Mod B study Flashcards
1
Q
Question
A
Answer
2
Q
What are the methods of manual orientation
A
SurveyModified SurveyMap
3
Q
What is survey
A
The survey method of orientation and alignment is the most accurate method of manual orientation. This involves the SSS team providing complete UTM, altitude, and set orienting Azimuth for every Launching Station and the Radar Set (within 10m of the known location).
4
Q
What is modified survey
A
Modified is performed when the SSS team can only complete the UTM, altitude, and orienting azimuth for some of the locations. As a minimum, PADS must provide the Radar information of UTM, altitude and orienting azimuth (10-40 meters of the known location).
5
Q
What is map
A
Manual survey is performed when the Radar location will be determined by using the map-spot technique. (40-120 meters of the known location; if more than 120 meters, it must be re-surveyed
6
Q
DA 7616
A
Patriot radar location and alignment data
7
Q
DA 7617
A
Patriot Radar Supplement Roll and Cross roll
8
Q
DA 7618
A
Patriot Launcher Location and Alignment Data (Un-surveyed Site)
9
Q
DA 7619
A
Patriot Launcher Location and Alignment Data Sheet (Surveyed Site)
10
Q
DA 7620
A
Patriot Launcher Supplemental Roll and Cross roll
11
Q
When do you use manual emplacement
A
Use manual emplacement when automatic emplacement fails twice during the automatic emplacement method of initialization
12
Q
How can location data be established
A
SimplifiedSurveySystem
13
Q
How do you initialize
A
using Survey Point
14
Q
What must alignment data include
A
roll/cross-roll can be determined using HANFS or M1 Gunner’s Quadrant and M2 Aiming Circle
15
Q
What is a DAGR
A
The DAGR is a hand-held global positioning system (GPS) receiver used by the U.S. Department of Defense. It is a military grade, dual-frequency receiver, and has the security software necessary to decode the encryptor P(Y) code or GPS signal (Precise Positioning Service, or PPS)(Appendix A, DAGR TM). Will communicate with available satellites within 15 minutesNAVSTAR GPS systemIs made up of three segments: Space, Control, and User.
16
Q
What TM coveres the DAGR
A
TM 11-5820-1172-13&PTM 9-1430-2600-10-1
17
Q
What is an INFS
A
The Improved North Finding System (INFS)Provides azimuth accuracyProvides azimuth, roll / cross roll data within 2.5 minutesThe INFS requires a more accurate Universal Transverse Mercator (UTM)used for seed data; therefore, seed data threshold has been changed from 40km to 50 meters (M) using a 13-digit UTM data field. The HANFS will start its alignment function at the end of the Horizon mapping sequence, after a RS/FP reorientation or transition from local to remote.
18
Q
What TM Covers the INFS (LS)
A
TM 9-1430-2601-10-1TM 9-1440-2600-10
19
Q
What are the manual emplacement forms for
A
These forms are used to help the TCO and TCA manually emplace the system if the system fails to auto emplace.
20
Q
RS M2 Set-up
A
Set M2¹ 5 7 yards from RadarSet non-recording knob to 4800 milsLevel M2¹ using Non-recording knob Sight on Radar mirror (inside curbside front door) line up cross hairs with your image in mirrorRecord elevation of M2¹ to Radar
21
Q
how many mils is the stow position
A
0000 mils
22
Q
degrees to mils
A
1=17.78
23
Q
(North Reference)Set-up
A
Set recording knobs to azimuth that SSS providedUsing non-recording knobs, line up cross hairs with bottom of range pole
24
Q
NREF Range Pole Set-up
A
/= 100m
25
Who validates ISLB PTL/STL change to RS location
RSOP OIC
26
What purpose is ISLB data
Purpose is to give the RS a bottom reference point from which to initiate mapping or provide OSLB.
27
ISLB data
ISLB is shot from the RS HUB stake a minimum of 1 point and up to 10 points centered over the PTL Range of up to 10 Kilometers away from the RS. Elevation entries can be up to 200 mils, and as low as -200 mils; Differences in elevation from point to point cannot exceed 140 mils difference (most positive and most negative readings) Entries exceeding the bearing will result in an “Entries Not Compatible†alert Shoot point just above largest terrain feature in Line of Sight
28
What tab is ISLB
TAB 96
29
What Tab is Radar Location/Alignment Data
TAB 81
30
What are the location tollerances?
