Call for Solutions Attachment 1 v1.1.pdf

PRF-PT-00869

Cage 57039 Version 1.0

02 Feb 2026

CUI

Performance Specification (PS)

PRF-PT-00869 for Future Army System of Integrated Targets (FASIT) Next Generation Trackless Targets (NGTT)

U.S. Army Capability Program Executive

Simulation, Training and Instrumentation (CPE STRI)

12211 Science Drive

Orlando, FL 32826-3276

Distribution Statement A:

Approved for Public Release, distribution is unlimited

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REVISION LOG

Date Version Author Section Revision Description 09/25/2025 1.0 Reimers/Haack N/A Initial Release

PRF-

PT-00869

Cage 57039 Version 1.0

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Table of Contents

1.0. Scope

2.0. Applicable Documents

2.1. Department of Defense Standards

2.2. Availability of Department of Defense Standards

2.3. Training Circulars (TC and Training Manuals

2.4. Availability of Department of Defense Publications

2.5. Other Government Documents, Drawings, and Publications

2.6. Availability of Other Government Documents and Publications

2.7. Order of Precedence

3.0 Requirements

3.1 Next Generation Trackless Target General

3.1.1 Range Operation

3.1.2 GPS

3.1.3 Next Generation Trackless Target – Deployability

3.1.4 Terrain Transability

3.1.5 Environment

3.1.6 Armor Plating

3.1.7 Next Generation Trackless Target – Charging Interface

3.1.8 Next Generation Trackless Target – Charging Time

3.1.9 Next Generation Trackless Target – Battery Life/ Run Time

3.1.10 Integration with Legacy Multiple Integrated Laser Engagement Next Generation Trackless Target (MILES) Device

3.1.11 Next Generation Trackless Target – Sonar or ODAO Awareness (O)

3.1.12 Next Generation Trackless Target – Transportability

3.1.13 Next Generation Trackless Target - Hazardous Materials Shipping Considerations ... 10

3.1.14 Next Generation Trackless Target – Mannequins

3.2 Next Generation Trackless Target – Infantry Unique Requirements

3.2.1 Next Generation Trackless Target - Infantry Size Envelope

3.2.2 Next Generation Trackless Target - Infantry Transportation Requirement

3.2.3 Next Generation Trackless Target - Infantry Payload Capacity

3.2.4 Next Generation Trackless Target - Infantry Battlefield Effects

3.2.5 Next Generation Trackless Target - Infantry Presentation Device

3.2.6 Next Generation Trackless Target - Infantry Turning Radius

3.2.7 Next Generation Trackless Target - Infantry Ground Clearance

3.2.8 Next Generation Trackless Target - Infantry Fording

3.2.9 Next Generation Trackless Target - Infantry Side Grade Slope

3.2.10 Next Generation Trackless Target - Infantry Traverse/Climb Angle

3.2.11 Next Generation Trackless Target - Infantry Speed

3.2.12 Next Generation Trackless Target - Infantry Acceleration

3.2.13 Next Generation Trackless Target - Infantry Braking

3.2.14 Next Generation Trackless Target - Infantry Shot Sensing

3.2.15 Next Generation Trackless Target - Infantry Reactive Behaviors

3.3 Next Generation Trackless Target - Vehicle Unique Requirements

3.3.1 Next Generation Trackless Target - Vehicle Size Envelope

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3.3.2 Next Generation Trackless Target - Vehicle Transportation Requirement

3.3.3 Next Generation Trackless Target - Vehicle Payload Capacity

3.3.4 Next Generation Trackless Target - Vehicle Battlefield Effects

3.3.5 Next Generation Trackless Target - Vehicle Turning Radius

3.3.6 Next Generation Trackless Target - Vehicle Ground Clearance

3.3.7 Next Generation Trackless Target - Vehicle Fording

3.3.8 Next Generation Trackless Target - Vehicle Side Grade Slope

3.3.9 Next Generation Trackless Target - Vehicle Traverse/Climb Angle

3.3.10 Next Generation Trackless Target - Vehicle Speed

3.3.11 Next Generation Trackless Target - Vehicle Acceleration

3.3.12 Next Generation Trackless Target - Vehicle Braking

3.3.13 Next Generation Trackless Target - Vehicle 3D Silhouette

3.3.14 Next Generation Trackless Target - Vehicle Infantry Presentation Device(s)

3.3.15 Next Generation Trackless Target - Vehicle Shot Sensing

3.3.16 Next Generation Trackless Target - Vehicle Reactive Behaviors

4.0 Verification

4.1 Verification Descriptions

4.1.1 Inspection Conditions

4.1.2 Methods of Verification

4.1.3 Classification of Inspections

4.1.4 Certified Material Test Report (CMTR)

4.2 General Requirements Verification

5.0 Appendix A: DODIC List and Standoff Requirements

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Weapon Type Caliber DODIC Nomenclature Remarks Standoff

Requirements (Closest

Safe Engagement Distances)

AC20 Ball M1152 Mil Pack Can be used ILO A363/ AA49/ AC22. Primary weapon is Modular Handgun.

Can be used in M9/ M11 weapon system for training use only.

A363 Ball M882 Can be used ILO AA49/ AC20/ AC22. Primary weapon is M9/ M11. Can be used in MHS weapon system for training use only.

AA49 Ball M882 Commercial Pack Commercial Pack. Can be used ILO A363/ AC20/ AC22. Primary weapon is

M9/ M11. Can be used in MHS weapon system for training use only.

AC21 SP M1153 Mil Pack Can be used ILO AC23. Primary weapon is Modular Handgun. Can be used in M9/ M11 weapon system for training use only.

A260 Jacketed Hollow Point Mk 243 MOD 0 Reserved f/CID and Security Forces. Primary weapon is M9/ M11. Can be used in MHS weapon system for training use only.

