628 Federal Register / Vol. 90, No. 3 / Monday, January 6, 2025 / Notices 

Washington, DC 20301–9000, Myrna 

Merced, 703–697–9864. 

SUPPLEMENTARY INFORMATION: 

Title; Associated Form; and OMB 

Number: Pentagon Reservation Parking 

Permit Application; DD Form 1199; 

OMB Control Number 0704–0395. 

Needs and Uses: WHS requires the 

collection of information from members 

of the public assigned to the Pentagon, 

Mark Center, and Suffolk buildings to 

obtain an authorized parking permit to 

park in a controlled parking facility 

without being enrolled in the Mass 

Transit Benefit Program. The authority 

is promulgated in 10 United States Code 

2674 Operation and Control of Pentagon 

Reservation and Defense Facilities in 

National Capital Region; Administrative 

Instruction Number 88, Pentagon 

Reservation Vehicle Parking Program, 

and Executive Order 9397 (Social 

Security Number, as amended. 

Affected Public: Individuals or 

households. 

Annual Burden Hours: 350. 

Number of Respondents: 4,200. 

Responses per Respondent: 1. 

Annual Responses: 4,200. 

Average Burden per Response: 5 

minutes. 

Frequency: On occasion. 

Dated: December 30, 2024. 

Stephanie J. Bost, 

Alternate OSD Federal Register Liaison 

Officer, Department of Defense. 

[FR Doc. 2024–31662 Filed 1–3–25; 8:45 am] 

BILLING CODE 6001–FR–P 

DEPARTMENT OF DEFENSE 

Office of the Secretary 

[Transmittal No. 23–07] 

Arms Sales Notification 

AGENCY: Defense Security Cooperation 

Agency, Department of Defense (DoD). 

ACTION: Arms sales notice. 

SUMMARY: The DoD is publishing the 

unclassified text of an arms sales 

notification. 

FOR FURTHER INFORMATION CONTACT: 

Pamela Young at (703) 953–6092, 

pamela.a.young14.civ@mail.mil, or 

dsca.ncr.rsrcmgmt.list.cns-mbx@

mail.mil. 

SUPPLEMENTARY INFORMATION: This 

36(b)(1) arms sales notification is 

published to fulfill the requirements of 

section 155 of Public Law 104–164 

dated July 21, 1996. The following is a 

copy of a letter to the Speaker of the 

House of Representatives with attached 

Transmittal 23–07, Policy Justification, 

and Sensitivity of Technology. 

Dated: December 31, 2024. 

Stephanie J. Bost, 

Alternate OSD Federal Register Liaison 

Officer, Department of Defense. 

BILLING CODE 6001–FR–P 


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BILLING CODE 6001–FR–C 

Transmittal No. 23–07 

Notice of Proposed Issuance of Letter of 

Offer Pursuant to Section 36(b)(1) of the 

Arms Export Control Act, as amended 

(i) Prospective Purchaser: Republic of 

Tu ̈rkiye 

(ii) Total Estimated Value: 

Major Defense Equipment * $15.3 billion 

Other ................................... $ 7.7 billion 

TOTAL ............................. $23.0 billion 

Funding Source: National Funds 

(iii) Description and Quantity or 

Quantities of Articles or Services under 

Consideration for Purchase: The 

Republic of Tu ̈rkiye has requested to 

buy 40 new F–16 Block 70 aircraft and 

to modernize 79 existing F–16 aircraft to 

V-Configuration. The request includes: 

Major Defense Equipment (MDE): 

Thirty-two (32) F–16 C Block 70 

Aircraft 

Eight (8) F–16 D Block 70 Aircraft 

Forty-eight (48) F110–GE–129D 

Engines (40 installed, 8 spares) 

One hundred forty-nine (149) 

Improved Programmable Display 


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Generators (iPDG) (40 installed, 10 

spares, 99 for modernization 

program (79 installed, 20 spares)) 

One hundred forty-nine (149) AN/ 

APG–83 Active Electronically 

Scanned Array (AESA) Scalable 

Agile Beam Radars (SABR) (40 

installed, 10 spares, 99 for 

modernization program (79 

installed, 20 spares)) 

One hundred sixty-nine (169) 

Modular Mission Computers (MMC) 

7000AHC (or available mission 

computer) (40 installed, 10 spares, 

119 for modernization program (79 

installed, 40 spares)) 

