SISO-REF-059!00!2015 Reference for UCATT Ammunition Table Approved 20150901

8/19/2019 SISO-REF-059!00!2015 Reference for UCATT Ammunition Table Approved 20150901

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SISO-REF-059-00-2015

Reference for UCATT Ammunition Table

Verion 1!0

29 "ul# 2015

$re%are& b#Urban Combat A&'ance& Trainin(

Tec)nolo(# *UCATT+ $ro&uct,e'elo%ment rou%


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SISO-REF-059-00-2015. Reference for UCATT Ammunition Table

Copyright © 2015 by the Simulation Interoperability Standards Organization, Inc.

.O. !o" #$12%$Orlando, &' %2$#$(12%$, )S*

*ll rights reser+ed.

ermission is hereby granted to uote any o- the material herein, or to mae copies thereo-, -or non(commercial purposes, as long as the proper attribution is made and this copyright notice is included. *llother uses are prohibited /ithout /ritten permission -rom the SISO Inc. !oard o- irectors.

SISO Inc. !oard o- irectors.O. !o" #$12%$Orlando, &' %2$#$(12%$, )S*

Copyright © 2015 SISO. *ll rights reser+ed age 2 o- %0his is an appro+ed SISO e-erence roduct.


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Re'iion /itor#

3ersion Section ate4667777

8

escription

1.0 0#62962015 &inal appro+ed on 96162015

Copyright © 2015 SISO. *ll rights reser+ed age % o- %0his is an appro+ed SISO e-erence roduct.


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$artici%ant

*t the time this product /as submitted to the Standards *cti+ity Committee 4S*C8 -or appro+al, the)C* roduct e+elopment :roup had the -ollo/ing membership and /as assigned the -ollo/ing S*Cechnical *rea irector;

$ro&uct ,e'elo%ment rou%

Capt Sander Cruiming 4Chair8r Sta--an artinsen 43ice(Chair8

r > >r :rant !ailey 4S*C echnical *cti+ity irector8

> > >

r. agnus *le"anderssonr.


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Bhen the ="ecuti+e Committee appro+ed this product on 9 September 2015, it had the -ollo/ingmembership;

Eecuti'e Committee

ichael ODConnor 4Chair8


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TAE OF CO3TE3TS

1 O'er'ie4!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

1.1 Scope............................................................................................................. 8

1.2 Purpose.......................................................................................................... 8

1.3 Objectives......................................................................................................8

2 Reference *3ormati'e+!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

2.1 SISO References.............................................................................................9

2.2 Other References...........................................................................................9

6 ,efinition. Acron#m. an& Abbre'iation!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!9

3.1 Denitions......................................................................................................9

3.2 Acronys !n" Abbrevi!tions.........................................................................9

7 UCATT Ammunition Table!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!12

#.1 Intro"uction................................................................................................. 12

#.2 Optic!$ %o"in& Structure..............................................................................12

#.3 Aunition 'ype (roupin&..........................................................................13

#.# Aunition )uberin& Su!ry...............................................................13

#.* )uberin& Su!ry Section 1...................................................................1#

#.+ )uberin& Su!ry Section 2...................................................................1*

#., Aunition '!b$es.......................................................................................1+

#.8 Section 1......................................................................................................1+

#.9 Section 1!.................................................................................................... 1+

#.1- Section 1b....................................................................................................1,

#.11 Section 1c.................................................................................................... 1,

#.12 Section 1"....................................................................................................19

#.13 Section 2......................................................................................................19


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IST OF TAES

able 1. Optical Code Characteristics Summary................................................................................. ......12

able 2. *mmunition able Section 2.........................................................................................................1%

able %. eal(ime *mmunition Eumbering Simulation Characteristics....................................................1

able . *mmunition Eumbering -or *mmunition able Section 1..............................................................15

able 5. *mmunition Eumbering -or *mmunition able Section 2..............................................................1F

able F. *mmunition able Section 1a.......................................................................................................1F

able #. *mmunition able Section 1b.......................................................................................................1#

able $. *mmunition able Section 1c.......................................................................................................1$

able 9. *mmunition able Section 1d.......................................................................................................19

able 10. *mmunition able Section 2.......................................................................................................19


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1 O'er'ie4

1!1 Sco%e

he )C* *mmunition able primarily applies to the )C* Inter-ace Standard -or 'aser =ngagement,describing ho/ to communicate a simulated /eapon engagement -rom a /eapon simulator plat-orm to a

target simulator plat-orm.

he )C* *mmunition able de-ines the type o- ammunition used in primarily optical communication o- asimulated /eapon engagement. he subseuent assessment o- the simulated e--ect on the target is notpart o- this *mmunition able and thus it has to be separately de-ined. he intent is that the ammunitiontype o- a simulated /eapon engagement is abstracted -rom the target simulated e--ect e+aluationG i.e.direct -ire optically simulated engagement may be complimented or replaced by another type o-communication /ith the same inter-ace reuirements to maintain the coalition interoperability ob?ecti+es.

1!2 $ur%oe

here is a reuirement -or coalition training o- de-ense -orces. Beapons e--ect simulation has in the pasttypically e+ol+ed /ith national training reuirements resulting in proprietary speci-ications satis-yingspeci-ic national needs. he *mmunition able primarily re-ers to a laser simulated engagementmethodology -or direct -ire /eapon simulation used -or e.g. gunnery and combat training. he realizationo- training speci-ications across coalition plat-orms enables interoperability in a li+e ground training en+i(ronment.

1!6 Ob8ecti'e

he primary ob?ecti+e o- the )C* *mmunition able is to establish a speci-ication -or the communi(cation o- a laser based simulated /eapon engagement in a training en+ironment. he intent is to prescribethe use o- a number o- classes o- ammunition types -or simulating direct -ire /eapon systems.

he )C* Inter-ace Standard -or 'aser =ngagement speci-ies ho/ the di--erent /eapon simulatorsinteract on the e"ercise area. *ll simulators on the e"ercise area ha+e to -ollo/ the speci-ication, toensure that simulators can interoperate properly. he reuirements in the )C* Inter-ace Standard -or'aser =ngagement and the )C* *mmunition able are speci-ically important /hen di--erent /eaponsimulators -rom di--erent manu-acturers shall interact on the e"ercise area.

2 Reference *3ormati'e+

2!1 SISO Reference

,ocument 3umber Title ,ate

1. SISO(S(01F(*& Standard -or )C* 'aser =ngagement Inter-ace

2!2 Ot)er Reference

,ocument 3umber Title ,atenone included

6 ,efinition. Acron#m. an& Abbre'iation

=nglish /ords are used in accordance /ith their de-initions in the latest edition o- BebsterDs Ee/Collegiate ictionary e"cept /hen special SISO roduct(related technical terms are reuired.


