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Intent to Sole Source - InBody 770S Body Fat Assessment Machines

Active
FA301026Q0029Federal

Contract Overview

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

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The Department of the Air Force intends to award a sole source contract to Biospace, Inc dba InBody for the acquisition of InBody 770S Body Fat Assessment Machines under solicitation number FA301026Q0029, citing FAR 12.102(a) due to the unique nature of the equipment and the absence of alternative sources capable of meeting the specific requirement. This is not a competitive solicitation, but any interested parties may submit quotes or capability statements by 3:00 PM CDT on September 6, 2026, for government review solely to assess whether a competitive approach might be warranted. All submissions must be sent via email to Markos Mendoza and SSgt Kristopher Kostenko at the designated government email addresses. The contract will be performed in Biloxi, Mississippi, with a NAICS code of 339112 and no set-aside classification applied. The opportunity was posted on August 6, 2026, and all correspondence and materials should be directed to the listed point of contact information.

General Info

Sole source contract to Biospace Inc for InBody 770S machines in Biloxi, Mississippi, no competition unless submissions by September 6, 2026.

Agency

Department Of Defense → Department Of The Air ForceView Agency

NAICS

339112 - Surgical and Medical Instrument ManufacturingView NAICS

Place of Performance

Biloxi, MS, 39534, USA

Set-Aside

NONE

Documents

(1)

Sole+Source+Justification_Redacted.pdf

PDF

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Organization & Contact Information

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AgencyDepartment Of Defense → Department Of The Air Force
Contacts2 people available
OfficeN/A
Organization / Agency
Department Of Defense → Department Of The Air Force
View Agency Profile
Office AddressN/A
Contacts
Markos Mendoza
contact@example.gov
+1 (555) 000-0000
SSgt Kristopher Kostenko
contact@example.gov
+1 (555) 000-0000

Full Description

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THIS IS A NOTICE OF INTENT TO AWARD A SOLE SOURCE CONTRACT AND IS NOT A REQUEST FOR COMPETITIVE QUOTES. This non-competitive award is implemented by FAR 12.102(a), as it has been deemed that only one source is available to meet this specific requirement. This purchase order is intended to be awarded as a sole source procurement to Biospace, Inc dba InBody.



This notice of intent is not a request for competitive proposals. However, all proposals received by the date specified herein will be considered by the Government. A determination by the Government not to compete with this proposed contract based upon responses to this notice is solely within the discretion of the Government. Information received will normally be considered solely for the purpose of determining whether to conduct a competitive procurement. Interested parties may identify their interest and may submit a quote and/or capability statement by 10:00 AM CDT, 6 September 2026. Capability statements and quotes shall be sent via email to markos.mendoza@us.af.mil and kristopher.kostenko@us.af.mil .

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Cost-Effective Composite Joints with Tailorable Performance and Geometry
Solicitation # DAF26BZ05-NV029
The U.S. Air Force is seeking innovative manufacturing approaches to overcome current limitations in composite pi-joint technology by developing scalable, cost-effective solutions that balance geometric flexibility with superior mechanical performance. Current options—back-to-back “L” joints and 3D woven pi-joints—are constrained by tradeoffs between design adaptability and structural integrity, with both suffering from high costs and limited scalability that hinder deployment on next-generation Autonomous Collaborative Platforms and advanced weapons systems. This effort aims to revolutionize composite joint fabrication by introducing novel carbon fiber architectures and streamlined processes capable of producing lightweight, durable, high-performance connections tailored to specific mission needs, enabling mass production of affordable, high-capability airframes that support tactical air dominance and long-range strike objectives. The project begins at TRL 2 with fundamental research into fiber configurations and manufacturing pathways, progressing to TRL 6 by Phase II through validated prototypes tested in operationally relevant conditions. Phase I focuses on benchmarking existing solutions, designing and fabricating initial pi-joint test articles with new fiber layouts, establishing a preliminary process flow for converting dry preforms into thermoplastic or thermoset composites, and delivering a technical feasibility report outlining geometries, materials, and projected costs. Phase II expands this work by refining fiber architectures to widen performance envelopes, scaling preform manufacturing with advanced resin impregnation, fabricating prototype joints for diverse operational scenarios including ACP airframes, and validating their mechanical performance through standardized testing. Deliverables include optimized prototypes, detailed tow path diagrams and material specifications, mechanical test data showing failure envelopes under varied loading, comprehensive manufacturing documentation, and cost models for both low-rate initial production and high-volume surge manufacturing. The initiative is structured as a Small Business Set-Aside under SBIR/STTR guidelines, targeting innovations that elevate the Air Force’s ability to produce advanced composite structures at scale while driving down costs and accelerating the fielding of technologically superior autonomous air systems.
Research and Development in the Physical, Engineering, and Life Sciences (except Nanotechnology and Biotechnology)