One hundred fifty-nine (159) 

Embedded Global Positioning 

System (GPS) Inertial Navigation 

Systems (INS) (EGI) with Selective 

Availability Anti-Spoofing Module 

(SAASM) or M-Code capability and 

Precise Positioning Service (PPS) 

(40 installed, 8 spares, 111 for 

modernization program (79 

installed, 32 spares)) 

One hundred sixty-eight (168) 

Integrated Viper Electronic Warfare 

Suite (IVEWS) or equivalent 

Electronic Warfare (EW) systems 

(40 installed, 10 spares, 118 for 

modernization program (79 

installed, 39 spares)) 

Eight hundred fifty-eight (858) LAU– 

129 Guided Missile Launchers 

Forty-four (44) M61 Vulcan cannons 

(40 installed, 4 spares) 

Sixteen (16) AN/AAQ–33 Sniper 

Advanced Targeting Pods (ATP) 

One hundred fifty-one (151) 

Multifunctional Information 

Distribution System-Joint Tactical 

Radio Systems (MIDS–JTRS) (40 

installed and 4 ground terminals, 8 

spares, and 99 for modernization 

program (79 installed and 4 ground 

terminals, 16 spares)) 

Nine hundred fifty-two (952) 

Advanced Medium Range Air-toAir Missiles (AMRAAM) AIM– 

120C–8 or equivalent missiles 

Ninety-six (96) AMRAAM Guidance 

Sections 

Eight hundred sixty-four (864) GBU– 

39/B Small Diameter Bombs 

Increment 1 (SDB–1) 

Two (2) GBU–39(T–1)/B SDB–1 

Guided Test Vehicles 

Two (2) GBU–39(T–1)/B SDB–1 

Practice Bombs 

Ninety-six (96) AGM–88B High-Speed 

Anti-Radiation Missiles (HARM) 

Ninety-six (96) AGM–88E Advanced 

Anti-Radiation Guided Missiles 

(AARGM) 

Ten (10) AARGM Captive Air 

Training Missiles (CATM) 

Eleven (11) AARGM Control Sections 

Twelve (12) AARGM Guidance 

Sections 

Four hundred one (401) AIM–9X 

Block II Sidewinder Missiles 

Twelve (12) AIM–9X Block II 

Sidewinder Captive Air Training 

Missiles (CATMs) 

Forty (40) AIM–9X Block II 

Sidewinder Tactical Guidance 

Units 

Twelve (12) AIM–9X Block II 

Sidewinder CATM Guidance Units 

Twelve (12) MK82 Inert Filled 

General-Purpose Bombs 

Eight hundred fifty (850) Joint Direct 

Attack Munition (JDAM) KMU–556 

Tail Kits for GBU–31 

Two hundred (200) JDAM KMU–557 

Tail Kits for GBU–31v3 

Three hundred eighty-four (384) 

JDAM KMU–559 Tail Kits for GBU– 

32 

Three (3) JDAM KMU–572 Tail Kits 

for GBU–38 or Laser JDAM GBU–54 

One thousand fifty (1,050) FMU–152 

Fuzes 

Non-MDE: 

Also included are AMRAAM CATMs; 

AIM–9X Sidewinder training 

missiles and Active Optical Target 

Detectors (AOTD); HARM control 

sections, rocket motors, and 

warhead spares; FMU–139 Joint 

Programmable Fuzes; DSU–38 Laser 

Guidance Sets for GBU–54; missile 

containers; AN/ARC–238 radios; 

AN/APX–127 or equivalent 

Advanced Identification Friend or 

Foe (AIFF) Combined Interrogator 

Transponders (CIT) with mode 5; 

Joint Helmet Mounted Cueing 

Systems (JHMCS) II or Scorpion 

Hybrid Optical-based Inertial 

Tracker (HObIT) helmet mounted 

displays; Infrared Search and Track 

(IRST) pods; AN/ALE–47 

Countermeasure Dispenser Systems 

(CMDS); KY–58 and KIV–78 

cryptographic devices; Simple Key 

Loaders (SKLs); additional secure 

communications, precision 

navigation, and cryptographic 

equipment; Flight Mission Planning 

Systems (FMPS); Remote Operated 

Video Enhanced Receivers (ROVER) 

6i/6Sis; Tactical Network ROVER 

kits, and STINGER Multi BiDirectional (MBI) antennas; SNIPER 

pod pylons; impulse cartridges, 

chaff, flares, and ammunition; other 

bomb components; Common 

Munitions Built-in-Test (BIT) 