AC22 Ball M1152 Comm Pack

Commercial Pack. Can be used ILO A363/ AA49/ AC20. Primary weapon is

Modular Hand Gun. Can be used in M9/ M11 weapon system for training use only.

AC23 SP Comm Pack Commercial Pack. Can be used ILO AC21. Primary weapon is Modular

Hand Gun. Can be used in M9/ M11 weapon system for training use only.

A071 Ball M193 (Clip)

A066 Ball M193 w/o clips (Ctn Pk)

A072 Tracer M196

A068 Tracer M196

AB57 Ball M855A1 EPR (Clip) Enhanced Performance Round. Replaces AB58/ A059.

AB58 Ball M855A1 EPR (Commercial Pack) Enhanced Performance Round. CONUS use Only.

AB77 Ball M855A1 EPR (Clipped Bulk Pack) Enhanced Performance Round. No bandoleer. Replaces AA33.

A059 Ball M855 (Clip)

AA33 Ball M855 (Commercial Pack) Packaged for CONUS use only.

AB74 Tracer M856A1 Replaces A063.

A063 Tracer M856

AC40 M1042 (Red), Clipped LF Primer 10- year shelf life item. Consume AB10 before training with AC40.

AB10 Marking, M1042 (red) 10- year shelf life item. Consume AB10 before training with AC40.

AB56 Ball M855A1, Linked EPR Enhanced Performance Round. Use in place of AB73 when range conditions restrict tracer or incendiary munitions. Replaces A062.

A062 Ball M855 Linked Use in place of A064 when range conditions restrict tracer or incendiary munitions.

AB73 4 Ball M855A1/1 Tracer M856A1, Linked EPR Enhanced Performance Round. Sub AB56 on red ranges. Consume A064 before using AB73.

A064 4 Ball M855/1 Tracer M856 Linked Sub A062 on red ranges. Consume A064 before using AB73.

AC43 M1071 (Red), Linked, Lead Free Primer 10- year shelf life item. Consume AB17 before training with AC43.

AB17 Marking Linked, M1071 (Red), Linked 10- year shelf life item. Consume AB17 before training with AC43.

AC84 XM1186 General Purpose Carton Packed TRADOC Guidance: 225m

AD02 XM1186 General Purpose Clip Packed TRADOC Guidance: 225m

AC86 XM1188 Reduced Range Carton Packed TRADOC Guidance: 135m

AD03 XM1188 Reduced Range Clip Packed TRADOC Guidance: 135m

AC85 XM1186 General Purpose Linked TRADOC Guidance: 225m

AC87 XM1188 Reduced Range Linked TRADOC Guidance: 135m

9mmF/Pistol

M16A1

M16A2 and M4A1

M249 Squad

Automatic Weapon

(SAW)

5.56mm

5.56mm

5.56mm

TRADOC guidance: 7m

TRADOC guidance: 25m

TRADOC guidance: 25m

Guidance: 50m

M250 Next Gen

Squad Weapon

(M249 Replacement)

6.8mm

M7 Next Gen

Carbine (M4A1

Replacement)

6.8mm

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Performance Specification for the

Future Army System of Integrated Targets (FASIT) Next Generation Trackless Targets

1.0. Scope.

This PS defines the technical and performance requirements for the Next Generation Trackless Targets and related ancillary devices.

2.0. Applicable Documents.

Documents noted herein form a part of this PS to the extent specified. Additional specifications and standards are referenced in the Statement of Work (SOW) for Next Generation Trackless Targets.

2.1. Department of Defense Standards.

MIL-STD-1366 Interface Standard for Transportability Criteria

MIL-STD-209 Interface Standard for Lifting and Tiedown Provisions

MIL-STD-1791 Interface Standard for Designing for Internal Aerial Delivery in Fixed Wing Aircraft

MIL-STD-810G DOD Test Method Standard – Environmental Engineering Considerations and Laboratory Tests

2.2. Availability of Department of Defense Standards.

Copies are available on the WWW at URL: http://quicksearch.dla.mil/qsSearch.aspx

2.3. Training Circulars (TC and Training Manuals.

TC 25-8 Training Ranges

2.4. Availability of Department of Defense Publications.

Copies are available on the WWW at URL: https://armypubs.army.mil

2.5. Other Government Documents, Drawings, and Publications.

Code of Federal Regulations (CFR) Title 49 – Transportation

FED-STD-595 Colors Used in Government Procurement

2.6. Availability of Other Government Documents and Publications.

Copies of the documents are available from ACC-Orlando, 12211 Science Dr., Orlando, FL 32826.

2.7. Order of Precedence.

In the event of conflict between the text of this document and the references cited, the text of this performance specification takes precedence. Nothing in this document, however, supersedes applicable laws and regulations.

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3.0 Requirements

3.1 Next Generation Trackless Target General

3.1.1 Range Operation

The Next Generation Trackless Target shall be integrated with standard FASIT Program's Targetry Range Automated Control and Recording (TRACR) II range control software. The Next Generation Trackless Target shall be capable of communicating its battery status with the TRACR II range control software. The Next Generation Trackless Target shall move along pre-programmed waypoints to maneuver through the training area. The Next Generation Trackless Target shall be able to operate/communicate with TRACR II range control software via Radio Frequency (RF). The Next Generation Trackless Target RF coverage shall extend to encompass the entire footprint of the range on which it is installed.

3.1.2 GPS

The Next Generation Trackless Target shall provide continuous near real-time Time, Space, Position Information, and Tracking data to the operator. <5 sec-2.0 meters circular error to the TRACR II Range Control Software. The Next Generation Trackless Target that are in motion shall report GPS position at a rate of 1 update per second.

