Attachment 1 - Statement of Objectives_16JUN26.pdf
PDF 630 KB Posted
- Attached to
- Bldg 210 Generator Protection System
- Solicitation number
- W50S9A-26-S-A012
About this file
This is a Statement of Objectives (SOO) for a Generator Protection System at Roland R Wright Air National Guard Base in Salt Lake City, Utah.
The Government seeks contractor support to design, deliver, and install a physical and visual safeguarding system to protect Building 210's backup generator from emerging localized aerial threats, specifically denying visual reconnaissance and preventing kinetic damage from off-the-shelf unmanned aerial systems (UAS). The system must survive or limit damage from UAS with gross takeoff weight up to 20 lbs (DoD UAS Group 1 Category) and/or kinetic explosive payload up to 50 lbs. The netting material must be UV-resistant, moisture-resistant, rust-resistant, fire-retardant, with a minimum lifespan of five years plus extended warranty coverage up to five additional years, and must withstand wind gusts up to 110 miles per hour. The system shall provide personnel access for routine servicing, refueling, and emergency repairs without impeding generator airflow, exhaust, or cooling, and must fit within the existing spatial footprint surrounding the generator pad while avoiding functional interference with adjacent structures or thoroughfares. The generator dimensions are 2'-11" x 8'-10", with surrounding spatial constraints detailed in site dimensions.
Highly desirable innovative solutions include rapid deployment capability (deployment by four base personnel in under four hours with minimal heavy equipment reliance), camouflage or line-of-sight and sensor denial/disruption features, low lifecycle maintenance utilizing environmentally resilient materials, and modularity/repairability enabling rapid field replacement of damaged components and seamless integration of future security upgrades. Appendix A provides site maps, dimensional drawings, and photographic documentation of the generator location and surrounding infrastructure.
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| File | Type | Posted |
|---|---|---|
| W50S9A-26-S-A012 SOURCES SOUGHT.pdf |
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Text version
SOO #TBD
BLDG 210 GENERATOR PROTECTION SYSTEM
STATEMENT OF OBJECTIVES
FOR ROLAND R WRIGHT ANG BASE, SLC,
UTAH
1. Purpose The purpose of this Statement of Objectives (SOO) is to obtain contractor support to design, deliver, and install a physical and visual safeguarding system to protect Building 210’s backup generator. The mission is to protect these assets from emerging localized aerial threats, specifically denying visual reconnaissance and preventing kinetic damage from off-the-shelf unmanned aerial systems (UAS), ensuring uninterrupted power generation for mission-critical base operations. The objective is to acquire a Generator Protection System (GPS) that maximizes operational readiness through modular design, rapid deployment, and a low lifecycle maintenance footprint.
2. Minimum Requirements
2.1. Able to survive or limit damage on protected/covered asset/infrastructure from UAS with gross takeoff weight up to 20 lbs (DoD UAS Group 1 Category) and/or with a kinetic explosive payload up to 50 lbs
2.2. Will not impede generator airflow, exhaust, or cooling, allowing the generator to operate at full capacity without thermal degradation.
2.3. Shall provide personnel access (i.e., door, flap, curtain, etc.) to the generator for routine servicing, refueling, and emergency repairs.
2.4. Netting material shall be UV-resistant, moisture-resistant, rust-resistant, fire-retardant, and it shall have a minimum expected lifespan of no less than 5 years + extended warranty up to 5 yrs.
2.5. The netting system shall withstand wind gusts up to 110 miles per hour.
2.6. The deployed system must fit within the existing spatial footprint/easement surrounding the generator pad or infrastructure equipment, avoiding functional interference of adjacent structures or thoroughfares. See attached drawing/dimensions.
3. Innovative solutions (Optional, but highly desirable)
3.1. Rapid deployment capability: Maximize operational flexibility with a system designed for rapid transport, assembly, and deployment by base personnel with minimal reliance on heavy equipment (e.g., under 4 hours by 4 personnel), discuss attachment solution (i.e., leverage existing structure, stand-alone)
3.2. Camo: LOS and/or sensor deny/disrupt
3.3. Low Lifecycle Maintenance: Minimize the logistical footprint by utilizing materials and finishes that withstand extreme environmental conditions with minimal routine maintenance over the system's lifespan.
3.4. Modularity/Repairability: Utilize a modular physical design that allows for the rapid replacement of damaged components in the field and the seamless integration of future security upgrades.
4. Appendices:
4.1. Appendix A: Bldg 210 Generator Site Map and Dimensions
APPENDIX A: BLDG 210 GENERATOR SITE MAP AND DIMENSIONS
APPENDIX A: BLDG 210 GENERATOR SITE MAP AND DIMENSIONS (Cont.)
APPENDIX A: BLDG 210 GENERATOR SITE MAP AND DIMENSIONS (Cont.)
SOO #TBD
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