Reprogramming Equipment 

(CMBRE); Rackmount Improved 

Avionics Intermediate Shop 

(RIAIS); Cartridge Actuated 

Devices/Propellant Actuated 

Devices (CAD/PAD); Triple Missile 

Launcher Adapters (TMLA); 

aircraft, avionics, and weapons 

integration, test support, and 

equipment; major modernization 

upgrade kits for F–16 Block 40 and 

Block 50+ aircraft and Service Life 

Extension Program (SLEP) 

modifications; aircraft and engine 

repair and refurbishment after 

maintenance; spare and repair 

parts, consumables, and accessories 

and repair and return support; 

aircraft, engine, ground, and pilot 

support equipment; Classified/ 

Unclassified Computer Program 

Identification Number (CPIN) 

systems; electronic warfare database 

support; pylons, launcher adaptors, 

weapon interfaces, bomb and 

ejection racks, conformal fuel tanks, 

and travel pods; precision 

measurement equipment laboratory 

and calibration support; Classified/ 

Unclassified software and software 

support; Classified/Unclassified 

publications, manuals, and 

technical documentation; maps and 

mapping data; facilities and 

construction support; simulators 

and training devices; personnel 

training and training equipment; 

United States (U.S.) Government 

and contractor engineering, 

technical and logistics support 

services, studies and surveys; and 

other related elements of logistical 

and program support. 

(iv) Military Department: Air Force 

(TK–D–SAE, TK–D–QCV) 

(v) Prior Related Cases, if any: TK–D– 

SFA, TK–D–SLA, TK–D–NCU, TK–D– 

SMB, TK–D–YAC, TK–D–YAE, TK–D– 

YAH, TK–P–AHX 

(vi) Sales Commission, Fee, etc., Paid, 

Offered, or Agreed to be Paid: None 

known at this time 

(vii) Sensitivity of Technology 

Contained in the Defense Article or 

Defense Services Proposed to be Sold: 

See Attached Annex 

(viii) Date Report Delivered to 

Congress: January 26, 2024 

* As defined in Section 47(6) of the 

Arms Export Control Act. 

POLICY JUSTIFICATION 

Republic of Tu ̈rkiye—F–16 Aircraft 

Acquisition and Modernization 

The Republic of Tu ̈rkiye has 

requested to buy 40 new F–16 aircraft 

and to modernize 79 existing F–16 

aircraft to V-Configuration. The request 

includes: thirty-two (32) F–16 C Block 

70 aircraft; eight (8) F–16 D Block 70 

aircraft; forty-eight (48) F110–GE–129D 

engines (40 installed, 8 spares); one 

hundred forty-nine (149) Improved 

Programmable Display Generators 

(iPDG) (40 installed, 10 spares, 99 for 

modernization program (79 installed, 20 


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spares)); one hundred forty-nine (149) 

AN/APG–83 Active Electronically 

Scanned Array (AESA) Scalable Agile 

Beam Radars (SABR) (40 installed, 10 

spares, 99 for modernization program 

(79 installed, 20 spares)); one hundred 

sixty-nine (169) Modular Mission 

Computers (MMC) 7000AHC (or 

available mission computer) (40 

installed, 10 spares, 119 for 

modernization program (79 installed, 40 

spares)); one hundred fifty-nine (159) 

Embedded Global Positioning System 

(GPS) Inertial Navigation Systems (INS) 

(EGI) with Selective Availability AntiSpoofing Module (SAASM) or M-Code 

capability and Precise Positioning 

Service (PPS) (40 installed, 8 spares, 111 

for modernization program (79 installed, 

32 spares)); one hundred sixty-eight 

(168) Integrated Viper Electronic 

Warfare Suite (IVEWS) or equivalent 

Electronic Warfare (EW) systems (40 

installed, 10 spares, 118 for 

modernization program (79 installed, 39 

spares)); eight hundred fifty-eight (858) 

LAU–129 guided missile launchers; 

forty-four (44) M61 Vulcan cannons (40 

installed, 4 spares); sixteen (16) AN/ 

AAQ–33 Sniper Advanced Targeting 

Pods (ATP); one hundred fifty-one (151) 