3.1.3 Next Generation Trackless Target – Deployability

Next Generation Trackless Target System shall be capable of being deployed permanently onto a range with no existing RF infrastructure. Next Generation Trackless Target System shall be capable of being deployed permanently onto a range with existing RF infrastructure. Next Generation Trackless Target System shall be capable of being deployed and used temporarily in a remote area with no existing RF infrastructure.

3.1.4 Terrain Transability

The Next Generation Trackless Target shall be capable of traversing through loose dirt. The Next Generation Trackless Target shall be capable of traversing through mud up to 2 inches. The Next Generation Trackless Target shall be capable of traversing through snow up to 4 inches. The Next Generation Trackless Target shall be capable of traversing through loose sand. The Next Generation Trackless Target shall be capable of traversing through grass up to 2 feet.

3.1.5 Environment

The Next Generation Trackless Target, including connectors, cables, systems and subsystems, and devices shall be capable of full functionality without degradation in performance when operated and/or stored in the identified environmental condition. Environmental exposure shall not cause binding, blistering, or deformation of devices, or the cause of degraded, partial, unsafe, or failed operations. All exposed surfaces shall be constructed of or surface treated with a corrosion resistant material. All components shall be designed and configured to withstand the typical stresses and environments

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02 Feb 2026 associated with handling, transportation, and reconfiguration of the system. The Next Generation Trackless Target shall be capable of surviving storage temperatures equal to -40 and less than 140 degrees Fahrenheit (-40 and less than 60 degrees Celsius). The Next Generation Trackless Target shall be capable of surviving operation in temperatures greater than or equal to -30 and less than 50 degrees Celsius. At temperatures between –30 and 0 degrees Celsius the specified activations of the target mechanisms may be reduced by up to 50%. The Next Generation Trackless Target system shall be capable of operations while exposed to direct solar effects, up to 365 days per year. Solar effects are in addition to the ambient temperature requirements and may result in greater internal temperatures than even storage conditions. The Next Generation Trackless Target shall be capable of operations in humid conditions up to 100% (condensing and non-condensing), at up to 50 degrees Celsius. The Next Generation Trackless Target shall be capable of withstanding salt fog exposure IAW MIL-STD-810 Method 509.8 Procedure II. The Next Generation Trackless Target shall be capable of withstanding freezing and thawing IAW MIL-STD-810 Method 524.1 Procedure I. The Next Generation Trackless Target shall be capable of operations during exposure to constant or varying winds with speeds throughout the range of 0-35mph. Operational performance may degrade in winds above 36 mph. The Next Generation Trackless Target shall be capable of withstanding desert blowing sand conditions IAW MIL-STD-810 Method 510.7, sand procedure. The Next Generation Trackless Target shall be capable of withstanding rain and blowing rain IAW MIL-STD-810 Method 506.6 Procedure I.

3.1.6 Armor Plating

The Next Generation Trackless Target armor shall be capable of withstanding no less than 3 impacts in the same location without penetration from all calibers as described in Appendix A of this document.

The Next Generation Trackless Target armor shall protect critical and non-consumable components from ammunition strikes. Critical components are all components in which failure renders the Next Generation Trackless Target incapable of completing its intended mission excluding components that must be exposed to operate. Critical components include but are not limited to the batteries, lifter motors, and mounted ancillary equipment. The Next Generation Trackless Target shall have built in redundancy of no less than two for all antennas that must be exposed to live fire during operation.

3.1.7 Next Generation Trackless Target – Charging Interface

Next Generation Trackless Targets shall have a means to charge any batteries independent of range infrastructure. Next Generation Trackless Target system shall interface with a 30kW Advanced Medium Mobile Power Source (AMMPS) generator, which will be provided as government furnished equipment (GFE) by PM E2S2, as a part of the charging device which is independent of range infrastructure. 30kW AMMPS Generator measures 75"x36"x53", weighs 2215 lbs dry, and is available in 120/208V three phase and 240/416V three phase. Next Generation Trackless Targets shall have the option to be charged by shore power. Electrical Power sources deployed with the Next Generation Trackless Target, and intended for outdoor use, shall adhere to a National Electrical Manufacturer Association (NEMA) 4 rating. Electrical Power sources deployed with the Next Generation Trackless Target, and intended for indoor use, shall adhere to a NEMA 13 rating. Next Generation Trackless Target charging device shall be capable of being used on 120v and 240v outlets, both European and US. Next Generation Trackless Target charging device shall protect platforms against overcharging.

3.1.8 Next Generation Trackless Target – Charging Time

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The Next Generation Trackless Target-Vehicle shall be capable of being charged from 0% to 100% in no more than 4 hours (T) 2 hours (O) in all operational environments.

3.1.9 Next Generation Trackless Target – Battery Life/ Run Time

Continuous operational run time on a single battery charge in constant motion and without idle shall be no less than 3 hours. Continuous operational run time while idling on a single battery charge shall be no less than 72 hours. Continuous operational run time with a mix of idle and motion shall be no less than 10 hours.

3.1.10 Integration with Legacy Multiple Integrated Laser Engagement Next Generation Trackless Target (MILES) Device

The Platform shall be capable of connecting to, integrating with, and securely transporting a Multiple Integrated Laser Engagement System (MILES) device.