Survey = Within 10 meters of known locationModified Survey = 10 to 40 MetersMap = 40 to 120 metersCompass = Radar is within 1 DegreeAny changes exceeding 2 mils requires the system to be updated via 0-degree slew or reinitialization
31
What Tab COvers Launcher Location and Alignment
Tab 85
32
What Tab Covers Data Collection Control
Tab 90
33
What does Tab 90 do
Determines the EDR file name when data is offloaded Allows system to switch between record modes 0-3EDRs are capable of collecting 4 hours of data before overwriting
34
What TAB is Horizon Plat Control
Tab 94
35
What does TAB 94 Horizon Plot Control Do?
HORP displays the OSLB across the horizonSets center angle to be used to view Horizon Plot displaySource of OSLB DataTCS COMPUTED or ACTIVE/DEFAULT MAP
36
What Tab Covers Radar Mapping train control + Summary
TAB 95
37
What does TAB 95 Radar Mapping train control + Summary do
Establishes PTL and STLCommands Radar to slewOSLB data can be provided by TCS using DTED
38
What TAB covers ISLB
TAB 96
39
What azimuth is PTL
0
40
What are the ISLB mil differnce tollarance
Total 200 milsAdjacent points 140 mils
41
What is the purpose of RSOP
is to facilitate orderly, rapid, safe movement, and emplacement at the designated position.
42
What is the primary mission of RSOP
The primary mission of the RSOP team is to select the best terrain and equipment sites that enable the Patriot system to conduct air defense operations.
43
Who determines the number and types of teams necessary to clear and secure a new area
The Commander
44
What are the RSOP teams
RSOP OIC DriverFire Control CrewSecurity TeamCBRN TeamMinesweeping TeamGround GuidesLauncher crewSurvey Team
45
True or false RSOP Members can serve on more than one team
TRUE
46
True or False RSOP Operations checklist needs to be present
TRUE
47
What are the four phases of RSOP
Preperation, Movement, Survey, Emplacement
48
What is part of the preparation phase
Evaluation on Movement warning order, Map Recon, Load Plans and RSOP Briefs
49
What is Part of the Movement Stage
Evaluation on NBC, route recon proceduresUnit will conduct RSOP in MOPP IV IAW (METT-TC)
50
What is Part of the Survey Stage
Terrain analysis and site layout. The team will shoot ISLB data and record SSS data
51
What is part of the Emplacement Stage
Evaluation on guiding the FU into positionRSOP team may emplace ground rods and run fiber prior to main unit arrival
52
What does the commander brief the RSOP OIC
Mission/PTL and STL.Enemy and Friendly Situation.CBRN Intelligence.Challenge/password.Radio Frequencies/call signs.Current ADW.Current state or stage of alertRisk Assessment
53
The OIC/BC preforms map reconnaissance. What are the three types of reconnaissance
Air, Map, and Ground
54
Who assembles the RSOP Team in Preparation Stage
NCOIC
55
Who ensures essential equipment is uploaded
OIC/NCOIC
56
Who Briefs the RSOP team
OIC
57
What is required in PCC-PCI
Info in commander's brief Convoy speeds.Catch up speeds.Air guards.Procedures in case of attacks, roadblocks, or breakdown.Risk Assessment
58
During Movement stage who preforms route recon?
OIC
59
True or false RSOP may take an alternate from the batterys propsed route
FALSE
60
During the Movement stage what is part of route recon
Route acceptance (primary and secondary)RSOP must physically drive the battery’s proposed route. Negotiation of road surfaces, terrain, and bridges may limit the route taken by the Patriot because of the size and weight of the equipment
61
During movement stage whoat teams does the OIC direct
CBRN teamsMine detectionSecurity in bounding over-watchPerimeter defense or roving guards
62
When is RSOP allowed to unmask
When the OIC declares "all clear"
63
During Survey stage, who conducts site survey/terrain analysis
OIC
64
what are the primary areas
fire control platoon, launcher platoon, and battery sustainment and maintenance support elements
65
As the OIC insures the system equipment is propperly surveyed what are some considerations they must take into account
PTL/STL, Cable Lengths, ISLB
66
What time conditions does the OIC need to rehease ground guides
Day and Night
67
Who ensures reciept of main body
OIC
68
True or False Vehicles may stop along the access route
FALSE
69
What are the priorities for site operation
Fire Control Platoon (RS, ECS, EPP, AMG, BCP)Launcher Platoon (Launchers and GMT)Battery support elements (BMC, LRPT, SRPT, FMT, FUEL TANKER, BIVOUAC, MKT, etc.)
70
Who does the OIC need to maintain communication with?