Multifunctional Information 

Distribution System-Joint Tactical Radio 

Systems (MIDS–JTRS) (40 installed and 

4 ground terminals, 8 spares, and 99 for 

modernization program (79 installed 

and 4 ground terminals, 16 spares)); 

nine hundred fifty-two (952) Advanced 

Medium Range Air-to-Air Missiles 

(AMRAAM) AIM–120C–8 or equivalent 

missiles; ninety-six (96) AMRAAM 

guidance sections; eight hundred sixtyfour (864) GBU–39/B Small Diameter 

Bombs Increment 1 (SDB–1); two (2) 

GBU–39(T–1)/B SDB–1 guided test 

vehicles; two (2) GBU–39(T–1)/B SDB– 

1 practice bombs; ninety-six (96) AGM– 

88B High-Speed Anti-Radiation Missiles 

(HARM); ninety-six (96) AGM–88E 

Advanced Anti-Radiation Guided 

Missiles (AARGM); ten (10) AARGM 

Captive Air Training Missiles (CATM); 

eleven (11) AARGM control sections; 

twelve (12) AARGM guidance sections; 

four hundred one (401) AIM–9X Block 

II Sidewinder missiles; twelve (12) 

AIM–9X Block II Sidewinder Captive 

Air Training Missiles (CATMs); forty 

(40) AIM–9X Block II Sidewinder 

tactical guidance units; twelve (12) 

AIM–9X Block II Sidewinder CATM 

guidance units; twelve (12) MK82 Inert 

Filled general purpose bombs; eight 

hundred fifty (850) Joint Direct Attack 

Munition (JDAM) KMU–556 tail kits for 

GBU–31; two hundred (200) JDAM 

KMU–557 tail kits for GBU–31v3; three 

hundred eighty-four (384) JDAM KMU– 

559 tail kits for GBU–32; three (3) JDAM 

KMU–572 tail kits for GBU–38 or Laser 

JDAM GBU–54; one thousand fifty 

(1,050) FMU–152 fuzes. Also included 

are AMRAAM CATMs; AIM–9X 

Sidewinder training missiles and Active 

Optical Target Detectors (AOTD); 

HARM control sections, rocket motors, 

and warhead spares; FMU–139 Joint 

Programmable Fuzes; DSU–38 Laser 

Guidance Sets for GBU–54; missile 

containers; AN/ARC–238 radios; AN/ 

APX–127 or equivalent Advanced 

Identification Friend or Foe (AIFF) 

Combined Interrogator Transponders 

(CIT) with mode 5; Joint Helmet 

Mounted Cueing Systems (JHMCS) II or 

Scorpion Hybrid Optical-based Inertial 

Tracker (HObIT) helmet mounted 

displays; Infrared Search and Track 

(IRST) pods; AN/ALE–47 

Countermeasure Dispenser Systems 

(CMDS); KY–58 and KIV–78 

cryptographic devices; Simple Key 

Loaders (SKLs); additional secure 

communications, precision navigation, 

and cryptographic equipment; Flight 

Mission Planning Systems (FMPS); 

Remote Operated Video Enhanced 

Receivers (ROVER) 6i/6Sis; Tactical 

Network ROVER kits, and STINGER 

Multi Bi-Directional (MBI) antennas; 

SNIPER pod pylons; impulse cartridges, 

chaff, flares, and ammunition; bomb 

components and Common Munitions 

Built-in-Test Reprogramming 

Equipment (CMBRE); Rackmount 

Improved Avionics Intermediate Shop 

(RIAIS); Cartridge Actuated Devices/ 

Propellant Actuated Devices (CAD/ 

PAD); Triple Missile Launcher Adapters 

(TMLA); aircraft, avionics, and weapons 

integration, test support, and 

equipment; major modernization 

upgrade kits for F–16 Block 40 and 

Block 50+ aircraft and Service Life 

Extension Program (SLEP) 

modifications; aircraft and engine repair 

and refurbishment after maintenance; 

engine and aircraft spare and repair 

parts, consumables, and accessories and 

repair and return support; aircraft, 

engine, ground, and pilot support 

equipment; Classified/Unclassified 

Computer Program Identification 

Number (CPIN) systems; electronic 

warfare database support; pylons, 

launcher adaptors, weapon interfaces, 

bomb and ejection racks, conformal fuel 

tanks, and travel pods; precision 

measurement equipment laboratory and 

calibration support; Classified/ 

Unclassified software and software 

support; Classified/Unclassified 

publications, manuals, and technical 

documentation; maps and mapping 

data; facilities and construction support; 

simulators and training devices; 

personnel training and training 

equipment; U.S. Government and 

contractor engineering, technical and 

logistics support services, studies and 

surveys; and other related elements of 

logistical and program support. The 

estimated total cost is $23.0 billion. 