3.1.11 Next Generation Trackless Target – Sonar or ODAO Awareness (O)

Next Generation Trackless Target shall have automatic obstacle avoidance that does not require human intervention (O). Next Generation Trackless Target shall have the ability to navigate around obstacles taller than two feet (O). Next Generation Trackless Target shall have the ability to avoid collision with each other even when given deliberately intersecting paths in an open area (O). Next Generation Trackless Target shall have the ability to avoid humans, either stationary or moving (O). Next Generation Trackless Target shall be capable of identifying and avoiding stoppage for grass or saplings with diameter no greater than .5". (O)

3.1.12 Next Generation Trackless Target – Transportability

The Next Generation Trackless Target System (TMT-I and TMT-V on or in their respective trailers) shall meet transportability criteria for highway, rail, water, and air IAW MIL-STD-1366, MIL-STD- 209, and MIL-STD-1791. Next Generation Trackless Target System shall be equipped with system lift and tiedown provisions IAW MIL-STD-209. Alternatively, if the Next Generation Trackless Target System meets the dimensional characteristics and gross weight limitations of International Organization for Standardization (ISO) containers, as defined in MIL-STD-1366, the requirement for MIL-STD-209 provisions may not apply. Next Generation Trackless Target System shall be transportable and deployed using military handling equipment by military and commercial trucks, rail, ship and by current and future military commercial cargo aircraft. Next Generation Trackless Target System shall not require unique transportation assets to support the transportation or deployment of the system. Fully loaded Next Generation Trackless Target trailer shall be Highway transportable by a standard 3/4 ton truck. The Next Generation Trackless Target System (TMT-I and TMT-V on or in their respective trailers) at GVW shall be capable of worldwide highway transport as detailed in MIL-STD-1366. Permits are permissible. The systems shall be within legal limits where possible. The Next Generation Trackless Target System (TMT-I and TMT-V on or in their respective trailers) shall meet the Gabarit International de Chargement (GIC) outline diagram for rail transport in NATO countries IAW MIL-STD-1366. The Next Generation Trackless Target System (TMT-I and TMT-V on or in their respective trailers) shall be sea transportable, Version 1.0

02 Feb 2026 without disassembly, on LCM-8 and larger vessels. The systems shall be capable of transporting on roll-on/roll-off (RORO) and lift-on/lift-off (LOLO) vessels at GVW, along with being able to negotiate a 15-degree ramp without interference or damage. Shoring will not be allowed as a solution to meeting the ramp angle requirement. (T). The Next Generation Trackless Target Systems shall be air transportable in C-130, C-5, C-17, Civil Reserve Air Fleet (CRAF) and meet the requirements in MIL- STD-1791. The systems shall be capable of negotiating a 15-degree ramp without interference or damage. Shoring will not be allowed as a solution to meeting the ramp angle requirement.

3.1.13 Next Generation Trackless Target - Hazardous Materials Shipping Considerations

Next Generation Trackless TargetSystem shall be shipped from the manufacturer to the fielding location in accordance with UN3171 of 49 CFR. Batteries shipped outside of vehicles as spare parts shall be shipped from the manufacturer to the fielding location in accordance with UN3481 of 49 CFR.

Generators containing over 500 mL (17 Oz) of fuel will be considered HAZMAT and shall be shipped from the manufacturer to the fielding location in accordance with UN3528 of 49 CFR. Next Generation Trackless TargetSystem shall have Shippers Declaration DD form 2890 approved and signed by HAZMAT certifier prior to shipment.

3.1.14 Next Generation Trackless Target – Mannequins

Next Generation Trackless TargetSystem Mannequins shall represent a realistic human head and torso.

Next Generation Trackless TargetSystem Mannequins shall be capable of sustaining a minimum of 2,000 hits from evenly distributed 7.62 mm rounds. Next Generation Trackless TargetSystem Mannequins shall withstand a total of 6,000 cycles (up and down = 1 cycle) in all specified conditions.

Test shall be completed in conjunction with MIL-F-13926B section 4.4.2.2 temperature cycling. 2,000 cycles each shall be completed at condition D, room temperature, and condition E without target degradation. Next Generation Trackless TargetSystem Mannequins shall have an overall height and width of 40" x 20" +/- 1" respectively. Next Generation Trackless TargetSystem Mannequins shall be green color number 24070 or 34108 per FED-STD-595.

3.2 Next Generation Trackless Target – Infantry Unique Requirements

3.2.1 Next Generation Trackless Target - Infantry Size Envelope

Next Generation Trackless Target - Infantry platform overall dimensions, minus the silhouette and mannequin, shall not exceed 55 inches long X 45 inches wide X 35 inches tall. Next Generation Trackless Target - Infantry platform overall height shall be 69" +/- 2" when silhouette and mannequin is in the fully exposed position.

3.2.2 Next Generation Trackless Target - Infantry Transportation Requirement

Minimum of four (4) Next Generation Trackless Target - Infantry platforms must fit on/be transportable by single trailer.

3.2.3 Next Generation Trackless Target - Infantry Payload Capacity

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Fully-armored Next Generation Trackless Target - Infantry platform, including lifter and target, must be capable of payloads to Include, at a minimum Thermals and MILES device.

3.2.4 Next Generation Trackless Target - Infantry Battlefield Effects

Next Generation Trackless Target - Infantry Platform shall be capable of simulating hostile fire.

3.2.5 Next Generation Trackless Target - Infantry Presentation Device

The Next Generation Trackless Target - Infantry platform shall come equipped with an Infantry_Presentation_Device.

The Next Generation Trackless Target Infantry platform shall be fitted with a realistic mannequin target as defined herein for initial fielding. All Government Acceptance Testing shall be done against the mannequin in the event that a requirement allows a mannequin and TC25-8 target silhouette. The Next Generation Trackless Target - Infantry Presentation device shall be capable of concealing the target to parallel to the ground when in the fully concealed position. The Next Generation Trackless Target - Infantry Presentation device shall be capable of exposing the target to perpendicular to the ground when in the fully exposed position. The Next Generation Trackless Target -Infantry Presentation Device shall present Infantry Target_Silhouettes to include a realistic mannequin as defined herein as well as D1 and E1 targets as defined in TC25-8. The Next Generation Trackless Target - Infantry Presentation Device power supply energy capacity shall support greater than or equal to 30 Operational Cycles per hour. An operational cycle is defined as one expose and conceal iteration. The Next Generation Trackless Target