BTRY/BN/BDE elements
71
What is the purpose of clearing
To remove all trees, vegetation, and debris for construction areas
72
How much area must be cleared?
20 Acres
73
How do we provide security for an ADA site
Fencing
74
How much concertina wire is needed for fencing
3850 linear feet
75
M901 Evaluation Considerations
MRCTS TM 9-1440-600-10 Follow CM around LS Pay attention as they climb onto platform and around generator Pay attention to power possitions
76
What are the Propper cable lengths
style="text-align: center;"Power 23m/75f 16/52 style="text-align: center;"RWCIU 37/120 30/100 style="text-align: center;"EPP 23/75 16/52 style="text-align: center;"AMG 23/75 16/52
77
what is two section ground
Two Section Ground- (2) 6 foot rods with #6 copper wire, buried 12 inches below the surface, with 6-8 feet between rods
78
three section ground
style="text-align: center;"3 foot rods with #6 copper wire, buried 12 inches, 3-4 feet apart, either in line or as an equilateral triangle
79
horizontal ground
3 ground rods (9 feet) assembled into trench 9 foot and buried with soil tamped (packed) 6 to 12 inches
80
What is the required resitance
style="text-align: center;"25 ohms system ground style="text-align: center;"10 ohms lightning ground
81
RS Siting requirements
Field of view for PTL and STL’s 30 x 35 meter area to operate Level terrain ( slope or less) Accessibility Location data (13 digit UTM coordinates; or latitude and longitude, altitude, orienting azimuth). Setup at maximum usable cable lengths Line of sight with aiming circles (un- surveyed site / hasty site) DA Form 7616 (Surveyed Site) DA Form 7617 (Unsurveyed Site)
82
ECS siting requirements
Located to the rear of the RS, orienting the ECS  Door away from the RS to minimize RF and noise hazards. Maximum use of usable cable lengths (keep out of vehicle paths) LoS (Line of Sight) with LS’s (DLT Antenna)
83
RSOP RL3 issues Â
RSOP issues for RL-3 Â The primary function of remote launchers is to intercept TBMs as a Launcher Farm There should be a minimum of 2 PAC-3 LSs for a Remote Launcher Farm. The missile load for remote launchers should be GEM-T, PAC-3, or MSE (p. 5- 49) Remote LS emplacement is constrained by RS to LS communications and by missile acquisition (p. 5-52) Communications line-of-sight (LOS) is required for both local and remote launchers (p. 5-52) Remote Launchers should be automatically emplaced by gaining FU
84
Local / Remote Launcher Elevation Emplacement Requirements
Terrain or man-made features between RS and LS exceeding 2.0Â elevation (Local), 2.0Â to 0.5Â elevation (Near-Remote), or 0.5Â elevation (Far-Remote) will impede missile acquisition
85
Launcher Placement in Elevation
Launchers within of Radar PTL have no elevation restrictions, however: Launcher locations at or below the radar elevation are preferred Local Launchers in the ± 60 to ± 80 zones from the Radar PTL should be located as close to the Radar altitude as possible to avoid severe beam-steering angles which may degrade the probability of missile acquisition
86
Radar Launcher Elevation Constraints (RS Above LS)
Within of Radar PTL, the restriction on the elevation difference between the Radar and Launcher is dependent  on range.
87
Unobstructed Angular Zone Around Radar-to-Launcher LOS
The PATRIOT missile is capable of making sharp turns shortly after launch. A sufficient unobstructed field-of-view from the Radar to the Launcher and to areas on either side of the Launcher is required to ensure missile acquisition by the Radar. The angular size of this unobstructed field-of-view varies according to the distance of the Launcher from the Radar.
88
What is in the MWO
style="text-align: center;"PTL/STL style="text-align: center;"Enemy and friedndl situation style="text-align: center;"CBRN intelegence style="text-align: center;"Challenge and password style="text-align: center;"radio frequiency.callsigns style="text-align: center;"current ADW style="text-align: center;"Current state or stage of alert style="text-align: center;"risk managment style="text-align: center;"Â
89
M901 Dangers
Do not stand directly in front of or in back of the vehicle until wheels are chocked.Do not stand between tandem wheels of tractor when coupling or uncoupling trailer. Do not leave tractor unattended before chocking wheels. Ensure all four outriggers have firm contact with the ground..Do not start the generator set until the LS is connected to a suitable ground. If one of the missile hazard lights comes on and a live missile is present with GM cable connected at location(as indicated by a light), immediately notify the engagement control station (ECS) of the condition indicated and advise that the LS will remain in local mode. After notifying ECS, evacuate area and await furtherinstructions. Visually check any missile light that is on.