This proposed sale will support the 

foreign policy goals and national 

security of the U.S. by improving the air 

capabilities and interoperability of a 

North Atlantic Treaty Organization 

(NATO) Ally that is a force for political 

and economic stability in Europe. 

The proposed sale will allow Tu ̈rkiye 

to expand and modernize its fleet of F– 

16 aircraft as older F–16 aircraft 

approach the end of their service life. 

These new and refurbished aircraft will 

provide Tu ̈rkiye with a fleet of 

modernized multi-role combat aircraft 

to enable it to provide for the defense 

of its airspace, contribute to NATO 

missions to preserve regional security 

and defend NATO Allies, and maintain 

interoperability with U.S. and NATO 

forces. Tu ̈rkiye has F–16 aircraft in its 

inventory and will have no difficulty 

absorbing these aircraft and services 

into its armed forces. 

The proposed sale of this equipment 

and support will not alter the basic 

military balance in the region. 

The principal contractor will be 

Lockheed Martin, Greenville, SC. The 

purchaser typically requests offsets. Any 

offset agreement will be defined in 

negotiations between the purchaser and 

the contractor. 

Implementation of this proposed sale 

will not require the assignment of any 

additional U.S. Government or 

contractor representatives to Tu ̈rkiye. 

There will be no adverse impact on 

U.S. defense readiness as a result of this 

proposed sale. 

Transmittal No. 23–07 

Notice of Proposed Issuance of Letter of 

Offer Pursuant to Section 36(b)(1) of the 

Arms Export Control Act 

Annex 

Item No. vii 

(vii) Sensitivity of Technology: 

1. The F–16 Block 70 weapon system 

is a fourth generation single-engine 

supersonic all-weather multirole fighter 

aircraft and features advanced avionics 

and systems. It contains the General 

Electric F110–129D engine, AN/APG–83 

radar, digital flight control system, 

embedded internal global navigation 

system, Joint Helmet Mounted Cueing 

Systems (JHMCS) II or Scorpion Hybrid 

Optical-based Inertial Tracker (HObIT) 

with Night Vision Device (NVD) 

compatibility, internal and external 

Electronic Warfare (EW) equipment, 


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Advanced IFF, Link-16 datalink, 

operational flight trainer, and software 

and computer systems. 

(a) General Electric F110–GE–129D 

engines are afterburning turbofan jet 

engines that power the F–16. 

(b) General Electric F110–GE–129D 

engine spare modules are kits made up 

of spare engine components including 

the following modules: inlet fan, core 

engine, fan drive turbine, augmenter 

duct and nozzle, and gear box. 

(c) The Modular Mission Computer 

(MMC) 7000AHC is the central aircraft 

computer of the F–16. It serves as the 

hub for all aircraft subsystems and 

avionics data transfer. 

(d) The Improved Programmable 

Display Generator (iPDG) and color 

multifunction displays utilize 

ruggedized commercial liquid crystal 

display technology that is designed to 

withstand the harsh environment found 

in modern fighter cockpits. The display 

generator is the fifth-generation graphics 

processor for the F–16. Through the use 

of state-of-the-art microprocessors and 

graphics engines, it provided orders of 

magnitude increases in throughput, 

memory, and graphics capabilities. 

(e) The APG–83 Scalable Agile Beam 

Radar (SABR) is an Active 

Electronically Scanned Array (AESA) 

radar upgrade for the F–16. It includes 

higher processor power, higher 

transmission power, more sensitive 

receiver electronics, and Synthetic 

Aperture Radar (SAR), which creates 

higher-resolution ground maps from a 

greater distance than existing 

mechanically scanned array radars (e.g., 

APG–68). The upgrade features an 

increase in detection range of air targets, 

increases in processing speed and 

memory, and significant improvements 

in all modes. 