- Infantry Presentation Device power supply energy capacity shall support greater than or equal to 100 Operational Cycles in a 24 hour period. An operational cycle is defined as one expose and conceal iteration. The Next Generation Trackless Target - Infantry Presentation Device power source shall support 60 seconds of thermal enabled during an operational cycle while the Next Generation Trackless Target is in motion at 10 mph minimum. An operational cycle is defined as one expose and conceal iteration. When the Next Generation Trackless Target - Infantry is in motion the Next Generation Trackless Target - Infantry Presentation Device shall expose and hold a Target Mannequin and Silhouette in the Exposed position in steady head and tail winds greater than or equal to 35mph (56.3 Kilometers per hour). The Next Generation Trackless Target - Infantry Presentation device shall be capable of Exposing the target to 75% exposed within 2s for a conventional TC25-8 target and mannequin target beginning with start of movement when in wind speeds of less than or equal to 35 miles per hour. The Next Generation Trackless Target - Infantry Presentation device shall be capable of concealing the target to 75% concealed within 2s for a conventional TC25-8 target and mannequin target beginning with start of movement when in wind speeds of less than or equal to 35 miles per hour. Upon sensing a Target_Hit the Next Generation Trackless Target - Infantry Presentation Device shall be capable of bobbing (conceal then expose) the infantry Target Mannequin and Silhouette. Upon receipt of the Target_Command from TRACR II the Next Generation Trackless Target - Infantry Presentation Device shall ignore commands that request the infantry Target mannequin and silhouette move to a position that it is already in. The Next Generation Trackless Target - Infantry Presentation_Device shall support engagements from aerial platforms from all calibers as described in Appendix A of this document (O).

3.2.6 Next Generation Trackless Target - Infantry Turning Radius

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The Next Generation Trackless Target - Infantry platform shall have a minimum curb to curb turning radius of 10 feet.

3.2.7 Next Generation Trackless Target - Infantry Ground Clearance

The Next Generation Trackless Target - Infantry Platform shall be capable of traversing a 4" 90 degree step.

3.2.8 Next Generation Trackless Target - Infantry Fording

The Next Generation Trackless Target - Infantry Platform shall be capable of fording 6" of standing water.

3.2.9 Next Generation Trackless Target - Infantry Side Grade Slope

The Next Generation Trackless Target - Infantry Platform shall be capable of traversing across a minimum side slope angle of 25 percent (T) 35 percent (O) in either direction.

3.2.10 Next Generation Trackless Target - Infantry Traverse/Climb Angle

The Next Generation Trackless Target - Infantry Platform shall stop movement and automatically hold on slope grades greater than or equal to 10 percent.

3.2.11 Next Generation Trackless Target - Infantry Speed

When traversing a 5 percent grade, the Next Generation Trackless Target - Infantry Platform shall maintain the selected speed with an accuracy greater than or equal to 10 percent. The Next Generation Trackless Target - Infantry Platform shall have a top speed of greater than or equal to 10 mph.

3.2.12 Next Generation Trackless Target - Infantry Acceleration

Upon receiving the Start command from TRACR II the Next Generation Trackless Target - Infantry Platform shall accelerate from a stop and reach the speed of 7 miles per hour within 10 meters.

3.2.13 Next Generation Trackless Target - Infantry Braking

The Next Generation Trackless Target - Infantry Platform shall have a physical remotely-operated emergency stop switch that is independent of TRACR II in addition to the operator controlled ‘safety stop’ function on the control station. When the switch is activated the motor(s) shall be disabled. When the Next Generation Trackless Target - Infantry Platform is traveling at 10 mph on flat terrain and the [Stop] TRACR II command is received, the Target - Infantry Platform shall stop in a distance less than or equal to 6.5 feet (2 meters) upon receiving the command. The Next Generation Trackless Target - Infantry Platform shall stop after receiving the stop command from TRACR II. The Next Generation Trackless Target - Infantry Platform shall stop after receiving the stop command from the physical remotely-operated emergency stop switch that is independent of TRACR II OR from the operator controlled ‘safety stop’ function on the control station. When the switch is activated that individual Next

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Generation Trackless Target - Infantry Platform's motor(s) shall be disabled. The Next Generation Trackless Target - Infantry Platform shall stop and conceal after losing communication with TRACR II for greater than 1s. The Next Generation Trackless Target - Infantry Platform shall stop and conceal in the event that the platform loses power.

3.2.14 Next Generation Trackless Target - Infantry Shot Sensing

The Next Generation Trackless Target - Infantry Platform shall visually indicate successful engagement of Target. The Next Generation Trackless Target - Infantry Presentation device shall be capable of sensing near miss shots from supersonic (T) and subsonic (O) rounds of ammunition. The Next Generation Trackless Target - Infantry Presentation device shall be capable of sensing, and reporting to TRACR II, hits in a single (T) or multiple (O) hit zones. The Next Generation Trackless Target - Infantry Presentation_Device shall detect and score a hit when the Presentation_Device begins to expose the target until the time the Presentation_Device starts to conceal the Target mannequin and silhouette.

When in Single_Shot count mode in which the Next Generation Trackless Target - Infantry Platform is being fired upon from a weapon that is firing a single round of ammunition with a single trigger pull, the Next Generation Trackless Target - InfantryPresentation_Device shall count every hit on the target.

The Next Generation Trackless Target - Infantry Presentation_Device shall [Detect AND Record] the presence of hits at hit rates less than or equal to 16 rounds per second. The Next Generation Trackless Target - Infantry Presentation_Device shall score hits greater than or equal to 97 percent of the rounds that penetrate the [Target OR Scoreable_Kill_Area]. The Next Generation Trackless Target - Infantry Presentation_Device shall only report fired rounds that hit the silhouette as hits to TRACR II.

