PWS Simulator Radar Test Equipment_Final 16June25.pdf

Performance Work Statement (PWS)

Simulator Radar Test Equipment Calibration (RWR Tester) 605th Aircraft Maintenance Squadron 1835 East Arnold Ave, JB MDL, NJ 08641

Mission/Background Statement:

The new KC-46 Pegasus air refueling aircraft operates two of America's largest strategic aerial ports supporting the delivery of cargo and personnel to combatant commanders abroad.

Mission:

Warfighters Projecting Power Through Global Reach and Agile Maneuver

Priorities:

• Resilient Airmen & Families

• Relentless Innovation

• Mission Ready Tonight

1. Description of Services This Performance Work Statement (PWS) outlines the requirement for calibration of Simulator Radar Test Equipment, NSN: 6940-01-563-1116, Part Number: 39300-40002-10.

Calibration shall be performed IAW TO 1KC46-A-99-51-0000-05A0A-345A-A to maintain KC-46 sustainment and mission readiness.

This contract ensures continued fleet health through proper calibration and usage of radar simulator test equipment. The equipment shall be maintained by Air Force personnel and used solely under Air Force technical data guidance in support of fleet troubleshooting.

The contractor shall calibrate the items and provide a due date upon which calibration will be completed.

2. Current Technical Equipment

MFR # Description Serial #

39300-40002-10 Simulator Radar Test Equipment (527 RWR Tester)

00119

39300-40002-10 Simulator Radar Test Equipment (527 RWR Tester)

00097

39300-40002-10 Simulator Radar Test Equipment (527 RWR Tester)

00109

39300-40002-10 Simulator Radar Test Equipment (527 RWR Tester)

00101

39300-40002-10 Simulator Radar Test Equipment (527 RWR Tester)

00115

2.1. 500 MHz – 18 GHz Receiver

• RF Frequency

• Frequency Range (Carrier): 500 MHz to 18 GHz

• Frequency Accuracy (Absolute)

• ± 0.001% for a single frequency emitter

• ± 5 MHz for multiple emitters or multiple frequency, single emitters

• Frequency Resolution: > 500 kHz

• Frequency Switching Time:

• < 200 usec single frequency/emitters

• < 1 usec multiple frequency/emitters

• Spurious/Harmonics 2.1.1.5.1. Spurs: < -50 dBc

• 2.1.1.5.2.Harmonics: < -10 dBc

• Phase Noise

• -55 dBc at 10 kHz offset for a 10 GHz carrier for a single frequency emitter, single emitter.

• Intrapulse Modulation

• Frequency Modulation

• Deviation/Rate: ± 50 MHz / 20 usec

• Accuracy: ± 5 MHz

• Resolution: 500 kHz

• Phase Modulation (Bi-Phase) 2.1.2.2.1. Chip Width: 100 nsec Min.

• Number of Chips: Up to 32 chips

• Pulse Modulation

• Pulse Repetition Interval;

• PRI Range: 1 usec Min.

• PRI Accuracy: ± (15 nsec + 10 ppm of programmed PRI)

• PRI Resolution: 50 nsec

• PRI Jitter/Stagger: Greater than or equal to 1% and up to 99% change of either the PW or PRI (average pulse interval can be either PW or PRI).

• Pulse Width 2.1.3.2.1. PW Range: 50 nsec Min.; CW

• PW Accuracy: ± (25 nsec + 10 ppm of programmed PW)

• PW Resolution: 50 nsec

• Pulse Width Rise/Fall Time: > 15 nsec / 15 nsec

• On/Off Ratio: 60 dB

• Types: CW, Pulse, Agile, Jitter, Random, Doublet, Triplet, User Defined

• Amplitude Modulation

• Amplitude Range: 45 dB

• Accuracy (relative): The great of ± 2 dB or ± 10% of programmed value, with 5 dB min background attenuation.

• Resolution: 0.5 dB minimum

• Settling Time: < 1 usec

• Modulation Rate: 0.005 Hz – 2 kHz

• Accuracy: 0.005 Hz, ± 0.02%

• Resolution: 0.005 Hz

• Scan Modulation Types: Conical, raster, helical, sector, dwell, height finder, circular, palmer modifier, orthogonal, Loro, spiral.

