This Government Contract opportunity from Department Of Defense was posted on September 30, 2021. The submission period has ended. Browse the details below for market research, or find similar active opportunities.

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Compact Dual-Use Sensing (CDUS) Diode-Pumped Ultraviolet (UV) Source for use in an UV Raman spectroscopic instrument.

Awarded

W911QX-21-C-0029Federal

Submission Closed09/29/2021, 12:00:00 AM UTC

Contract Overview

Solicitation details, issuing organization, response deadlines, documents, and interested companies for this government contract opportunity.

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NAICS: 541715

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W6QK Acc-Apg Contr Ctr

POSTED

1 day ago

DEADLINE

N/A

AI Contract Overview

Contract W911QX-21-C-0029 was awarded to Alakai Defense Systems, Inc. by the Department of Defense, specifically the W6QK Acc-Apg Adelphi office, for a total value of 14,844,399.51 dollars. The project focuses on the research, development, test, and evaluation of a Compact Dual-Use Sensing (CDUS) diode-pumped ultraviolet source designed for use in a UV Raman spectroscopic instrument. The primary objectives include developing a compact laser operating below 250 nanometers for fluorescence-free DUV Raman detection, optimizing deep UV Raman signatures and signal extraction, and creating a high-performance, one-handed standoff detection sensor. Due to the innovative nature of the non-commercial research and the inability to accurately estimate costs for these new technologies, the government utilized a cost plus fixed fee contract type in accordance with FAR regulations. This approach allows for the fundamental study of the laser source and light deposition, culminating in the demonstration of an advanced instrument with increased dual-use capability. While this initial phase is cost-reimbursable, the successful execution of these concepts is intended to establish a cost baseline that may support future fixed-price production procurements. Performance for this effort is located in Largo, Florida.

General Info

Agency

Department Of Defense → W6QK Acc-Apg Adelphi

Contract Value

$14,844,399.51

NAICS

541715 - Research and Development in the Physical, Engineering, and Life Sciences (except Nanotechnology and Biotechnology)

Place of Performance

Largo, FL, 33778, USA

Set-Aside

NONE

Awardee

ALAKAI DEFENSE SYSTEMS, INC

Award Issued Date

09/29/2021, 12:00:00 AM UTC

Documents

Synopsis of Award - Compact Dual-Use Sensing (CDUS)

award

Low

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Timeline

PhaseAwarded

PostedSep 30

Award Notice

AwardedSep 29

Contract was awarded

Submission Closed

09/29/2021, 12:00:00 AM UTC

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Organization & Contact Information

AgencyDepartment Of Defense → W6QK Acc-Apg Adelphi

Contacts2 people available

OfficeADELPHI, MD, 20783-1197, USA

Organization / AgencyDepartment Of Defense → W6QK Acc-Apg Adelphi

Office AddressADELPHI, MD, 20783-1197, USA

Contacts

Morgan Evans

Lee E Troope

Full Description

In accordance with FAR 16.301-2(a)(1) and 16.301-2(a)(2), the Contracting Officer has determined that a cost reimbursement contract is suitable for this effort as it includes the research, development, production, or application of innovative new technologies and costs cannot be estimated with sufficient accuracy to use any type of fixed price contract type. As such, the uncertainties involved in contract performance do not permit costs to be estimated with sufficient accuracy to use any type of fixed price contract type. Since the conditions for a cost reimbursement type contract are present IAW FAR 16-306-(b)(1)(i), a cost plus fixed fee (CPFF) type contract is specifically suitable for this effort since the services are for the performance of non-commercial research, development and experimentation. It is impracticable to secure services of this type without the use of a cost reimbursable type contract, specifically CPFF. The purpose of this acquisition is to conduct basic and applied research and non-system specific developmental of a new diode-pumped ultraviolet (DUV) source for use in an UV Raman spectroscopic instrument. These investigations will include fundamental study of the laser source, its optimized light deposition, Raman signature and signal information extraction. Finally, it is expected that the program will culminate in a demonstration of an advanced instrument with increased dual-use capability. The objectives of this effort are to research and develop a sub 250 nanometer (nm) compact laser for fluorescence free DUV Raman detection, deep UV Raman signatures & signal optimization and develop a one-handed high performance standoff detection sensor. The subject instant action is not feasible for a fixed-price arrangement based on the information in paragraph one (1), however there is potential for a fixed-price contract type for future follow-on production efforts. If the proposed concepts are proven through the execution of this effort, this could establish a cost baseline to support future procurements.