3.2.15 Next Generation Trackless Target - Infantry Reactive Behaviors

Next Generation Trackless Target - Infantry platform shall perform realistic reactions to being engaged to include near misses and hits to the target. When moving the Next Generation Trackless Target - Infantry platform shall change speeds in response to hit or near-miss stimulus as programed in TRACR II. When moving the Next Generation Trackless Target - Infantry platform shall stop in response to hit or near-miss stimulus and hit zone hit as programed in TRACR II. When moving the Next Generation Trackless Target - Infantry platform shall reverse direction in response to hit or near-miss stimulus and hit zone hit as programed in TRACR II.

3.3 Next Generation Trackless Target - Vehicle Unique Requirements

3.3.1 Next Generation Trackless Target - Vehicle Size Envelope

A single fully loaded Next Generation Trackless Target - Vehicle platform must fit on/be transportable by a non-oversized trailer legal in the country it is to be deployed in.

3.3.2 Next Generation Trackless Target - Vehicle Transportation Requirement

Minimum of one (1) Next Generation Trackless Target - Vehicle platform must fit on/be transportable by single trailer.

3.3.3 Next Generation Trackless Target - Vehicle Payload Capacity

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A fully-armored Next Generation Trackless Target - Vehicle platform, including lifter and target, must be capable of payloads to Include, at a minimum, Thermals and all equipment required for battlefield effects.

3.3.4 Next Generation Trackless Target - Vehicle Battlefield Effects

Next Generation Trackless Target - Vehicle shall integrate with and mount a battlefield effects simulator as specified by the government.

3.3.5 Next Generation Trackless Target - Vehicle Turning Radius

The Next Generation Trackless Target - Vehicle Platform shall have a minimum curb to curb turning radius of 30 feet.

3.3.6 Next Generation Trackless Target - Vehicle Ground Clearance

The Next Generation Trackless Target - Vehicle Platform shall be capable of traversing a 9.8" (T), 17.7"

(O) 90 degree step.

3.3.7 Next Generation Trackless Target - Vehicle Fording

The Next Generation Trackless Target - Vehicle Platform shall be capable of fording 10" of standing water.

3.3.8 Next Generation Trackless Target - Vehicle Side Grade Slope

The Next Generation Trackless Target - Vehicle Platform shall be capable of traversing across a minimum side slope angle of 25 percent (T) 35 percent (O) in either direction.

3.3.9 Next Generation Trackless Target - Vehicle Traverse/Climb Angle

The Next Generation Trackless Target - Vehicle Platform shall stop movement and automatically hold on slope grades greater than or equal to 10 percent.

3.3.10 Next Generation Trackless Target - Vehicle Speed

When traversing grades greater than or equal to 5 percent the Next Generation Trackless Target - Vehicle platform shall maintain the selected speed with an accuracy greater than or equal to 10 percent. The Next Generation Trackless Target - Vehicle platform shall travel at a speed of less than or equal to 20 miles per hour (16 kilometers per hour) as dictated by engagement scenarios. The Next Generation Trackless Target-Vehicle platform shall have a top speed of greater than or equal to 20 mph.

3.3.11 Next Generation Trackless Target - Vehicle Acceleration

When traveling on flat terrain the TMT shall accelerate from stopped position to a velocity greater than or equal to 20 mph (32 kilometers per hour) in less than or equal to a distance of 328 feet (100 meters).

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3.3.12 Next Generation Trackless Target - Vehicle Braking

The Next Generation Trackless Target - Vehicle Platform shall have a physical remotely-operated emergency stop switch that is independent of TRACR II in addition to the operator controlled ‘safety stop’ function on the control station. When the switch is activated via physical switch or operator safety stop, the motor(s) shall be disabled. When the Next Generation Trackless Target - Vehicle Platform is traveling at 25 mph on flat terrain and the [Stop] TRACR II command is received, the Target - Vehicle Platform shall stop in a distance less than or equal to 25 meters upon receiving the command. The Next Generation Trackless Target - Vehicle Platform shall stop after receiving the stop command from TRACR II. The Next Generation Trackless Target - Vehicle Platform shall stop after receiving the stop command from the physical remotely-operated emergency stop switch that is independent of TRACR II OR from the operator controlled ‘safety stop’ function on the control station. When the switch is activated that individual Next Generation Trackless Target - Vehicle Platform's motor(s) shall be disabled. The Next Generation Trackless Target - Vehicle Platform shall stop after losing communication with TRACR II for greater than 1s. The Next Generation Trackless Target - Vehicle Platform shall stop in the event that the platform loses power.

3.3.13 Next Generation Trackless Target - Vehicle 3D Silhouette

The Next Generation Trackless Target - Vehicle platform shall be capable of supporting a 3D tactical truck plywood silhouette. The contractor shall provide the schematics for the supported silhouette within 60 days of contract award.

3.3.14 Next Generation Trackless Target - Vehicle Infantry Presentation Device(s)

The Next Generation Trackless Target - Vehicle shall include minimum collapsible driver (T) and passenger (O) presentation device(s) to simulate driver and passengers. If only one, the presentation device shall simulate the driver. Upon receipt of the Conceal_Command from TRACR II the Next Generation Trackless Target - Vehicle Presentation Device(s) shall conceal the Target_Silhouette or mannequin in the forward position a minimum of 40 degrees from perpendicular to the ground. Upon receipt of the Expose_Command from TRACR II the Next Generation Trackless Target - Vehicle Presentation Device(s) shall expose the Target_Silhouette or mannequin to the Exposed position. The Next Generation Trackless Target - Vehicle Presentation_Device(s) shall present Infantry Target_Silhouettes to include D1 and E1 targets as defined in TC25-8 (T) as well as a realistic mannequin target as defined herein (O). The Next Generation Trackless Target - Vehicle Presentation Device power supply energy capacity shall support greater than or equal to 30 Operational_Cycles per hour. An operational cycle is defined as one expose and conceal iteration. The Next Generation Trackless Target - Vehicle Presentation Device power supply energy capacity shall support greater than or equal to 100 Operational_Cycles in a 24 hour period. An operational cycle is defined as one expose and conceal iteration. The Next Generation Trackless Target - Vehicle Presentation Device power source shall support 60 seconds of thermal enabled during an operational cycle while the Next Generation Trackless Target is in motion at 10 mph minimum. An operational cycle is defined as one expose and conceal iteration. Upon sensing a Target_Hit the Next Generation Trackless Target - Vehicle Presentation Device shall be capable of bobbing (conceal then expose) the infantry Target mannequin or Silhouette.