• Power Levels

• Min-Max Power Level: -70 dBm to +20 dBm

2.2. Receiver for Optional MMW1 Band

• Frequency Range (Carrier): 28 GHz to 40 GHz

• Frequency Accuracy (Absolute) 2.2.1.2.1. ± 0.002% for a single frequency emitter

• ± 20 MHz for multiple emitters or multiple frequencies, single emitters

• Frequency Resolution: > 500 kHz

• Frequency Switching Time: 2.2.1.4.1. < 200 usec single frequency/emitters

• < 1 usec multiple frequency/emitters

• Spurious/Harmonics 2.2.1.5.1. Spurs: < -15 dBc

• Harmonics: < -10 dBc

• Phase Noise

• -55 dBc at 10 kHz offset for a 10 GHz carrier for a single frequency emitter, single emitter.

• Intrapulse Modulation

• Frequency Modulation

• Deviation/Rate: ± 50 MHz / 20 usec

• Accuracy: ± 5 MHz

• Resolution: 500 kHz

• Phase Modulation (Bi-Phase)

• Chip Width: 100 nsec Min.

• Number of Chips: Up to 32 chips

• Pulse Modulation

• Pulse Repetition Interval;

• PRI Range: 1 usec Min.

• PRI Accuracy: ± (15 nsec + 10 ppm of programmed PRI)

• PRI Resolution: 50 nsec

• PRI Jitter/Stagger: Greater than or equal to 1% and up to 99% change of either the PW or PRI (average pulse interval can be either PW or PRI).

• Pulse Width

• PW Range: 50 nsec Min.; CW

• PW Accuracy: ± (25 nsec + 10 ppm of programmed PW)

• PW Resolution: 50 nsec

• Pulse Width Rise/Fall Time: > 15 nsec / 15 nsec

• On/Off Ratio: 60 dB

• Types: CW, Pulse, Agile, Jitter, Random, Doublet, Triplet, User Defined

• Amplitude Modulation

• Amplitude Range: 45 dB

• Accuracy (relative): The great of ± 2 dB or ± 10% of programmed value, with 5 dB min background attenuation.

• Resolution: 0.5 dB minimum

• Settling Time: < 1 usec

• Modulation Rate: 0.005 Hz – 2 kHz

• Accuracy: 0.005 Hz, ± 0.02%

• Resolution: 0.005 Hz

• Scan Modulation Types: Conical, raster, helical, sector, dwell, height finder, circular, palmer modifier, orthogonal, Loro, spiral.

• Power Levels 2.2.5.1. Min-Max Power Level: -70 dBm to +20 dBm

2.3. Receiver for Optional Extended Low Frequency Receiver

• Frequency Range (Carrier): 10 MHz to 500 MHz

• Frequency Accuracy (Absolute) 2.3.1.2.1. ± 0.001% for a single frequency emitter

• ± 5 MHz for multiple emitters or multiple frequency, single emitters

• Frequency Resolution: > 500 kHz

• Frequency Switching Time:

• < 200 usec single frequency/emitters

• < 1 usec multiple frequency/emitters

• Spurious/Harmonics

• Spurs: < -50 dBc

• Harmonics: < -10 dBc

• Phase Noise 2.3.1.6.1. -55 dBc at 10 kHz offset for a 10 GHz carrier for a single frequency emitter, single emitter.

• Intrapulse Modulation

• Frequency Modulation

• Deviation/Rate: ± 50 MHz / 20 usec

• Accuracy: ± 5 MHz

• Resolution: 500 kHz

• Phase Modulation (Bi-Phase)

• Chip Width: 100 nsec Min.

• Number of Chips: Up to 32 chips

• Pulse Modulation

• Pulse Repetition Interval;

• PRI Range: 1 usec Min.

• PRI Accuracy: ± (15 nsec + 10 ppm of programmed PRI)

• PRI Resolution: 50 nsec

• PRI Jitter/Stagger: Greater than or equal to 1% and up to 99% change of either the PW or PRI (average pulse interval can be either PW or PRI).

• Pulse Width

• PW Range: 50 nsec Min.; CW

• PW Accuracy: ± (25 nsec + 10 ppm of programmed PW)

• PW Resolution: 50 nsec

• Pulse Width Rise/Fall Time: > 15 nsec / 15 nsec

• On/Off Ratio: 60 dB

• Types: CW, Pulse, Agile, Jitter, Random, Doublet, Triplet, User Defined

• Amplitude Modulation

• Amplitude Range: 45 dB

• Accuracy (relative): The great of ± 2 dB or ± 10% of programmed value, with 5 dB min background attenuation.