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6!1 ,efinition

Term ,efinitionnone included

6!2 Acron#m an& Abbre'iation

Acron#m or Abbre'iation

:eanin( 3ote

* *rmour iercing *C *rmoured ersonnel Carrier *I *rmour iercing Incendiary

H*imp *rmour(iercing, Impro+edore lethality than an *.See Eote *imp.

H*top *rmour(iercing, op *ttacIC ual(urpose Impro+ed Con+entional unitions=* ="plosi+e eacti+e *rmour :' :renade 'auncher = igh ="plosi+e

H=air igh ="plosi+e *ir !urst ="ploding in the air.See Eote =air.

H=imp igh ="plosi+e, Impro+edore lethality than =.See Eotes *imp.

=* igh ="plosi+e *nti(tanH=!! igh ="plosi+e !uner !uster

H=cani igh ="plosi+e Canister he canister cartridgepro+ides a short rangeanti(personnel capability

= igh ="plosi+e ual urpose

=(&*: igh ="plosi+e &ragmentationCan be considered as *=S

=I igh ="plosi+e Incendiary= igh ="plosi+e ulti(urpose

H=air igh ="plosi+e ulti(urpose, *ir !urst="ploding in the air.See Eote =air.

H=dd igh ="plosi+e ulti(urpose /ith elayed etonation= /ith delayeddetonation.See Eote =dd.

H=imp igh ="plosi+e ulti(urpose, Impro+edore lethality than =.See Eote *imp.

H=impair =imp, *ir !urst="ploding in the air.See Eotes *imp and=air

H=O igh ="plosi+e Obstacle eduction an

= igh(="plosi+e lastic )S acronym -or =S=S igh ="plosi+e Suash ead See Eote =S3* igh 3elocity *rmour iercing Similar to *C3*S igh or yper 3elocity *SI&3 In-antry &ighting 3ehicleI)C Interoperability )ser Community

I@@ Ilmator?untaonei+JJriea+y 12.#mm achine:un in &inland

H@=& @inetic =nergy ime &use *!(@=& in direct hit


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Acron#m or Abbre'iation

:eanin( 3ote

role.

H@=&air @inetic =nergy ime &use *ir !urst *!(@=& detonating inthe air.

@3@@ @e+yt @onei+JJri'ight achine :un in

&inlandI ulti(urpose Incendiary See Eote I(C= id(ange unition, Chemical(=nergy(@= id(ange unition, @inetic(=nergyEISS Eear issE'= Eon(lethal

@ ulem?ot @alaKnio+a oderniziro+annyiea+y #.F2mm achine:un in &inland

= rogrammable re(-ragmented =C' ecoilless i-le* olled omogeneous *rmour

: ocet ropelled :renade

ussian language;eati+nyy6uchnoyroti+otano+yy:ranatomyot.and held anti(tangrenade launcher

S*!O * carrier designed to centre a smaller calibre pro?ectile in alarger gun barrel.

Bhen the S*!O round is-ired, it is normallydiscarded a-ter lea+ing themuzzle.

SISO Simulation Interoperability Standards OrganizationS'* Saboted 'ight *rmour enetrator Small arms *SS*&& Smart arget *cti+ated &ire(and(&orget!* hermobaric See Eote hermobaric

E eui+alent rinitrotoluene eui+alent

he e"plosi+e yield o- Eis considered a standardmeasure o- strength o-bombs and othere"plosi+es.

S raining(ractice, iscarding(Sabot)C* )rban Combat *d+anced raining echnologyB! Ball !reaer % rogrammable, re(-ragmented and ro"imity *s in @S:0 %

1! 3OTE- ; *mmunition able acronym only.

2! 3OTE- A$im%- *imp stands -or L* impro+edM and is used in categories in /hich the e--ect spectrum

generated by the di--erent calibres and /eapon plat-orms is too /ide -or one * code only. *imp has ahigher lethality than an *, a result o- longer barrel or modi-ied propellant and6or hea+ier or strongerpenetrator.

6! 3OTE- /Eair-he =air 4= *ir !urst8 acronym is used -or -used = ammunitions, set to detonate inair.

7! 3OTE- /E:$&&-he acronym is used -or = ammunitions /ith delayed detonation, i.e. detonationnot at but a-ter impact. It can be achie+ed by use o-, -or instance, point(detonation -use /ith delay.


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5! 3OTE- /ES/- =S rounds are thin metal shells -illed /ith plastic e"plosi+e and a delayed(actionbase -use. On impact, the plastic e"plosi+e is NsuashedN against the sur-ace o- the target and spread outto -orm a disc or NpatN o- e"plosi+e. * tiny -raction o- a second later, the base -use detonates thee"plosi+e, creating a shoc /a+e that, o/ing to its large sur-ace area and direct contact /ith the target,conducts +ery e--ecti+ely through the material. In the case o- metal armour o- a tan, the compressionshoc /a+e conducts through the armour to the point /here it reaches the metal6air inter-ace 4the hollo/cre/ compartment8 and /here some o- the energy is re-lected as a tension /a+e. *t the point /here thecompression and tension /a+es intersect, a high stress zone is created in the metal causing pieces o-steel to be pro?ected o-- the interior /all.

=! 3OTE- T)ermobaric- he lethality results -rom a thermobaric o+erpressure blast rather than-ragmentation. *s a result o- the thermobaric reaction, all enemy personnel /ithin the e--ecti+e radius /illsu--er lethal e--ects.


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7 UCATT Ammunition Table

7!1 Intro&uction

* typical /eapon simulator is principally built up by t/o parts, the -ire simulator and the target simulator.he /eapon simulator may then simulate -ire against a target and at the same time recei+e simulated -ire

-rom other /eapon simulators.

* /eapon simulator may also be made up o- only the -ire simulator part, as in an anti(tan /eapon, oronly the target simulator part as on a truc.

he /eapon systems ha+e di--erent price le+els and the simulator reuirements may di--er as -ore"ample;

• * tan /eapon system is an e"pensi+e /eapon system and the hit accuracy reuirements areusually important.

• *n anti(tan /eapon system is comparati+ely less e"pensi+e but the simulator might ha+e toconsider that it shall simulate a N&ire(and(&orgetN /eapon system.

• * small arms /eapon system is e+en less e"pensi+e but the simulator data trans-er -rom the -iresimulator to target simulators can be time critical.

• Similar or e+en eual ammunition type is used in di--erent /eapon systems 4e.g. #.F2mm coa"and machine gun8 /here the simulator systems reuirements still di--er.

*s a conseuence the *mmunition able has to support di--erent optical encoding methods used to meetthe di--erent laser simulator reuirements.

7!2 O%tical Co&in( Structure

here are -our basic optical codes de-ined in the )C* Inter-ace Standard -or 'aser =ngagement. heoptical codes /ith related ammunition number series can brie-ly be described as -ollo/s;

he belo/ able 1. summarizes the optical codes characteristics.