(f) The Embedded Global Positioning 

System/Inertial Navigation System 

(GPS/INS) (EGI) with Selective 

Availability Anti-Spoofing Module 

(SAASM)—or M-Code receiver when 

available—and Precise Positioning 

Service (PPS) is a self-contained 

navigation system that provides the 

following: acceleration, velocity, 

position, attitude, platform azimuth, 

magnetic and true heading, altitude, 

body angular rates, time tags, and 

coordinated universal time (UTC) 

synchronized time. SAASM or M-Code 

enables the GPS receiver access to the 

encrypted P(Y or M) signal, providing 

protection against active spoofing 

attacks. 

(g) The Joint Helmet Mounted Cueing 

System II (JHMCS II) or Scorpion Hybrid 

Optical-based Inertial Tracker (HObIT) 

is a device used in aircraft to project 

information to the pilot’s eyes and aids 

in tasks such as cueing weapons and 

aircraft sensors to air and ground 

targets. This system projects visual 

targeting and aircraft performance 

information on the back of the helmet’s 

visor, enabling the pilot to monitor this 

information without interrupting their 

field of view through the cockpit 

canopy. This provides improvement for 

close combat targeting and engagement. 

(h) The Integrated Electronic (EW) 

Warfare Suite provides passive radar 

warning, wide spectrum Radio 

Frequency (RF) jamming, and control 

and management of the entire EW 

system. This system is anticipated to be 

internal to the aircraft, although 

mounted pod variants are used in 

certain circumstances. 

(i) The Advanced Identification 

Friend or Foe (AIFF) Combined 

Interrogator Transponder (CIT) is a 

system capable of transmitting and 

interrogating Mode V. Mode IV and 

Mode V anti-jam performance 

specifications, data, software source 

code, algorithms, and tempest plans or 

reports will not be offered, released, 

discussed, or demonstrated. 

(j) The Multifunction Information 

Distribution System (MIDS) Joint 

Tactical Radio System (JTRS) is a fourchannel software programmable radio 

for Link-16 digital voice 

communications and datalink, Tactical 

Air Navigation (TACAN), and advanced 

waveforms. Link-16 is a command, 

control, communications, and 

intelligence (C3I) system incorporating 

high-capacity and jam-resistant digital 

communication links for exchange of 

near real-time tactical information, 

including both data and voice, among 

air, ground, and sea elements. 

2. The LAU–129 Guided Missile 

Launcher is capable of launching the 

AIM–9 family of missiles or AIM–120 

AMRAAM. The LAU–129 launcher 

serves as the mechanical and electrical 

interface between missile and aircraft. 

3. The Triple Missile Launcher 

Adapter (TMLA) carries three (3) missile 

launchers and missiles from a single 

standard wing pylon. 

4. The M61 Vulcan Cannon is a sixbarreled automatic 20mm cannon with 

a cyclic rate of fire from 2,500–6,000 

shots per minute. This weapon is a 

hydraulically powered air-cooled 

Gatling gun used to damage and destroy 

aerial targets, suppress and incapacitate 

personnel targets, and damage and 

destroy moving and stationary light 

material targets. 

5. The AN/AAQ–33 Sniper Advanced 

Targeting Pod (ATP) is a single, 

lightweight targeting pod for military 

aircraft that provides positive target 

identification, autonomous tracking, 

Global Positioning System (GPS) 

coordinate generation, and precise 

weapons guidance from extended 

standoff ranges. It incorporates a highdefinition mid-wave forward-looking 

infrared (FLIR) dual-mode laser, visiblelight High-Definition television (HDTV), 

laser spot tracker, video data link (VDL), 

and a digital data recorder. 

6. The L3Harris ROVER 6i/6Si 

transceiver provides real-time fullmotion video (FMV) and other network 

data for situational awareness, targeting, 

battle damage assessment, and 

surveillance for relay and convoy overwatch operations and other situations 

where eyes-on-target are required. This 

potential sale includes Tactical Network 

kits and Stinger MBI antennas. It 

provides expanded frequencies and 

additional processing resources from 

previous ROVER versions, allowing 

increased levels of collaboration and 

interoperability with numerous manned 

and unmanned airborne platforms. 

7. The Infrared Search and Track 

(IRST) system detects and tracks threats 

that have infrared signatures at long 

ranges. It can act without emitting any 

radiation of its own and enables 

aircrews to detect adversaries before 

those adversaries see or sense them. 

8. The AN/ARC–238 radio with HAVE 

QUICK II is a voice communications 

radio system that employs 

cryptographic technology. Other 

waveforms may be included as needed. 