• Resolution: 0.5 dB minimum

• Settling Time: < 1 usec

• Modulation Rate: 0.005 Hz – 2 kHz

• Accuracy: 0.005 Hz, ± 0.02%

• Resolution: 0.005 Hz

• Scan Modulation Types: Conical, raster, helical, sector, dwell, height finder, circular, palmer modifier, orthogonal, Loro, spiral.

• Power Levels

• Min-Max Power Level: -70 dBm to +20 dBm

3. Contractor Responsibilities

• A. Calibration Services

• Perform detailed calibration of RWR systems IAW applicable TOs and OEM specifications.

• Use certified, calibrated test equipment meeting MIL-STD requirements.

• Provide documentation for each calibration, including before/after metrics.

• Verify all components operate within required tolerances.

• B. Preventive Maintenance

• Inspect RWR systems for wear or damage during calibration.

• Repair/replace defective components with government approval.

• Run diagnostics to confirm functionality.

• C. Test and Verification

• Conduct operational checks post-calibration.

• Perform tests for frequency, sensitivity, and power output.

• Submit test data to the Contracting Officer’s Representative (COR).

• D. Reporting and Documentation

• Submit Calibration Certification upon service completion.

• Maintain detailed records of calibrations and equipment used.

• Submit monthly performance reports by the 5th of each month.

4. Performance Standards and Metrics Task Performance

Standard AQL Monitoring Method

Calibration Accuracy

Calibrated to TO specifications

100% technical compliance

Review of calibration data

Timeliness 3 calendar days per system

95% completed on schedule

Schedule tracking

Documentation Complete and accurate submissions

100% submission rate

Document review

5. Deliverables Deliverable Due Date Recipient

Calibration Certification Within 24 hours of completion

Contracting Officer’s Representative (COR)

Monthly Performance Report

5th of each month COR

• Contractor shall implement a Quality Control Plan (QCP).

• Government will evaluate contractor performance using a Quality Assurance Surveillance Plan (QASP).

6. Additional Sections Refer to original proprietary technical data document for detailed technical specifications covering receiver bands, amplitude modulation, pulse modulation, and additional requirements.

7. Installation & Cleanup Requirements

Contractor will not be on-base.

8. Site Visit Not Applicable

9. Special Requirements Contract funded annually

10. Points of Contact TSgt Corey Matera: 609-754-8327 MSgt Mark Vignale: 609-754-3654 (COR) SSgt William Jones: 609-754 3512 Please include all POCs in correspondence.

11. Base Entry Not Required

12. Security Requirements Not Applicable

13. Period of Performance FY25: 01 Oct 2025 – 30 Sep 2026 FY26: 01 Oct 2026 – 30 Sep 2027 FY27: 01 Oct 2027 – 30 Sep 2028 FY28: 01 Oct 2028 – 30 Sep 2029 FY29: 01 Oct 2029 – 30 Sep 2030

Item # Manufacturer/Description/Part/Model Number* Base year:

FY26: 01 Oct 2025 – 30 Sep

Model 527 Calibration S/N 000119/S/N 000097 /S/N 000109/ S/N 000101/ S/N 000115 /39300-

40002-10 Option Year 1:

FY27: 01 Oct

2026 – 30 Sep

Model 527 Calibration S/N 000119/S/N 000097 /S/N 000109/ S/N 000101/ S/N 000115 /39300-

40002-10 Option Year 2:

FY28: 01 Oct

2027 – 30 Sep

Model 527 Calibration S/N 000119/S/N 000097 /S/N 000109/ S/N 000101/ S/N 000115 /39300-

40002-10 Option Year 3:

FY29: 01 Oct

2028 – 30 Sep

Model 527 Calibration S/N 000119/S/N 000097 /S/N 000109/ S/N 000101/ S/N 000115 /39300-

40002-10 Option Year 4:

FY30: 01 Oct

2029 – 30 Sep

Model 527 Calibration S/N 000119/S/N 000097 /S/N 000109/ S/N 000101/ S/N 000115 /39300-

40002-10

14. Inspection & Acceptance FY26: Complete by 30 Sep 2026 FY27: Complete by 30 Sep 2027 FY28: Complete by 30 Sep 2028 FY29: Complete by 30 Sep 2029 FY30: Complete by 30 Sep 2030