Table 1! O%tical Co&e C)aracteritic Summar#

O%tical Co&eSimulation$rinci%le

T#%icall# acannin(tranmitte

r

Comment

eal(ime /o(Bay 7es !allistic pro?ectiles and guided missiles&ire(and(&orget /o(Bay 7es &ire(and(&orget /eaponsShort(ime Scanning One(Bay 7es *gainst soldiers /ithout retro(re-lectorsShort(ime One(Bay Eo Small arms /eapons


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7!6 Ammunition T#%e rou%in(

o reduce the number o- ammunition types and the resulting number o- ammunition numbers, theammunition types /ith similar lethality are grouped as illustrated in the e"ample able 2. belo/;

Table 2! Ammunition Table Section 2

*mmunition ype :rouping ="amples

UCATTAmmunitio

nT#%e

RealAmmunitio

nT#%e

UCATTAmmunitio

nT#%e

RealAmmunitio

nT#%e

*

*

=

** *C *=S *S IC *&SS = *&SS(

)=(&*:

*S= =I *=3*

3*S

=*

=*=

==S ==

7!7 Ammunition 3umberin( Summar#

he able and able 5. in this section summarize the ammunition numbering that come /ith the )C* *mmunition able and to /hat simulation characteristics they apply.

he ammunition numbering o- the )C* *mmunition able is di+ided into t/o sections.• Section 1;

o *mmunition numbers 1 through #9.o Eon(alternating coded ammunition numbers.

• Section 2;o *mmunition types 2001 through 22$0 /ith a +ast number o- related ammunition numbers.o *lternating coded ammunition numbers.

his document re-erred child ammunition numbers are supplemental numbers pro+iding -urther simulationpotential. =ach grandparent or parent ammunition number has one or more related child ammunitionnumbers. It is possible to -ine tune the lethality or -or speci-ic training purposes alter the grandparent orparent ammunition lethality using child ammunition numbers. Child ammunition numbers are -ree to useas -or e"ample -or national training purposes, but are at least target simulator e+aluated as itsgrandparent ammunition number +ulnerability /hen in multinational training.

*nother typical simulation characteristics e"ample is that a top attac engaging missile can detonate /ith

a simulated pro?ectile position abo+e the target and still the target simulator realistically simulates theengagement result.

he able and able 5. summary tables include eal(ime Code simulation characteristics that canbrie-ly be described as -ollo/s;


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Table 6! Real-Time Ammunition 3umberin( Simulation C)aracteritic

SimulationCharacteristics

*bbre+iation

Harget simulator4s8 typical measuredengagement position

Eumber o- -ire simulator simulated pro?ectiles or missiles

-or each optical engagementsimulation.

!urst o- &ire ! Sur-ace impact "(y coordinate /o. he target simulator4s8 compen(sate4s8 /ith raised +ulnerability

irect Impact Sur-ace impact "(y coordinate

One

)narmed )Sur-ace impact "(y coordinate. Impactbe-ore arming distance 4/ithoute"plosi+es detonation8

op *ttac etonation abo+e or sur-ace impact "(y coordinate

*ir !urst 2 * /o dimensional 428 "(y coordinate.

*ir !urst % *hree dimensional 4%8 "(y(zcoordinate used -or calculatingengagement distance

EO=(Harget simulators also simulate -ly(by and ground hit engagement positions.

7!5 3umberin( Summar# Section 1

he )C* Inter-ace Standard -or 'aser =ngagement includes non(alternating coded ammunitionnumbers 1 through #9 and contains additional Short(ime coded child ammunition numbers. =ach o- theShort(ime ammunition numbers #(#F has -i+e related child ammunition numbers as illustrated by thebelo/ able .

*s -or e"ample -used = ammunition is simulated and optically communicated to the targets to recognizethat the engagement /as detonating as an air burst. he air burst engagement e--ect is simulated /ith abasis o- a t/o dimensional 4"(y8 measured engagement position.

he -ollo/ing able summarizes the numbering summary section 1 ammunition numbering and ho/ thenumbering supports simulation characteristics;


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Table 7! Ammunition 3umberin( for Ammunition Table Section 1

Simulation

C)aracter-itic

;$arent-

C)il&Relation-)i%

O%tical Co&e

Real-TimeS)ort-Time

Fire-an&-

For(et

S)ort-Time

Scannin

(Section 1a

Section1c

Section1b

Section1&

,irectIm%act

To%Attac>

urt of Fire

Air urt

2,

Abbre'ia-tion

Ammo T#%e

! * E.*. && E.*.

1(#9

Eone 1(2, 2F(29, %1(F E.*. 25, %0 ##(#9:rand(parent

E.*. #(#F E.*. E.*.

Child E.*.

15#(15#F1F#(1F#F1##(1##F1$#(1$#F19#(19#F

E.*. E.*.

7!< 3umberin( Summar# Section 2

o the ammunition numbers in section 1 are in section 2 added se+eral hundreds more alternating codedammunition numbers allo/ing simulation o- numerous /eapon plat-orms and ammunition types. Inaddition to gro/th potential, these ammunition numbers also allo/ the users to as -or e"ample;

• *chie+e interoperability bet/een coalition -orces• Separate bet/een /eapon systems in the battle-ield• Support training against simulated O&O /eapons.

ogether /ith the ammunition numbers in section 2 there is also an additional support o- enhancedsimulation principles as -or e"ample;

• hree dimension air burst• =ngagement distance dependent lethality• Beapon arming distance dependent lethality• ore accurate target simulator measurement o- pro?ectile or missile engagement position as -ire

simulator /eapon cant angle can be trans-erred to target simulator.

*s illustrated in the belo/ able 5., the basic number series 1 through 2$0 is repeated /ith di--erentdigit4s8 pre-i"es. he number series 2001 through 22$0 represents the basic ammunition types and the

ammunition number pre-i"es re-lect the *mmunition able support o- the )C* Inter-ace Standard -or'aser =ngagement multiple optical codes and other simulation characteristics.

*s -or e"ample = ammunition, can be simulated and optically communicated to the targets to recognizethat the engagement /as a direct hit, ground hit, a -ly(by or that it /as -used and thus detonating as an air burst. he air burst engagement e--ect is simulated /ith a basis o- a three dimensional 4"(y(z8 measuredengagement position then calculated as an engagement distance.

