25 NM) < p
< 92.6 m (0.5 NM)
92.6 rn (0.5 NM) g p
< 185.2 km (1.0 NM)
1.852 krn (I -0 NM) 5 p
< 9.26 km (5.0 NM)
9.26 krn (5.0 NM) < p
--< 18-52 km (10.0 NM) -
8.52 km (10.0 NM) 5 p
"TYPE" Sabjield Code
Horizmtal protection limit,
(HpL)
HPLc75m
HPL < 25 m -
HPL < 185.2 m
(0.1 NM)
APL > 185.2 111
(0.1 NM)
HPL < 7.5 nl
7.5 m 5 HPL < 25 rn
25 m IHPL < 185.2 rn
(0.1 NM)
185.2 m (0.1 NM) 5 HPL
< 370.4 m (0.2 NM)
380.4 m (0.2 NM) g HPL
< 92.6 rn (0.5 NM)
26 rn (0.5 NM) 5 HPL
< 185.2 m (1.0 NM)
185.2 m (1.0 NM) 5 HPL
< 370.4 rn (2.0 NM)
7.704 krn (2.0 NM) 5 HPL
< 18.52 km (10 NM)
18.52 km (10 NM) 5 HPL
< 37.04 km (20 NM)
HPL z 37.04 km (20 NM)
19
20
2 1
Altitude lype
(2.3.2.4)
Baro altitude or
no altitude information
Not applicable
Nut applicable
Not applicable
Not applicable
No altitude information
No altitude information
No altitude information
No altitude information
Baro altitude
Baro altitude
Baro allilude
Baro altitude
Baro altitude
Baro altitude
Baro altitude
Baro altitude
Baro altitude
Baro altitude
Not applicable
-.
p < 3 r n a n d v < 4 m
p-<- 1-0 mandv< 15rn
D@erence betweerr "Baro
alritude" and "GNSS
height (HAE) or GNSS
altitude (MSL)"
(2.3.5.7)
GNSS height (HAE)
GNSS height (HAE) --.
Airborne velocity
Airborne position
Airborne position
Not applicable
HPL < 7.5 rn
HPL < 25 rn
Annex 10 - Acronautical Xclccommunications Volume III
The 95 per cent containment limit, p, on horizontal position error shall be derived from, HFOM (horizontal figure of merit).
Likewise, the 95 per cent containment limit, V, on vertical position error shall be derived from, VFOM (vertical figure of merit).
The horizontal protection level (HPL) shall be derived from AHIL (autonomous horizontal integrity limit).
"TYPE" Subjield Code Definitions (DF = 17 or 18)
　
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