Upon receipt of the Target_Command from TRACR II the Next Generation Trackless Target - Vehicle Presentation Device shall ignore commands that request the infantry Target mannequin or silhouette

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02 Feb 2026 move to a position that it is already in. The Next Generation Trackless Target - Vehicle Presentation_Device shall support engagements from aerial platforms aerial platforms from all calibers as described in Appendix A of this document (O).

3.3.15 Next Generation Trackless Target - Vehicle Shot Sensing

The Next Generation Trackless Target - Vehicle platform shall be capable of sensing hits to the target silhouette. The Next Generation Trackless Target - Vehicle silhouette shall be divided into multiple configurable hit zones. The Next Generation Trackless Target - Vehicle hit zones shall include, at a minimum, individual zones for the engine, vehicle shell and presentation device(s). When in Single_Shot count mode in which the Next Generation Trackless Target - Vehicle Platform is being fired upon from a weapon that is firing a single round of ammunition with a single trigger pull, the Next Generation Trackless Target - Vehicle Presentation_Device shall count every hit on the target. The Next Generation Trackless Target - Vehicle shall [Detect AND Record] the presence of hits at hit rates less than or equal to 16 rounds per second. The Next Generation Trackless Target - Vehicle shall score hits greater than or equal to 97 percent of the rounds that penetrate the [Target OR Scoreable_Kill_Area]. The Next Generation Trackless Target - Vehicle Presentation_Device shall only report fired rounds that hit the silhouette as hits to TRACR II.

3.3.16 Next Generation Trackless Target - Vehicle Reactive Behaviors

Next Generation Trackless Target - Vehicle platform shall perform realistic reactions to being engaged to include fatal and non-fatal hits to the target, to include change of direction. When moving the Next Generation Trackless Target - Vehicle platform shall change speeds in response to non-fatal hit stimulus as programed in TRACR II.

When moving the Next Generation Trackless Target - Vehicle platform shall stop in response to fatal hit stimulus and hit zone hit as programed in TRACR II. When moving the Next Generation Trackless Target - Vehicle platform shall reverse direction in response to non-fatal hit stimulus and hit zone hit as programed in TRACR II.

4.0 Verification.

4.1 Verification Descriptions.

This section includes all verifications to be performed to determine that the system offered for acceptance conforms to all requirements in Section 3 of this specification. The verification methods and classification of inspection will be driven by the individual contract and previous data collected/accepted by the Government (note: previous data is only applicable to same configuration).

4.1.1 Inspection Conditions.

Unless otherwise specified in the DO, all inspections shall be performed in prevailing environmental conditions that define normal range operations.

4.1.2 Methods of Verification.

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Methods utilized to accomplish verification include:

A. Analysis (A). An element of verification that utilizes established technical or mathematical models or simulations, algorithms, charts, graphs, circuit diagrams, or other specific scientific principles and procedures to provide evidence that state requirements were met.

B. Demonstration (D). An element of verification that generally denoted the actual operation, adjustment, or re-configuration of items to provide evidence that the designed functions were accomplished under specific scenarios. The items may be instrumented, and quantitative limits of performance monitored. The demonstration shall be performed at Acceptance Testing and witnessed by the Government.

C. Examination (E). An element of verification and inspection consisting of investigation, without the use of special laboratory appliances or procedures, of items to determine conformance to those specified requirements which can be determined by such investigations. Examination is generally nondestructive and typically includes the use of sight, hearing, smell, touch, and taste; simple physical manipulation; mechanical and electrical gauging and measurement; and other forms of investigation.

4.1.3 Classification of Inspections.

The inspection requirements specified herein are classified as follows:

A. Qualification Inspection. Associated with the verification activities of test, analysis, and demonstration. These efforts align with verification of measurable attributes of the system.

B. Conformance Inspection. Associated with the verification activities of examination and demonstration. These efforts align with verification of non-measurable or non-quantifiable attributes of the system.

4.1.4 Certified Material Test Report (CMTR).

CMTRs shall contain test data showing substantiating evidence that the product offered meets the PS requirement(s). Substantiating tests may be performed in house or by an independent lab/facility, however the testing method shall be IAW associated test standards defined for a particular requirement within the PS.

4.2 General Requirements Verification.

These requirements shall be verified through qualification and conformance inspection of the fielded system or individual components to ensure compliance to the requirements. These qualification and conformance inspections are a roll-up of all the following verification requirements.

The environmental testing in Section 3.3.1.5 of this document shall be verified through CMTRs.

All other requirements will be verified using the methods listed in the tables below.

Next Generation Trackless Target General

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PS Ref Device Requirement A D E PS 3.1.1 Range Operation The Next Generation Trackless Target shall be integrated with standard FASIT Program's Targetry Range Automated Control and Recording (TRACR) II range control software.

X

PS 3.1.1 Range Operation The Next Generation Trackless Target shall be capable of communicating its battery status with the TRACR II range control software.

X

PS 3.1.1 Range Operation The Next Generation Trackless Target shall move along pre-programmed waypoints to maneuver through the training area.