*nother -unctionality e"ample is interaction /ith simulator systems /ithout retro(re-lectors. he eal(imet/o(/ay simulated ammunitions, reuiring target retro(re-lectors, are also supplemented /ith a


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corresponding ammunition number -or Short(ime Scanning one(/ay simulation reuiring no retro(re-lectors.

he -ollo/ing able 5. summarizes the numbering summary section 2 ammunition numbering and ho/the numbering supports simulation characteristics;

Table 5! Ammunition 3umberin( for Ammunition Table Section 2

SimulationC)aracter-

itic

;$arent-C)il&

Relation-)i%

O%tical Co&e

Real-TimeFire-an&-

For(etS)ort-TimeScannin(

,irectIm%act

To%Attac>

urt of Fire

Air urt6,

Unarme&

Abbre'ia-tion

Ammo T#%e

! * ) && SS

2001(22$0

:rand(parent

2001(22$0 E.*.

arent E.*.001(

2$0

F001(

F2$0

$001(

$2$0

12001(

122$0

22001(

222$0Child %001(%2$0

5001(52$0

#001(#2$0

9001(92$0

1%001(1%2$0

2%001(2%2$0

7!= Ammunition Table

he )C* *mmunition able presents ammunition type numbers /ith related ammunition numbers,caliber6/eapon and ammunition type. In case the Leal *mmo ypeM is eual to the L)C* Inter-aceStandard -or 'aser =ngagement *mmo ypeM it is -or matter o- bre+ity not al/ays /ritten.

7! Section 1

Section 1 contains -our sections related to -ire simulator used optical code.

• 1a. eal(ime• 1b. &ire(and(&orget• 1c. Short(ime• 1d. Short(ime Scanning

7!9 Section 1a

his section contains ammunition numbers related to the eal(ime optical code.

Table

Ammo3o!

SimulationC)aracteritic

Caliber or ?ea%onUCATTAmmo

T#%e

,ecri%tionReal

Ammo

T#%eR, RT R RA FF

1 * 120mm 2500m *2 * 120mm P2500m *% = 120mm = = 120mm delayed detonation = etonation behind the /all5 * 105mm *F = #0(90mm =# =* 105mm =*$ = 105mm =9 * %5mm Cannon *


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Ammo3o!


Caliber or ?ea%onUCATTAmmoT#%e

,ecri%tionReal

AmmoT#%e

R, RT R RA FF

10 * 20mm Cannon *11 ! !all 5.5Fmm : +ehicle, burst o- -ire !all CO*Q12 O, anti(tan helicopter =*1% =''S, :I'', Spie, !ill 2, ( direct hit =*

1 OB, !ill 1 direct hit =*15 I'*E =*1F =* z&% =* C:$ =* 551, ' * FF6#91# *! %0mm direct hit =1$ =I 20mm Cannon = =I19 Eon('ethal Beapon, +ehicle !all20 *mmunition /ithout e--ect E'= Eon(lethal ammo, rubber pro?ectiles21 ! * 20mm Cannon, burst o- -ire *22 ! = 20mm Cannon, burst o- -ire =2% ! !all #.F2mm : +ehicle, burst o- -ire !all CO*Q2 =I z&% hea+y = =I25 && See section 1b2F =* 0mm, *:' =*2# =I 0mm, *:' = =I2$ =I %5mm Cannon = =I

29 = 12.#mm 6 : 6 !: =%0 && See section 1b%1 =* z&% hea+y tandem =* C:$ =* #51

%2 z& !uner-aust = !!!uner buster, C:$ = 1 direct hit,* FF6#9 direct hit

%% * *! %5mm time -uzed =air *!% !ill 1 op attac =*%5 !ill 2 op attac =*

%F * z& middle air burst =air C:$ = 1 air burst, * FF6#9och

=

%# * 12.#mm 6 : 6 !: *%$ !ill 2 so-t target =*%9 =* z& light =* :BF00 * *! %0mm time -uzed =air =1 * *:' *! 0mm time -uzed =air =2 * *! 120mm time -uzed =air =% !all 12.#mm : 6 !: !all * %0mm *

5 z& middle =*C:$ =* F51, '(' * FF6#9,

*mmo /ith tracer F E.*. Eot yet used E'= Spare

7!10 Section 1b

his section contains ammunition numbers related to the &ire(and(&orget optical code.

Table =! Ammunition Table Section 1b

Ammo3o!

Caliber or ?ea%onUCATT

Ammo T#%e,ecri%tion

25&ire(and(&orget middle, #0mm helicopterrocet

=*

%0 *S ', =''S, :I'', Spie, 4&R& hea+y8 =* I:* '

7!11 Section 1c

his section contains ammunition type numbers related to the Short(ime optical code. he ammunitiontype numbers are then related to ammunition numbers as -urther described in section L.5 EumberingSummary Section 1M.


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Table ! Ammunition Table Section 1c

AmmoT#%e3o!

Corre-%on&in(

3ear :i

3o!


Ammo T#%e,ecri%tion

# Eot yet used E'= Spare

$ 59 I= light, E 5g, remote range ==B ine it, emote range19 *nti(ersonnelEote 19

9 F5I= middle, E 5 ( 20g, remoterange

==B ine it, emote range100 *nti(ersonnelEote 100

50 59 = and :renade =

51 5# !all 5.5Fmm : !allachine :un:, C#, C$, inimi, @1F

52 F5 ruc bomb E P100g = ruc bomb

5% 59 :renade(thro/er = :renade thro/er

5 F5 = 12.#mm : =

ea+y achine :un

, Sniper 55 5# Eon('ethal Beapon, tear gas E'B ear gas

5F 5# !all 5.5F 6 #.F2mm *ssault /eapon !all *ssault ri-le5.5F; :%F, St: ###.F2; :%, *:(%, @1#

5# 5# Eear iss light hand held /eapon EISS'ight Small *rms Beapon Eear issSt:, C#, C$, inimi

5$ 59 !all #.F2mm : !allachine :un:%, :#, *: In-, @3@@ 4'ight :8, @ 4:8,Chain gun

59 59Eear iss middle hand held/eapon

EISSiddle Small *rms Beapon Eear issSS:, :#, *: In-.

F0 F5=B O-- oute *nti(tan @ill, shortrange

==B 3ehicle @ill(12 *, 125mm =*

F1 F5 =B O-- oute *nti(tan it, remoterange

= =B Soldier @ill

F2 59Indirect ill, against transportedpersonnel

@ill Indirect @ill e.g. inside the +ehicle

F% 59 Indirect ill, bac blast @ill!ac-ire -rom a recoilless /eapon

* bac(blast

F F5 !all 12.# mm : 6 'ong range ri-le !all Ts:, !ro/ning .50, I@@

F5 F5 Eear miss hea+y hand held /eapon EISSea+y Small *rms Beapon Eear issTs:, !ro/ning .50, *ccuracy $.Fmm

FF 59 = and :renade =

F# F#Eon('ethal Beapon, rubberpro?ectile, concussion grenade

E'B

F$ 59 I= light, E 5g, short range ==B ine @ill, Short range19 *nti(armour Eote 19

F9 F5I= middle , E 5 ( 20g, shortrange

==B ine @ill, Short range100 *nti(armour Eote 100

#0 F5 I= hea+y, E 20 ( 100g =

#1 F5 * 12.#mm : 6 'ong range ri-le * :$2, I@@ *S, *S


19/30

AmmoT#%e3o!

Corre-%on&in(

3ear :i3o!


