Statement of Work (SOW).pdf

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AFRL/DO Camera Array System as Virtual Tower for SkyVision Test Site
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COMBO-AFRL-PZLEQ-2025-0015
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This Statement of Work (SOW) details a requirement for a camera array system for the Air Force Research Laboratory's (AFRL) SkyVision Test Site at Springfield-Beckley Airport in Ohio. The system is intended to enhance situational awareness and support Advanced Air Mobility (AAM) operations, specifically for uncrewed aircraft systems (UAS) and electric Vertical Take-off and Landing (eVTOL) aircraft. The procurement seeks one camera array system with specific requirements including 3-D positioning, 360-degree coverage, ADS-B capability, a detection range of approximately 4 miles, and remote camera controls.

Key technical requirements include high probability of detection, tracking continuity, target information capture, standard power requirements (110/220 VAC), ASTERIX data interface support, and environmental protection. The contractor will need to coordinate with Springfield-Beckley Airport on mounting and structural installation requirements, potentially requiring an engineering study. The solicitation is a combined synopsis/solicitation for commercial items, with quotes due by Monday, 28 July 2025 at 5:00 PM ET. The evaluation will follow a Lowest Price Technically Acceptable (LPTA) approach, considering price and technical acceptability against the Statement of Work specifications.

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STATEMENT OF WORK

Camera Array System as Virtual Tower for SkyVision Test Site

Document Date: 19 May 2025

Background & Scope: The AFRL SkyVision Test Site, located at Springfield-Beckley Airport in

Springfield, OH, required the integration of additional sensors to enhance situational awareness of the surrounding airspace. A camera array system is necessary to ensure comprehensive monitoring of local air traffic, thereby supporting safe operations and maintaining optimal situational awareness. This effort is to benefit the City of Springfield, the National Air Mobility Center of Excellence (NAAMCE), and the Air force Research Laboratory (AFRL).

As Advanced Air Mobility (AAM) evolves, including the introduction of Uncrewed Aircraft Systems

(UAS) and electric Vertical Take-off and Landing (eVTOL) aircraft, the operational goal is for these aircraft to operate uncrewed with remote pilots.

This acquisition is intended to procure one (1) camera array system to cover terminal operation at low altitude in the immediate airport airspace. The system should enhance SkyVision Ground-Based Detect and

Avoid (GBDAA) effectiveness and coverage by integrating a visual component supporting for transitioning aircraft operations to the radar coverage floor. The system expands the role of “electronic observer” that was validated with SkyVision in a radar environment to show how EO/IR sensors can replace the “visual observer”. The objective of this system is to perform terminal aircraft operations of an uncrewed aircraft supported by EO/IR technology.

Requirements/Salient Characteristics:

1. Provides 3-D positioning and 360 coverage

2. High probability of detection, tracking continuity and target/track (ID, altitude, speed, heading, etc.) information for crewed airborne aircraft

3. ADS-B capability installed and operational correlating flight track information with visual aircraft

4. Detection range of approximately 4 miles

5. Low failure rate

6. Standard power requirements (110/220 VAC 50/60 Hz)

7. Installation, integration (Integration means getting equipment installed and working and demonstrating the remote operation (Requirement 9) and that the data interface can be sent to another location (Requirement 10)., and training support required (Installation location slides attached). The installation, integration, and training support phases shall be proposed as individual tasks, options, or combined, but must be clearly addressed. Contractor’s preference on how they wish to cost these phases.

8. Camera controls need to be operated remotely.

9. Supports standard ASTERIX data interface to multiple locations.

10. Environmental Protection for the system

11. Training and maintenance plan options.

12. The contractor will need to coordinate with Springfield-Beckley Airport on mounting and structural requirements for installing their equipment on the tower. This may require an engineering study of the acceptable loads on the tower itself.

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