up to an additional fifty (50) eachManufacturer CAGE Code: 004F1Required Delivery Date: forty-five (45) days after receipt of order (ARO)Line Item 2Nomenclature: AERONOX® NVG Battery Pack (black)Part Numbers (PN): 62108G10-B or 9M1000-2Quantity: fifty (50) eachOptional Quantity:*
This fixed-price contract was awarded on a brand name basis. A redacted copy of the approved Brand Name Justification for Other Than Full and Open Competition was attached to the original combined synopsis/solicitation and is also attached to this award notice.
This combined synopsis/solicitation is being issued by the Federal Bureau of Investigation (FBI), Information Technology Acquisition Unit (ITAU) for replacement Li-ion V-Mount Battery Packs.
The uHMA is used to mount the ENVG-B/PSQ-42 and the battery pack to the soldier’s helmet and provide power to the goggle. It also carries data to and from the goggle used during rapid target acquisition capability. The Government requirement is unknown for the uHMA (NSN: 5855-01-682-2336). This is not a solicitation.
Added: May 08, 2017 4:13 pm Modified: May 23, 2017 8:24 am Track Changes This combined synopsis/solicitation is being issued by the Federal Bureau of Investigation (FBI), Information Technology Acquisition Unit (ITAU) for replacement Li-ion V-Mount Battery Packs. This procurement is a Lowest Priced Technically Acceptable (LPTA) order for: (200) IDX Li-ion V-Mount Battery Packs, manufacturer part number: CUE-D95.
Contract Opportunity Award Details General Information Classification Description Attachments/Links Contact Information History Award Notices Follow 58--Aeronox Mount and Battery Pack Combo in black Active Contract Opportunity Notice ID W50S8A22Q0041 Related Notice W50S8A22Q0041 Contract Line Item Number Department/Ind.
Additionally, the operator must be able to quickly and easily change the type and number of battery cells powering their NVGs and the DANHUD system via a Modular Smart Battery Pack, allowing flexibility/adaptability in degraded logistics situations.ObjectiveThe objective is to discover and develop a HUD system (including a Modular Smart Battery Pack) that is capable of working both ‘stand-alone’ in daylight conditions and in conjunction with currently