Ammo T#%e,ecri%tion

#2 59 * #.F2mm 6 $.Fmm Sniper *Sniper #.F2mm; :22, SS:F9, E(19$.Fmm; *ccuracy, *@

#% 59 =* 0mm :renade istol, *:%F =* :renade istol6i-le

# 59 = 0mm :renade istol, *:%F = :renade istol6i-le

#5 5# !all .Fmm achine istol, # !all Sub(achine :un

#F 5#!all 9mm achine istol 5, istol$

!allistol, Sub(achine :un5, :loc 1#

7!12 Section 1&

his section contains ammunition numbers related to the Short(ime Scanning optical code.

Table 9! Ammunition Table Section 1&

Ammo3o!


Ammo T#%e,ecri%tion

## 3ehicle = =

#$ 3ehicle : !all CO*Q

#9 *nti(tan = =

7!16 Section 2

his section contains ammunition type numbers related to the eal(ime, &ire(and(&orget or Short(imeScanning optical codes. he ammunition number is gi+en by the belo/ tabled basic ammunition typenumber and ammunition number digit4s8 pre-i"es. he ammunition number digit4s8 pre-i"es selects opticalcode as /ell as other characteristics to the simulation as -urther described in section L.F EumberingSummary Section 2M.

Table 10! Ammunition Table Section 2

AmmoT#%e3o!



,ecri%tionReal

AmmoT#%e

R, RT R RA RU FF SS

5.5(F.5mm *ssault i-leachine :un

5.5Fmm Cal. 0.22%

2001 !5.5"%9mm

* *5.5F"5mm 995 *

2002 !

5.5"%9mm

!all

5,5mm # 4)SS6ussia8

!all5.5F"5mm

Similar as ammo no 5F *@5, @sp90

5.5Fmm.22% emington 6 5,5F E*O 4)S*8

$55 E*O !all, 19% !allF.$($.Fmm *ssault i-leachine :un

F.$mm Cal. 0.2##.F2mm Cal. 0.%0

200% !#.F2"%9mm

* *#.F2"51mm

200 !

F.$"%mm

!all

Similar as ammo no 5$F.$"%mm SC 4Spec. urpose Cartridge8

!all#.F2"%9mm#.F2"51mm *@, @sp5$, sg90, @sp m6%9, @sp9#.F2mm 59, F1, F, $0 !all5.5($.Fmm Sniper 5.5Fmm Cal. 0.22%

http://en.wikipedia.org/wiki/Glock_17http://en.wikipedia.org/wiki/Glock_17http://en.wikipedia.org/wiki/Glock_17


20/30

AmmoT#%e3o!



,ecri%tionReal

AmmoT#%e

R, RT R RA RU FF SS

#.F2mm Cal. 0.%0

2005 #.F2Q51mm

*sg90

*6S'*#.F2Q5mm

$.FQ#0mm

200$

5.5F"5mm

!all

2F2 Sniper

!all#.F2Q51mm 11$ 'ong ange#.F2Q5mm$.FQ#0mm5.5FmmCoa"ain :un

5.5Fmm Cal. 0.22%an, I&3, and *C coa"ial gunI&3 and *C main gun

2012 ! 5.5Fmm * *201% ! 5.5Fmm !all 3ehicle : !all

F.$($.FmmCoa"ain :un:

#.F2mm Cal. 0.%0an, I&3, and *C coa"ial gunI&3 and *C main gunea+y achine :un

201 ! #.F2mm * *

2015 ! #.F2mm !all

Small *rms 41F, F0, Coa"8, 3ehicle

ounted3ehicle coa"ial3ehicle :, urret :,@sp5$C, @sp m6%9, @sp9

!all

SS *gainst one(/ay targets3ehicle coa"ial #.F2mm

12.#(1.5mmSniper i-le

*nti(aterial i-le12.#mm Cal. 0.50

201F 12.#"99mm

* *g90

*12.#"10#mm

201$ 1.5"11mm * *

2019 12.#"99mm

!all *g90

!all12.#"10#mm1.5"11mm

2022

12.#"99mm

=

*g90

12.#"10#mm1.5"11mm12.#mmCoa"ain :un:

12.#mm, Cal 0.50an, I&3, and *C coa"ial gunI&3 and *C main gunea+y achine :un

2025 !

12.#"99mm

*

2, $, 20 *

12.#mms:, !:, Us:, Q*(20% OBS, I@@90% S'*, 9F2 S'* S'*

12.#"10#mm *2029 ! 12.#"99mm *S *S

20%0 !

12.#"99mm!all

ea+y :2, $5, $2, 95 !arretts:, !:, Us: 4/eich8@S 4sp8 !all

12.#"10#mm

12.#mm Q1022SS

*gainst one(/ay targets3ehicle coa"ial 12.#mm

20%% !12.#"99mm

=

211 s:, !:, Us:@S 4sp8

12.#"10#mm1.5mmCoa"ain :un:

an, I&3, and *C coa"ial gunI&3 and *C main gunea+y achine :un

20%5 ! 1.5"11mm * *


21/30

AmmoT#%e3o!



,ecri%tionReal

AmmoT#%e

R, RT R RA RU FF SS

20%F ! 1.5"11mm !all!($0, S@@S@@; asas onei+JJri

!all

20%# ! 1.5"11mm = =

20(50mm:renade i-le

20, 25, %0, %5, 0, %mm

20%$

0"F *=S

=0mm = 0F

* *=S5#F)sing the % detonation model, detonating/hen directly lea+ing the gun muzzle

!ucshot

200 0mm =

%%

=%00"F =I ellhound#9

Shotgun 10(, 12(, 1F(, 20(, 2$(, F#(:auge

20%

Shotgun *=S !ucshot*

)sing the % detonation model, detonating/hen directly lea+ing the gun muzzle

20

Shotgun = !ucshot* )sing the % detonation model, detonating/hen directly lea+ing the gun muzzle

*:' V%5mm *:'; *utomatic :renade 'auncher 20, %0mm

205 * 20, 25mm = =

* =air Q101$, Q1019

20F

20, 25mm =cani *=S*

)sing the % detonation model, detonating/hen directly lea+ing the gun muzzle

20# 20, 25mm = =20$ 20, 25mm =* =*

*:' P%5mm *:'; *utomatic :renade 'auncher 0, %mm

209 * 0"5% = *:' = =

2050

0mm =cani

@19 /ith 1001 Canister

*=S* )sing the % detonation model detonating

/hen directly lea+ing the gun muzzle

2052 0mm =

@19 /ith %0=

Q%20 *:' /ith =I or =OESI

=I=

="tended ange 'o/ ressureN 4='80W51mm

=

205F 0mm =* *:' /ith shaped charge ammo =*25mm Cannon &ast(-iring, automatic guns

205# ! 20mm * Op-or 20(2%mm *S

205$ !20mm

*imp

On(board mounted : 19 CIBS, 2 CIBS:)(26! S*=:)(2$*6! S*=I5% *I, F01 *I(, ##5 *I(

*S

*= *=I

*I

2%mm XS) 2%(XS) 2%(, S*!O *IS*!O

20F% ! *20mm

=

On(board mounted :2061 Slbrhpgr 95 4b+%02, tgb20%8

=, =I,=

5F =I, 5F*% =6I =I210 =I, 22 =I( =I90 (S I

2%mmSIXS) 2%(, =*

=,=*

25(29mm Cannon &ast(-iring, automatic guns20F$ ! 25mm * Op-or 25(29mm *S


22/30

AmmoT#%e3o!