9. The AN/APX–126/127 Advanced 

Identification Friend or Foe (IFF) 

Combined Interrogator Transponder 

(CIT) is a system capable of transmitting 

and interrogating Mode 5. The AN/ 

APX–127 is a form, fit, and function 

refresh of the AN/APX–126 and is the 

next generation to be produced. 

10. The AN/ALE–47 Countermeasure 

Dispenser Set (CMDS) provides an 

integrated threat-adaptive computercontrolled capability for dispensing 

chaff, flares, and active radio frequency 

expendables. The AN/ALE–47 uses 

threat data received over the aircraft 

interfaces to assess the threat situation 

and determine a response. 

11. The KY–58 is a secure voice 

module primarily used to encrypt radio 

communication to and from military 

aircraft and other tactical vehicles. 

12. The KIV–78 is a cryptographic 

applique for IFF. It can be loaded with 

Mode 5 classified elements. 

13. The AN/PYQ–10 Simple Key 

Loader is a handheld device used for 

securely receiving, storing, and 

transferring data between compatible 

cryptographic and communications 

equipment. 

14. The Flight Mission Planning 

System (FMPS) is a multi-platform, PCVerDate Sep<11>2014 19:04 Jan 03, 2025 Jkt 265001 PO 00000 Frm 00050 Fmt 4703 Sfmt 4703 E:\FR\FM\06JAN1.SGM 06JAN1

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based mission planning system. FMPS 

is the Turkish-designed equivalent to 

the Joint Mission Planning System 

(JMPS). 

15. The AIM–9X Block II Sidewinder 

Missile is a short-range air-to-air missile 

providing a high off-boresight seeker, 

enhanced countermeasure rejection 

capability, low drag/high angle of attack 

airframe, and the ability to integrate a 

Helmet Mounted Cueing System. This 

potential sale will include AIM–9X 

guidance section spares, Active Optical 

Target Detectors, Captive Air Training 

Missiles (CATM), and CATM guidance 

units. 

16. The AIM–120C–8 Advanced 

Medium Range Air-to-Air Missile 

(AMRAAM) is a supersonic, airlaunched, aerial intercept guided 

missile featuring digital technology and 

micro-miniature solid-state electronics. 

AMRAAM capabilities include lookdown/shoot-down, multiple launches 

against multiple targets, resistance to 

electronic countermeasures, and 

interception of high- and low-flying and 

maneuvering targets. This potential sale 

will include Captive Air Training 

Missiles (CATM) as well as AMRAAM 

guidance section and control section 

spares. 

17. The GBU–39 Small Diameter 

Bomb Increment 1 (SDB–I) is a 250-lb 

GPS-aided inertial navigation system 

with small autonomous, day or night, 

adverse weather, conventional, air-toground precision glide weapon 

capabilities able to strike fixed and 

stationary re-locatable non-hardened 

targets from standoff ranges. It is 

intended to provide aircraft with an 

ability to carry a high number of bombs. 

Aircraft are able to carry four SDBs in 

place of one 2,000-lb bomb. This 

potential sale includes SDB–I Guided 

Test Vehicles and GBU–39/B Tactical 

Training Rounds. 

18. The AGM–88 High-Speed AntiRadiation Missile (HARM) is a tactical 

air-to-surface missile designed to inhibit 

or destroy surface-to-air missile radars, 

early warning radars, and radar-directed 

air defense artillery systems. This 

potential sale includes HARM guidance 

section, control section, warhead, and 

rocket motor spares. 

19. The AGM–88E Advanced AntiRadiation Guided Missile (AARGM) 

weapon system is an air-to-ground 

missile intended for Suppression of 

Enemy Air Defenses (SEAD) and 

Destruction of Enemy Air Defenses 

(DEAD) missions. The AARGM provides 

suppression or destruction of enemy 

RADAR and denies the enemy the use 

of air defense systems, thereby 

improving the survivability of tactical 

aircraft. This potential sale will include 

CATMs as well as guidance section, 

control section, propulsion section, GPS 

cards, and warhead spares. 

20. Joint Direct-Attack Munitions 

(JDAM) consist of a bomb body paired 

with a warhead-specific tail kit 

containing an Inertial Navigation 

System (INS)/Global Positioning System 

(GPS) guidance capability that converts 

unguided free-fall bombs into accurate, 

adverse weather ‘‘smart’’ munitions. 