X

PS 3.1.1 Range Operation The Next Generation Trackless Target shall be able to operate/communicate with TRACR II range control software via Radio Frequency (RF).

X

PS 3.1.1 Range Operation The Next Generation Trackless Target RF coverage shall extend to encompass the entire footprint of the range on which it is installed.

X

PS 3.1.2 GPS The Next Generation Trackless Target shall provide continuous near real-time Time, Space, Position Information, and Tracking data to the operator. <5 sec-2.0 meters circular error to the TRACR II Range Control Software.

X

PS 3.1.2 GPS The Next Generation Trackless Target that are in motion shall report GPS position at a rate of 1 update per second.

X

PS 3.1.3 Deployability Next Generation Trackless Target System shall be capable of being deployed permanently onto a range with no existing RF infrastructure.

X

PS 3.1.3 Deployability Next Generation Trackless Target System shall be capable of being deployed permanently onto a range with existing RF infrastructure.

X

PS 3.1.3 Deployability Next Generation Trackless Target System shall be capable of being deployed and used temporarily in a remote area with no existing RF infrastructure.

X

PS 3.1.4 Terrain Traversability

The Next Generation Trackless Target shall be capable of traversing through loose dirt.

X

PS 3.1.4 Terrain Traversability

The Next Generation Trackless Target shall be capable of traversing through mud up to 2 inches.

X

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PS 3.1.4 Terrain Traversability

The Next Generation Trackless Target shall be capable of traversing through snow up to 4 inches.

X

PS 3.1.4 Terrain Traversability

The Next Generation Trackless Target shall be capable of traversing through loose sand.

X

PS 3.1.4 Terrain Traversability

The Next Generation Trackless Target shall be capable of traversing through grass up to 2 feet.

X

PS 3.1.5 Environment The Next Generation Trackless Target, including connectors, cables, systems and subsystems, and devices shall be capable of full functionality without degradation in performance when operated and/or stored in the identified environmental condition. Environmental exposure shall not cause binding, blistering, or deformation of devices, or the cause of degraded, partial, unsafe, or failed operations. All exposed surfaces shall be constructed of or surface treated with a corrosion resistant material. All components shall be designed and configured to withstand the typical stresses and environments associated with handling, transportation, and reconfiguration of the system.

X

PS 3.1.5 Environment The Next Generation Trackless Target shall be capable of surviving storage temperatures equal to -40 and less than 140 degrees Fahrenheit (-40 and less than 60 degrees Celsius).

X

PS 3.1.5 Environment The Next Generation Trackless Target shall be capable of surviving operation in temperatures greater than or equal to -30 and less than 50 degrees Celsius. At temperatures between –30 and 0 degrees Celsius the specified activations of the target mechanisms may be reduced by up to 50%.

X

PS 3.1.5 Environment The Next Generation Trackless Target system shall be capable of operations while exposed to direct solar effects, up to 365 days per year. Solar effects are in addition to the ambient temperature requirements and may result in greater internal temperatures than even storage conditions.

X

PS 3.1.5 Environment The Next Generation Trackless Target shall be capable of operations in humid conditions up to 100% (condensing and non-condensing), up to 50 degrees Celsius.

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PS 3.1.5 Environment The Next Generation Trackless Target shall be capable of withstanding salt fog exposure IAW MIL-STD-810 Method 509.8 Procedure II.

X

PS 3.1.5 Environment The Next Generation Trackless Target shall be capable of withstanding freezing and thawing IAW MIL-STD-810 Method 524.1 Procedure I.

X

PS 3.1.5 Environment The Next Generation Trackless Target shall be capable of operations during exposure to constant or varying winds with speeds throughout the range of 0-35mph. Operational performance may degrade in winds above 36 mph.

X

PS 3.1.5 Environment The Next Generation Trackless Target shall be capable of withstanding desert blowing sand conditions IAW MIL-STD-810 Method 510.7, sand procedure.

X

PS 3.1.5 Environment The Next Generation Trackless Target shall be capable of withstanding rain and blowing rain IAW MIL-STD-810 Method 506.6 Procedure I.

X

PS 3.1.6 Armor Plating The Next Generation Trackless Target armor shall be capable of withstanding no less than 3 impacts in the same location without penetration.

X

PS 3.1.6 Armor Plating The Next Generation Trackless Target armor shall protect critical and non-consumable components from ammunition strikes. Critical components are all components in which failure renders the Next Generation Trackless Target incapable of completing its intended mission excluding components that must be exposed to operate.

Critical components include but are not limited to the batteries, lifter motors, and mounted ancillary equipment.

X

PS 3.1.6 Armor Plating The Next Generation Trackless Target shall have built in redundancy of no less than two for all antennas that must be exposed to live fire during operation.

X

PS 3.1.7 Charging Interface

Next Generation Trackless Targets shall have a means to charge any batteries independent of range infrastructure.

X

PS 3.1.7 Charging Interface

Next Generation Trackless Target system shall interface with a 30kW Advanced Medium Mobile Power Source (AMMPS) generator, which will be provided as government furnished equipment (GFE) by PM E2S2, as a part of the charging device which is independent of range infrastructure. 30kW AMMPS Generator measures 75"x36"x53", Version 1.0

02 Feb 2026 weighs 2215 lbs dry, and is available in 120/208V three phase and 240/416V three phase.

PS 3.1.7 Charging Interface

Next Generation Trackless Targets shall have the option to be charged by shore power.

X

PS 3.1.7 Charging Interface

Electrical Power sources deployed with the Next Generation Trackless Target, and intended for outdoor use, shall adhere to a National Electrical Manufacturer Association (NEMA) 4 rating.

X

PS 3.1.7 Charging Interface

Electrical Power sources deployed with the Next Generation Trackless Target, and intended for indoor use, shall adhere to a NEMA 13 rating.

X

PS 3.1.7…