,ecri%tionReal

AmmoT#%e

R, RT R RA RU FF SS

20F9 ! 25mm *imp

7 *7 * 1F%(% *Q109

#91 *S(, 919 *S( *S:)(206) *I *=I

20#% * 25mm @=& *!(@=& direct detonation, -ly by or airburst

*!(@=&

20# ! * 25mm =

=#92 =I(, @210 =I( =I:)(22 =(I, :)(25 =(I, =I:)(%26), S*=I, :)(%$6) =(I =I

%0(%mm Cannon &ast(-iring, automatic guns

20#$ ! %0mm *!(2 SOp-or *C 2 *

*S *&SS

*=:)(16! *I *I

20$0 ! %0mm *imp)lan @=C390%0 *&SS(!lue-or *= and *S

*S *&SS

*=

20$1 * %0mm @=& *!(@=& direct detonation, -ly by or airburst

*!(@=&

20$2 ! * %0mm =!(2 SIOp-or *C =

=

20$% ! * %0mm =imp)lan XC390%0 '( and (!lue-or =

=

'%5(%9mm Cannon &ast(-iring, automatic guns

20$ %5mm *On(board mounted :

*'I@ *

20$5 * %5mm @=& *!(@=& direct detonation, -ly by or airburst

*!(@=&

20$F * %5mm =On(board mounted :SI

=I,=

20$# %5mm =dd elayed detonation =0mm Cannon &ast(-iring, automatic guns

20$$ 0mm * C390 *20$9 * 0mm @=&

*!(@=& direct detonation, -ly by or airburst

*!(@=&

2090 0mm =* S: =*

2091

0mm=

C390 S:=0"Fmm 0F= , %$1=, %$F=, 1=

0"5%mm %$% =, %$ =

* 0mm =air

*ir burstC390 @S:C390 @S: %

=

%9# *ir burst , %9#*1 *ir burst@2$5 =Q10F0 hermobaric ound !*

209# =dd elayed detonation =#Fmm * :un:, C'

:; ocet ropelled :renadeC'; ecoilless i-le

209$ *0mm

=:(# /ith O:(#3

=#%mm O&O *C =#5mm ype F9

2100 )

FFmm

=*

#2 '*B

=*Fmm :(1$

#%mm:(22, :(2F

O&O *C #%mm =*##(9mm * :un:, C'

:; ocet ropelled :renadeC'; ecoilless i-le

210c

$mm :, C' = $mm Carl :usta- direct impactC:$ /ith =1! and =1

=


23/30

AmmoT#%e3o!



,ecri%tionReal

AmmoT#%e

R, RT R RA RU FF SS

= * FF6#9 *)&92mm ype F9 =(&*:

* $mm :, C' =air

$mm Carl :usta- air burst

C:$ /ith =1! and =1* FF6#9 OCS: $ time -uzed

*lso as ammo no. %F

=

2105 )

$mm

=* 1

$mm Carl :usta- C:$ /ith =* 551CC:$ /ith = 502 4=* role8z&% ':S, ' * FF6#9$6$ S'S: #5, s$

*lso as ammo no. %1

=*$%mm

S*B =**oceye, S*B

$mm *, 1%F * =*, *CS$5mm :(# /ith :#3$5mm ype F9(1

90mmatador 4X&(908 =* ole

atador 4X&(908 =S ole90mm :, C' %#1=1 =*9mm :, C' '*B$09mm ype F9(II, ype F9(III 4:8

211 )

$mm=* 2

C:$ =* #51=*9%mm :(# /ith :#3'

SS *gainst one(/ay targets2115 * $mm * C:$ * 01 4*rea e-ence unition8 *

211F $mm =andem /arheadC:$ #5F 4ulti arget, behind /all8

* *S 4delayed detonation8 *S

211# $mm

=

C:$ = 502 4delayed detonation8 * *S 4mouse hole role8

*S90mm

atador 4X&(908 B! 4Ball !reaching8z&90 4delayed detonation8

2119 $mm

=

C:$ *S 509 4*nti(Structure unition8

irect impact role *S90mm

atador 4X&(908 *S 4*nti(Structureunition8 irect impact role

2121 $mm

=dd

C:$ *S 509 4*nti(Structure unition8elayed detonation role

*S90mm

atador 4X&(908 *S 4*nti(Structureunition8 elayed detonation role

95(109mm * :un :, C':; ocet ropelled :renadeC'; ecoilless i-le

212% *105mm

==

10#mm O&($$%* =(&*:

2125 )105mm

=*

:(# /ith :(#3

=*:(2#:(29 /ith :(293

10#mm !@($$%2129 105mm = ulti(urpose unition =

21%0 *

105mm = !! :(# /ith !:(#3:(29 /ith !:(293 !*:(2# /ith Sh:(1

Y110mm * :un :, C':; ocet ropelled :renadeC'; ecoilless i-le

21%2 * 110mm = z&% = and =I==I

21%% ) 110(112mm =*z&% shaped chargez&% =*112mm *I'*S, S@S@O

=*

21% 110mm = ulti(urpose unition =21%5 110mm = !! z&% !uner !uster 4delayed detonation8 =


24/30

AmmoT#%e3o!



,ecri%tionReal

AmmoT#%e

R, RT R RA RU FF SS

*

V#Fmm :unan, I&3 and *C

5#, #%, #FmmI&3; In-antry &ighting 3ehicle

*C; *rmoured ersonnel Carrier

21%F #%mm * *

*C *&SS

21%# #%mm = =21%$ #%mm =* =*

##(9mm :unan, I&3 and *C

$2, $, $5, 90mm

21%9 90mm *

## *(, %1$ *(, %1$*1 *( *%%2*1 3*( 3*($2 *C( *C(F90 *&SS *&SS

21% * 90mm = #1 =, #1*1 =( =

21 90mm =*%$*1 =*, %1 =*( =*F91 =S(, F92 =S( =S

21F 90mm = =

95(10%mm :unan, I&3 and *C

100mm

21# 100mm *

%)!10 *&SS)!(12! , !(12!,


25/30

AmmoT#%e3o!