The JDAM weapon can be delivered 

from modest standoff ranges at high or 

low altitudes against a variety of land 

and surface targets during the day or 

night. The JDAM is capable of receiving 

target coordinates via preplanned 

mission data from the delivery aircraft, 

by onboard aircraft sensors (i.e., FLIR, 

Radar, etc.) during captive carry, or from 

a third-party source via manual or 

automated aircrew cockpit entry. 

(a) The GBU–31 is a 2,000-pound 

JDAM consisting of a KMU–556 tail kit 

and BLU–109 or MK–84 bomb body. 

(b) The GBU–31v3 is a 2,000-pound 

JDAM consisting of a KMU–557 tail kit 

and BLU–109 bomb body. 

(c) The GBU–32 is a 1,000-pound 

JDAM consisting of a KMU–559 tail kit 

and BLU–110 or MK–83 bomb body. 

(d) The GBU–54 Laser Joint Direct 

Attack Munition (LJDAM) is a 500- 

pound JDAM which incorporates all the 

capabilities of the JDAM guidance tail 

kit and adds a precision laser guidance 

set. The LJDAM gives the weapon 

system an optional semi-active laser 

guidance in addition to the INS/GPS 

guidance. This provides the optional 

capability to strike moving targets. The 

GBU–54 consists of a DSU–38 laser 

guidance set, KMU–572 tail kit, and 

MK–82 or BLU–111 bomb body. 

(e) This potential sale includes inert 

bombs, which have no explosive fill and 

are used for integration testing. 

21. The FMU–152 or FMU–139 Joint 

Programmable Fuze (JPF) is a multidelay, multi-arm, and proximity sensor 

compatible with general purpose blast, 

frag, and hardened-target penetrator 

weapons. The JPF settings are cockpit 

selectable in flight when used with 

numerous precision-guided weapons. 

22. The Common Munitions Built-InTest/Reprogramming Equipment 

(CMBRE) is support equipment used to 

interface with weapon systems to 

initiate and report BIT results and to 

upload and download flight software. 

CMBRE supports multiple munitions 

platforms with a range of applications 

that perform preflight checks, periodic 

maintenance checks, loading of 

Operational Flight Program (OFP) data, 

loading of munitions mission planning 

data, loading of Global Positioning 

System (GPS) cryptographic keys, and 

declassification of munitions memory. 

23. The Electronic Warfare Integrated 

Reprogramming Database (EWIRDB) is 

used by U.S. Government engineers in 

the reprogramming and creation of 

shareable Mission Data Files for the AN/ 

ALQ–131 electronic countermeasures 

pod on the F–16 aircraft. The source 

product is not releasable to the 

customer. 

24. The highest level of classification 

of defense articles, components, and 

services included in this potential sale 

is SECRET. 

25. If a technologically advanced 

adversary were to obtain knowledge of 

the specific hardware and software 

elements, the information could be used 

to develop countermeasures that might 

reduce weapon system effectiveness or 

be used in the development of a system 

with similar or advanced capabilities. 

26. A determination has been made 

that Tu ̈rkiye can provide substantially 

the same degree of protection for the 

sensitive technology being released as 

the U.S. Government. This sale is 

necessary in furtherance of the U.S. 

foreign policy and national security 

objectives outlined in the Policy 

Justification. 

27. All defense articles and services 

listed in this transmittal have been 

authorized for release and export to 

Tu ̈rkiye. 

[FR Doc. 2024–31697 Filed 1–3–25; 8:45 am] 

BILLING CODE 6001–FR–P 

DEPARTMENT OF DEFENSE 

Office of the Secretary 

[Docket ID: DOD–2024–OS–0151] 

Proposed Collection; Comment 

Request 

AGENCY: Office of the Under Secretary of 

Defense for Personnel and Readiness 

(OUSD (P&R)), Department of Defense 

(DoD). 

ACTION: 60-Day information collection 

notice. 

SUMMARY: In compliance with the 

Paperwork Reduction Act of 1995, the 

OUSD P&R announces a proposed 

public information collection and seeks 

public comment on the provisions 

thereof. Comments are invited on: 

whether the proposed collection of 

information is necessary for the proper 

performance of the functions of the 

agency, including whether the 

information shall have practical utility; 

the accuracy of the agency’s estimate of 

the burden of the proposed information 

collection; ways to enhance the quality, 


khammond on DSK9W7S144PROD with NOTICES