The Hardware-In-The-Loop of Advanced Navigation and Guidance Sensors (HANGS) Request for Enhanced White Papers (REWP) is an open announcement with no page limit or specific due date, open for one year from its SAM.gov posting. White papers will be evaluated on a rolling basis, and selected submissions may lead to a request for a full proposal within a couple of weeks, with up to 30 days for submission. The government intends to procure COTS camera systems for a custom projection system and may require M-Code for GNSS receiver technologies. While other contracts fund similar test technologies, this specific contract aims to fulfill HITL capabilities funded through AFTC I&M and TRMC CTEIP to address test gaps. The anticipated award value is currently unknown, but there is an $80M ceiling associated with this opportunity.

The Hardware-in-the-loop (HITL) of Advanced Navigation & Guidance Sensors (HANGS) Request for Enhanced White Papers (REWP) is an open announcement with no due date, open for one year from its SAM.gov post. White papers will be evaluated on a rolling basis, with potential acquisition decisions before May 2026. There is no page limit for the Enhanced White Paper (EWP). The anticipated award value is unknown, with an $80M ceiling. The government aims to procure Commercial Off the Shelf (COTS) camera systems for projection systems it will design/build. Compatibility with legacy Guided Weapons Evaluation Facility (GWEF) scene generation tools such as FLITES is expected for Technology Area #1 (Scene Generation). The project focuses on synthetic scene environment simulation technologies, emphasizing an open, modular, and scalar capability to integrate various Unit Under Test (UUT) sensor systems. Awards will not be made directly from the REWP; successful white papers will lead to a request for a full proposal, with evaluation methods provided at that stage.

The Hardware-In-The-Loop of Advanced Navigation and Guidance Sensors (HANGS) Request for Enhanced White Papers (REWP) is an open federal government announcement allowing for submissions of white papers throughout the year, with no specified due date. The Government intends to evaluate these submissions on a rolling basis, allowing each unique white paper to be assessed individually. Following the selection of a white paper, a full proposal may be requested within a few weeks, with a deadline of up to 30 days for submission. The initiative aims to procure Commercial Off-The-Shelf (COTS) camera systems and may involve M-Code for GNSS receiver technologies if necessary. While there are existing contracts for similar technologies, this contract aims to address specific hardware-in-the-loop (HITL) capabilities required by certain government organizations. The anticipated award’s value is not determined, but there is a ceiling of $80 million associated with the opportunity. This announcement reflects an ongoing effort to enhance testing capabilities for navigation and guidance sensors, accommodating both new providers and incumbent service contractors.

The HANGS Request for Enhanced White Papers (REWP) aims to gather innovative solutions for Hardware-in-the-Loop (HITL) navigation and guidance sensor technologies. There is no page limit for the submissions, and the REWP has no set due date, remaining open for one year. White papers will be evaluated on a rolling basis, and selected submissions may lead to requests for full proposals. While the anticipated award value is unclear, there is an $80 million ceiling. The initiative seeks to enhance test and evaluation capabilities by integrating various commercial off-the-shelf (COTS) sensors, focusing on ensuring compatibility with existing systems. Key areas of interest include scene generation, navigation emulation, and communication simulation. Offerors are encouraged to engage with technology areas that may demand standard interfaces to streamline integration. The project avoids specifying certain use cases, maintaining flexibility for future demand. It also outlines expectations for how systems should perform under diverse conditions, including jamming scenarios. Importantly, awards will not be made directly from the REWP, but rather through subsequent proposal requests based on successful white papers, with evaluation methods provided at that stage. This REWP exemplifies a proactive government approach to advancing defense technology while engaging a broad array of potential contractors.

The Guided Weapons Evaluation Facility (GWEF) is a critical asset for evaluating tactical guided munitions and countermeasure systems. Its primary mission is accomplished through Hardware-in-the-Loop (HITL) simulation, utilizing state-of-the-art resources and extensive expertise across various weapon systems. The GWEF offers full-spectrum test technologies across 13 major areas, including Global Navigation Satellite System (GNSS), Radio Frequency (RF), Millimeter Wave (MMW), Visible (VIS)/Electro-Optical (EO), Infrared (IR), Ultraviolet (UV), Laser, Directed Energy (DE), Net-Enabled Weapons (NEW), and Countermeasure (CM)/Counter CM (CCM) systems. These test areas integrate actual weapon system hardware and software, flight motion simulators, target/scene stimulators, and real-time executive computational resources. This document highlights the comprehensive capabilities of the GWEF, making it a valuable resource for government RFPs and grants related to defense and weapon system evaluations.