,ecri%tionReal

AmmoT#%e

R, RT R RA RU FF SS

)!(53

*&SS(

21#F *

115mm =

O&O, ! = =

%)O&(%#, )O&(%#, )O&(F =(&*:

21#$ 115mm =*O&O ! =* =*)!@(%, )!@(% =*(

11#(122mman, I&3 and *C

120, 122mm

21$0

120mm *'eopard 1*SStr+ 121 *

*S

21$1 120mm *imp

$29*16*26=% *&SS('eopard 2 *&SS(Challenger *&SSStr+122 * *&SSF%*1@=, 5%*1@=%*1@=, %%*1@=

*d+anced ungsten @= Cartridge21$5 120mm *top Q9% S*&&, top attac S*&&

21$F

120mm =cani 102$ Canister

*102$)sing the % detonation model detonating/hen directly lea+ing the gun muzzle

21$#

120mm=

'eopard = *OSStr+ 121 and Sgr

=

90$ =O9%%, 9% =O12*2, %%# =

* =air *ir burst *!SS = 3ehicles = =

2191 120mm =dd elayed detonation =

2192 120mm =*

$%0*1 =*'eopard 2 =*

=*

Challenger =S =S (C=

2195 120mm = 'eopard = =Y125mman, I&3 and *C

125mm

219F 125mm *

(90 *&SSO&O ! 125mm &S*S

*S

!(#1! *=

3!(#2 *C(2199 125mm *top op attac *

2200

125mm=

(90 =O&O ! 125mm =

=

ype $% IC

O&(1, #F, ype 5 =(&*:O&(5F, O&(5F(1, ype F2O&(F2, O&(#1E, O&(#2

* =air *ir burst =

2205 125mm =*O&O ! =*

=*!@(9, !(F%!@(F, !@(1%, !@F%), %)!@(9 =*(&S

V9mm ortar, &ield :un and *rt.ocets

50, 51, 52, #0, #F, F0, $1, $2, $$mm

220$ #0mm = ype #1 = *rtillery ocet &X '*)(9#; &X(#1 =(&*: *rtillery ocet &X '*)(9#; &X($5 &=


26/30

AmmoT#%e3o!



,ecri%tionReal

AmmoT#%e

R, RT R RA RU FF SS

*rtillery ocet ydra #0; 151$0mm S:$0, :* =

105mm

915, 105mm

IC91F, 105mm

* #0mm =air

= *rtillery ocet &X '*)(9#; &X(100 Cargo *rtillery ocet ydra #0; 151 ( time -uzed = *rt. ocet ydra#0; 2F1 ( remote -uzed S = *rt. ocet ydra #0; 255 ( remote -uzed =

2219 #0mm

=*

=* *rtillery ocet &X '*)(9#; &X(9 * *rtillery ocet &X '*)(9#; &X(5$ =*

#%mm #%mm 2.#5inch ocet =*95(19mm *rtillery, ortar,&ield :un, *rtillery ocet

100, 105, 10#, 120, 122, 1%0mm

222%

100mm

=

ype #1 =105mm 915, 91F IC10#mm ype F% rocet

=122mm 122mm *7 &

120mm *OSS:1206:* 120mm 4:@8

120mm O: 120 IC122mm &iros 256%0 rocet =1%0mm F *=1%0mm !($2! *=(1%0mm ype 59, #9, O&%% =1%0mm O&($2 =(&*:1%0mm =($2 =

* 122mm =air *ir burst =22%5

a

120mm=*

sgr 120mm SIQ 4:@8=*

122mm &iros 256%0 rocet22%F 1%0mm !* #9!! !*

Y150mm *rtillery, ortar, &ield:un

152, 155, 1F0, 1F5, 1#5, 1$0, 20%, 20,%05mm

22%#

152, 155mm

=

152mm 155mm =

155mm

$%*1, $F, ype FF IC10#, 59*1, #95, #95=1, $F

=

SIS: 155* 4aubits ##8

1F0mm &($5%*, &($5%)1$0mm :(5#220%mm :(F2020mm &$F2$0mm F#5%05mm #2

* 155mm =air S: 155X 4aubits##822# !* !*

*nti(tan issile, ussia

22$ )

*(, Spigot9111, L&agotM

=*

!, !, !, manpac mountsGcan be -ired -rom *(5 launchers

=* *(5, Spandrel911%, L@onursM

911%, !, !, !, manpacmountsGcan be -ired -rom *( launchers!(2, S0$2O&O *C *:B

2250 ) *(9, Spiral(29120, N*taaN

= !! = !!

2251 )

*($, Songsterd9112, N*taaN

=*125mm gun launchedG (F! and early ($0

=* *(9, Spiral(29120, N*taaN

*3OC, O@), IE =6& launchers

225% ) *(10, Stabber =* 100 and 115mm gun launchedG =*


27/30

AmmoT#%e3o!



,ecri%tionReal

AmmoT#%e

R, RT R RA RU FF SS

911#, L!astionM (55, (F2, (12, and !(% *(10, Stabber 911#, L@anM

100 and 115mm gun launchedG(55, (F2, (12, and !(%

*(10, Stabber 911#1, L*ranM

100 and 115mm gun launchedG(55, (F2, (12, and !(%O&O *C *:B

225F ) *(11, Sniper 9119, LS+irM9119, Le-lesM

=*125mm gun launchedG(#2, ($0, ($, (90O&O ! *:B

=*

225# )

*(12911#

=*

)ses the same missile as the *(10115mm gun launchedG (F2

=* *(12, S/inger 911#, LShesnaM

)ses the same missile as the *(10115mm gun launchedG (F2

*(12, S/inger 911#1, LShesnaM

)ses the same missile as the *(10115mm gun launchedG (F2O&O ! *:B

22F0 )

*(1%, Sa"horn(291%1, Netis(N

=*

=IS(; 9@115(2

=* *(1, Spriggan

91%%, N@ornetN

152mm. ripod or +ehicle(mountedG

thermal +ie/er e--ecti+e to %500m *(15, Springer 912%, N@riz(antemaN

150mm

22F% )

*(1%, Sa"horn(291%1&, Netis(N

= !! = !! *(1, Spriggan91%%&, N@ornetN

*(15, Springer 912%&, N@riz(antemaN

*(1F, Scallion, N3ihrN *ir to ground system22F# ) *(1F, Scallion, N3ihrN =* *ir to ground system =*

22F$ ) *(1F = =

* =air ime -uzed direct detonation

22F9

S*(1, :remlin9%F, LStrela(%M

= =S*(1F, :imlet

9%1%, LIgla(1MS*(1$, :rouse9%9, LIgla(M

22#2 S*(2, :rinch9%2, LIgla(SM

= =

*nti(tan issile, )S

22#% *:(F5 =*a+eric, 5# g hollo/ charge /ith contact-uze =*1%5 g high e"plosi+e

22#5 ) *:(11@

=*

ell-ire II)S, S/edish, E*O, and Israeli use

=*

*:(11E etal augmented charge=**C

22## ) *:(11@II

=="ternal blast -rag slee+e =

*:(11 !last -ragmentation =(&*: *:(11' 'ongbo/ ell-ire =

22$0 ) *:(!:(Q7X =*


28/30

AmmoT#%e3o!