90
Time for Emplacement
25 Minutes
91
M901 Equipment
PAC-2 Launcher StationM983/M984
92
M901 Time Start/Stop
CM1: Maneuvers the LS tractor and trailer to designated position and orients at marker stakePlaces LS in Remote
93
What TM covers MRCTS
TM 9-1440-600-10
94
M901 Evaluation Considerations
Missile Round Cable Test Set (MRCTS) TM 9-1440-600-10Follow crewmembers around LS and pay close attention as crewmembers climb onto platform and around generator.Pay attention to power-up procedures to identify the possibility of faults.
95
M902 PM Drill
44-CW-D0200
96
M902 PM Time
25 Min
97
M902 PM Equipment
PAC-3 Launcher StationM983/M984
98
M902 PM Times start/stop
Time starts when LS and tractor are oriented at designated positionTime stops when the launcher is placed in remote (Step #27).
99
M902 Emplacement Drill
44-CW-D0190
100
M902 Emplacement Equipment
PAC-3 Launcher StationM983/M984
101
M902 Emplacement Time
25 Minutes
102
M902 Emplacement Start Stop
For evaluation purposes the time starts at receipt of prepare for movement from ECS.Time stops with movement of the LS off of the stake (Step #22).
103
What TM Covers Stray No Voltage Test
TM 9-1440-1600-10TM 9-1440-2600-10
104
PM&E Drills
M901 44-CW-D014044-CW-D0130M902 44-CW-D020044-CW-D0190M903TM 9-1440-2600-10 WP 0105TM 9-1440-2600-10 WP 0035
105
what do you do during a missile hazard
Evacuate all non esential pers to a safe distance min 1250 feetnotify fire department commander, eod, qasas, and safetyDo not approach site for one hourremove all unaffected GMs and equipment from danger areaif cleared but EOD/QASAS owning unit will recover and dispose of GMs in coorination with the servicing ordanance company. If not cleared by EOD and QAQS as safe to move refer to EOD and QASAS personnel for disposition of equipment at the site.
106
four types of storage areas
Theater Storage AreaAmmunition Supply PointATHPUnit Storage
107
What is the purpose of field storage
provide safe AE storage in all operational areas
108
Unit storage
BN level down to the unit
109
Field Storage may be subject to regulatory requirements and generally depends on the following factors
security requirementsQD requirementsRearming, resupplly and relocation timeline
110
Missile Configuations
ANALOG STD MIM-104 DIGITAL STD MIM-104A SOJC ASOJ MIM-104BPAC 2 ATM MIM-104C GEM ATM1 MIM-104DGEM-C ATM1C MIM-104D-1GEM-T ATM1T MIM-104EPAC-3 ATM2 M91 ATM2 M91A1 13506000-2 PAC-3(CRI) ATM2 M91F1 PAC-3 ATM3 MSE (Single)(MSE) ATM3 MSE (Two-Pack)
111
What is Analogs Tab and Model
STD MIM-104
112
Digital Tab And Model
STD MIM-104A
113
SOJC
ASOJ MIM-104B
114
PAC 2
ATM MIM-104C
115
GEM
ATM1 MIM104D
116
GEM-C
ATMC MIM104D1
117
GEM-T
ATM1T MIM104E
118
Pac 3s
ATM2 M91/M91A1
119
PAC 3 CRI (Great Value Brand)
ATM2 MIM-91F1
120
PAC 3 MSE
ATM3 MSE Single MSE twopack
121
What is TIVS
Thermally Into Venting System Always berify indicator is visible
122
Missile Reload Required documentation
Copy of Load test and DA label 80 for tourque wrench
123
Drill Covering GMT relaod
44-CW-D1060
124
Forklift reload
Drill 44-CW-D0150
125
End to End Reload
Level 1-3 Uphill from LS 1-2 FT,
126
Paralell Reload
Level 6-9, unlevel 7-9
127
perpendicular reload
6-9 Feet
128
What doe the TCA Monitor
Launcher status =, current missile count and missile hazad or missfire procedures
129
Patriot Missiles are classified as
Class V Conventional Ammunition
130
Launcher Platoon Consists of what
4 Launcher sectors assigned (squads, 6 LS, 1 GMT
131
What is 2 Section ground
2 6 foot ground rods 12 inches with 6 gauge wire
132
What controls LS Farm
CRG/LCS