The Guided Weapons Evaluation Facility (GWEF) is primarily focused on the evaluation of tactical guided munitions and countermeasure systems. It employs hardware-in-the-loop (HITL) simulation and boasts state-of-the-art resources along with extensive expertise across various weapon systems. The facility encompasses 13 major test areas that include technologies such as global navigation satellite systems, radio frequency, electro-optical, and infrared testing, among others. These areas are equipped with actual weapon hardware, flight motion simulators, and real-time computational resources for comprehensive testing. The GWEF plays a crucial role in ensuring the effectiveness and safety of guided munitions and countermeasures, making it a vital resource for the federal government and its defense operations. This document is part of government RFPs and grants, highlighting its significance in advancing national defense capabilities through rigorous evaluation processes.

The 96th Test Wing (TW) / 782d Test Squadron (TS) Guided Weapons Evaluation Facility (GWEF) is issuing a Request for Enhanced White Papers (REWP) for the Hardware-in-the-loop of Advanced Navigation & Guidance Sensors (HANGS). This open announcement seeks prototype technologies to improve government test and laboratory facility capabilities for Hardware-in-the-loop (HITL) simulations of advanced navigation and guidance sensors. The project aims to enhance the Air Force's ability to develop, test, and evaluate weapon systems in realistic synthetic environments. Offerors must propose solutions for at least two of four technology areas: dynamic real-time multispectral scene generation, midcourse and navigation environment emulation, datalink and radio communication emulation, and high frame rate real-time simulation. The government anticipates multiple awards for Prototype Other Transaction Agreements (OTAs) with a projected duration of 36 months, focusing on design, development, integration, and testing of prototypes. Eligibility requires participation from a non-traditional defense contractor, small businesses, or a minimum one-third cost share from non-federal sources. Submissions must include a technical approach, schedule, deliverables, and a Rough Order of Magnitude (ROM) cost estimate. White papers will be evaluated on technical merit, project schedule, resources, data rights, and affordability, with an initial screening for compliance and classified material.

The 96th Test Wing (TW) / 782d Test Squadron (TS) Guided Weapons Evaluation Facility (GWEF) is seeking Enhanced White Papers (EWPs) for the Hardware-in-the-loop of Advanced Navigation & Guidance Sensors (HANGS) program. This initiative aims to improve Air Force capabilities in developing, testing, and evaluating weapon systems through high-fidelity Hardware-in-the-loop (HITL) simulations. The program seeks prototype technologies in four key areas: dynamic real-time multispectral scene generation, midcourse and navigation environment emulation, datalink and radio communication emulation, and high frame rate real-time simulation. Multiple awards are anticipated as Other Transactions for Prototype, with an expected duration of 36 months. Proposals are due by January 31, 2026, and must address at least two technology areas, include a Rough Order of Magnitude (ROM) cost estimate, and meet specific eligibility and formatting requirements. The government reserves unlimited rights to technical data and software unless otherwise specified by the offeror.

The 96th Test Wing and the 782d Test Squadron of the Air Force seek Enhanced White Papers (EWP) for the Hardware-in-the-loop of Advanced Navigation & Guidance Sensors (HANGS). This initiative aims to enhance the testing and evaluation of weapon systems through advanced simulation technologies. The government is looking for prototype technologies that incorporate various areas, including multispectral scene generation, navigation environment emulation, communication simulations, and high frame rate simulations. The project emphasizes the development of comprehensive solutions that can significantly improve Air Force capabilities without reliance solely on traditional contractors. Participants are encouraged to form consortia to bolster their proposals. Deliverables include fully functional prototypes, modeling and testing plans, and detailed documentation. The anticipated performance schedule spans three years, focusing on design, development, procurement, and testing of the prototypes. Offerors must prepare submissions in line with specified formats and guidelines, addressing at least two of the specified technology areas while providing a Rough Order of Magnitude cost estimate. Proposals will be evaluated based on technical merit, project feasibility, and potential impacts on data rights, among other criteria. This effort denotes the government's commitment to innovative defense solutions through collaborative research and development approaches.

The 96th Test Wing's Request for Enhanced White Papers (EWPs) seeks innovative prototype technologies for Hardware-in-the-loop of Advanced Navigation & Guidance Sensors (HANGS) to enhance the testing and evaluation of weapon systems. The initiative emphasizes developing, integrating, and deploying solutions that tackle areas such as multispectral scene generation, navigation simulation, and real-time communication emulation. Proposals should encompass at least two technology areas and include deliverables such as modeling and simulation reports, interface control documents, and comprehensive plans for validation. The process for submissions is open-ended, allowing for continuous evaluation, with criteria focusing on technical merit, clarity, resource adequacy, and cost-effectiveness. The Government may enter into Other Transaction Agreements for production based on selected prototypes, supporting collaborative approaches and encouraging participation from non-traditional defense contractors. This RFP illustrates a strategic effort to advance military capabilities through innovative technologies while maintaining accountability through defined eligibility and evaluation methods.