,ecri%tionReal

AmmoT#%e

R, RT R RA RU FF SS

2291 )OB 2*

=*!55C

=*2206 !:(#1=

2292 )

OB 2*, 2206 !:(#1

= !!

OB 2* !uner !uster

= !!redator,&:(1#2! S*B(3

redator. ulti(purpose +ariant 438 blast-ragmentation /arhead, /hich /ill con+ertthe system into a direct attac urban assault/eapon, e--ecti+e against buildings andbuners.

229 )OB 2! , 2206 !:(#1&

=*

OB 2! top attac.!55=

=*redator &:(1#2*

op attac. )@ @estrel

229F ) OB 2! air launched =*OB 2! *eroOB 2! &

=*

229# ) 'OS* =*&ire(and(&orget /eapon system'ine(O-(Sight *nti(tan /eapon using@inetic =nergy issile 4@=8

=*

229$ ) # ragon =*ragon, Saudi, 7ugosla+, S/iss, oroccan,


29/30

AmmoT#%e3o!



,ecri%tionReal

AmmoT#%e

R, RT R RA RU FF SS

2%20 ) !ill 2. op attac=*

*lso as ammo no. %5. Origin S/eden =*

2%21 ) !ill 1 and !ill 2. So-t arget=*

*lso as ammo no. %$. Origin S/eden =*

2%22 !S(#0 =!S(#0 @0. Origin S/eden

=!S(#0 @1. Origin S/eden

2%2 ) !S(#0 =* !90 @2. Origin S/eden =*

2%25 ) !S(#0 =*irect attac !O'I=IO2005. Origin S/eden

=*

2%2F ) !S(#0 =* op attac !O'I=. Origin S/eden =* *nti(tan issile, International

2%2# ) SI@=(S irect attac =* Short ange =*

2%2$ ) && SI@=( 'o/ ra?ectory =*edium ange:I'' 'o/ ra?ectory

=*

2%29 ) && SI@=( igh ra?ectory =*edium ange:I'' igh ra?ectory

=*

2%%0 ) SI@=(' irect attac =*'ong ange

*lso as ammo no. 1%=*

2%%1

)

SI@=(' op attac

=* 'ong ange

=*&& =* *lso as ammo no. %02%%2 ) SI@=(= =* ="tra 'ong ange. E andy =*

2%%% oopa

=*Origin S.*-rica

=*Ing/e Origin S.*-ricaEon('ethal'ess 'ethal

*s -or e"ample tear gas shells, bean bags,stun rounds and rubber pro?ectiles.

2%% *mmo /ith no e--ect E'= *mmo /ith no e--ect E'=

2%%5

V#Fmm

E'= E'=0mm :renade %$5, 91$, 20%, 19, Q%200mm 100F Sponge ound 4oint8, F51 CS0mm 1029 Cro/d ispersal Cartridge

2%%9 ##(109mm

E'= Stun Cartridge E'=105mm

2%1 Y110mm

E'= Stun Cartridge E'=120mmorizontal =--ects Beapon

Impro+ised ="plosi+e e+ice

2%%

I= light E 5g

=

*s -or e"ample impro+ised shrapnel pacedtogether /ith a number o- dynamitecartridges.

=!ooby(trapSuicide !omber

* I= light E 5g )sing the % detonation model

2%F

I= medium, E 5(20g ==.g. 120mm = shells armed as an I=

=* )sing the % detonation model

2%#

I= hea+y, E 20(100g = =* )sing the % detonation model

2%$

ruc bomb, E P100g = =* )sing the % detonation model

2%9 =B O--(oute *nti(tan =*(12 *2 mine

=*

andgrenade

2%50

100g E eui+alent

=

&ragmentation grenade

&*:F#&1 )SS 'imona

* 100g E eui+alent )sing the % detonation model

2%5%

250g E eui+alent *=S

Concussion grenadeConcussio

n@%*2 @%*2

* 250g E eui+alent )sing the % detonation model2%55 $ E'= Stun grenade Stun

=ngagement *lert o in-orm the target about an engagement2%5F 'aser ange &ire E'= * '& is made against the target2%5# 'aser esignator E'= * 'aser designation is done against the


30/30

AmmoT#%e3o!



,ecri%tionReal

AmmoT#%e

R, RT R RA RU FF SS

target

2%5$ 'aser !eam ider E'= * 'aser beam riding missile is engaging thetarget

2%59 I&& * E'= Identi-ication &riend or &oe. I&& is done by * 4!lue-or8

2%F0 I&& ! E'= I&& is done against the target by ! 4Op-or8

I&& ans/er *ns/er to a -riendly I&&Eot simulated

2%F1 unition &lame E'=Simulate the -act that the target may+isually recognize that a /eapon is -iredagainst the target

Short(ime Scanningrimary dedicated Short(ime Scanningsimulation. ay still be used also in eal(ime simulation

2%F2 SS Eear iss V$.Fmm EISS 5.5F, #.F2mm Cal 0.22%, 0.%02%F% SS Eear iss P$.Fmm EISS 12.#, 1.5, 20, %0, %5, 0mm2%F SS )ni+ersal @ill @ill )ni+ersal @ill2%F5 SS elmet o-- @ill @ill unishing soldiers /ith helmet taen o--

*dditional *dditional Simulated &unctions

2%FF & S* = & Sur-ace to *ir issile =2%F# Secondary =--ects @ill @ill *s -or e"ample shrapnel -rom a tan hit2%F$ &lame(thro/er @ill

ain :un anger Xones

2%F9 Short ange ain :un anger

Xone@ill

*s -or e"ample lethality caused by petals or gun o+erpressure /hen standing typicallyup to 200m in -ront o- a tan gun

* )sing the % detonation model

2%#0 emote ange ain :unanger Xone

@ill *s -or e"ample lethality caused by petals/hen standing typically 200(1000m in -ronto- a tan gun

Spare ammo numbers219%

to22$0

E.*. Spare ammo types

3OTE- :19! *lthough 19 is an anti(tan mine, -or simulation purposes a speci-ic long range anti(personnel code isreuired to gi+e the possibility o- ad?usting the 'aser e--ect radius and +ulnerability. )sed on its o/n, it simulates alarger type o- anti(personnel mine.

3OTE- :100. *lthough 100 is an anti(tan mine, -or simulation purposes a speci-ic long range anti(personnel codeis reuired to gi+e the possibility o- ad?usting the 'aser e--ect radius and +ulnerability. )sed on its o/n, it simulates alarger type o- anti(personnel mine.

Documents

SISO-REF-059!00!2015 Reference for UCATT Ammunition Table Approved 20150901