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NAICS: 541715
New
SBIR / STTR
Real Time Enhanced Fine Tracking in Directed Energy Applications
Solicitation # DAF26TZ05-NV005
The contract seeks the development of a real-time 3D imaging and tracking system to enhance fine tracking capabilities in directed energy applications, specifically addressing the limitations of traditional 2D imagery when detecting and tracking low-flying, non-cooperative targets such as drones against cluttered backgrounds. Current 2D tracking methods rely on correlation-based techniques that require accurate target templates and are vulnerable to occlusion, scintillation, and speckle noise, making them ineffective under atmospheric turbulence and varying lighting conditions. The solution leverages 3D coherent imaging using digital holography to generate complex-valued 2.5D images that capture both amplitude and phase information, providing accurate range data that is inherently robust to atmospheric disturbances. This enables superior pose estimation and aimpoint maintenance, which are critical for fine tracking loops requiring operation above 1 kHz with narrow fields of view. The system must integrate active coherent or partially coherent illumination to ensure performance in both day and night conditions while mitigating non-uniform illumination and speckle artifacts through advanced illumination designs. The effort is divided into two phases: Phase I focuses on system analysis, selection of a suitable 3D imaging modality, development of corresponding algorithms for image restoration and real-time tracking, and creation of a concept for integrated hardware with emphasis on computational latency and throughput to meet closed-loop requirements. Phase II transitions to the prototype implementation, integrating the algorithms onto high-speed processors and demonstrating the system in a controlled laboratory or outdoor environment with real-time closed-loop aimpoint correction. The project prioritizes computationally efficient processing pipelines that combine physics-based modeling with machine learning for anisoplanatic distortion correction and aims to deliver both software capable of extracting enhanced 3D target data and a functional hardware prototype that proves real-time operational viability. The effort is targeted toward small businesses under a total small business set-aside and requires full alignment with the demanding environmental and temporal constraints of directed energy weapon systems.
Research and Development in the Physical, Engineering, and Life Sciences (except Nanotechnology and Biotechnology)

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NAICS: 541715
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SBIR / STTR
Ultra-Sensitive Quantum Telemetry Receiver
Solicitation # DAF26BZ05-NV028
The Department of Defense, through the United States Air Force, seeks to revolutionize telemetry capabilities by developing an ultra-sensitive quantum telemetry receiver based on Rydberg atomic sensor technology, addressing critical spectrum constraints imposed by commercial spectrum auctions and congested operational environments. Traditional telemetry systems are hampered by limited bandwidth, poor signal sensitivity, and inflexibility in contested electromagnetic conditions, prompting the need for a paradigm shift. This initiative leverages quantum sensing to exploit underutilized portions of the electromagnetic spectrum, eliminating reliance on licensed bands while dramatically improving signal-to-noise ratio, operational bandwidth, and environmental adaptability. The goal is a prototype system that surpasses classical receivers in performance and enables cost-effective, incremental upgrades to existing infrastructure without requiring full-scale replacements, thereby preserving legacy investments. The project follows the SBIR Phase I and II structure, starting with foundational research to define key performance parameters and evaluate Rydberg sensor feasibility through modeling and preliminary lab validation, with deliverables including technical reports and design concepts. Phase II advances to the fabrication and rigorous testing of a fully integrated prototype under realistic, high-congestion conditions, culminating in end-to-end demonstrations within an ABMS-compatible architecture to ensure interoperability with Joint All-Domain Command and Control systems. Success requires not only technical validation but also the establishment of transition pathways with Air Force stakeholders to enable future production and fielding. This effort aligns with DoD modernization priorities, targeting a technological leap from TRL 2 to TRL 6 by developing a resilient, scalable quantum receiver that enhances mission-critical telemetry in contested environments while reducing long-term costs associated with spectrum leasing and system overhauls.
Research and Development in the Physical, Engineering, and Life Sciences (except Nanotechnology and Biotechnology)

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NAICS: 541715
New
SBIR / STTR
Automated Lethality
Solicitation # DAF26BZ05-NV026
The contract seeks to develop an automated lethality software stack capable of embedding advanced weaponeering capabilities into compact hardware systems. The solution must autonomously generate target models from visual inputs such as imagery, identifying structural types, layouts, and member dimensions without manual intervention. Building on this, the software will calculate probability of kill and determine optimal engagement scenarios with high speed and precision, leveraging automation for target modeling, lethality assessment, and uncertainty quantification. The entire system must operate with a minimal footprint to enable seamless integration into embedded platforms, ensuring real-time decision-making in tactical environments. This initiative is a Small Business Set-Aside under the SBIR/STTR mandate, restricted to entities with fewer than 500 employees, and is sponsored by the United States Air Force through the Department of Defense. The solicitation, identified as DAF26BZ05-NV026, was posted on August 5, 2026, with a response deadline of August 26, 2026. While no specific performance location or point of contact is listed, the project is focused on delivering a fully autonomous, hardware-compatible software solution that transforms traditional lethality simulation into a rapid, data-driven, and embedded capability for next-generation defense systems.
Research and Development in the Physical, Engineering, and Life Sciences (except Nanotechnology and Biotechnology)

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NAICS: 238220
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Federal
Furniture Integration and Telecommunications CoordinationThe contract titled Furniture Integration and Telecommunications Coordination requires full compliance with military standards for workstation power and telecom cabling, including adherence to TIA/EIA, UFC 3-520-01, and 88 CS requirements. All cabling installations must be properly labeled and coordinated with IT teams to ensure seamless integration and operational readiness. The work is to be performed at Wright Patterson AFB and is designated as an 8(a) Sole Source subcontract under NAICS code 238220, indicating it is reserved exclusively for small disadvantaged businesses certified under the Small Business Administration’s 8(a) program. The solicitation was posted on August 4, 2026, with a response deadline of August 10, 2026, and is issued by the Department of the Air Force under the Department of Defense.
Plumbing, Heating, and Air-Conditioning Contractors

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