Paul Gaylo | Lockheed Martin: How does the concept of "combat mass" influence the design and deployment of electronic systems?
00:06:33 - 00:07:04
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How does the concept of "combat mass" influence the design and deployment of electronic systems?
The speaker introduces the concept of "combat mass," which emphasizes the need for a sufficient quantity of electronic systems to ensure mission success, rather than relying solely on a few highly sophisticated systems. This approach is particularly relevant for attributable vehicles, which are designed for single-use or limited-use scenarios. The challenge lies in building these systems at scale, requiring a shift in production and deployment strategies.
Flexible hybrid electronics (FHE) are presented as a key enabler for achieving combat mass. FHE technologies offer the potential to manufacture electronic systems more efficiently and cost-effectively, facilitating the production of a larger number of units. This is crucial for deploying electronic capabilities on a wider range of platforms, including those that are considered expendable.
The traditional approach of using large, manned vehicles loaded with electronic systems is contrasted with the concept of deploying smaller, more numerous, and potentially attributable vehicles equipped with FHE-based electronics. This shift requires a focus on scalability and affordability in the design and manufacturing processes. The goal is to create a force multiplier effect by having a greater number of electronic systems available for deployment.
In this short video, you can learn:
* The meaning and importance of "combat mass" in modern warfare.
* The role of attributable vehicles in expanding electronic warfare capabilities.
* How flexible hybrid electronics enable the production of electronic systems at scale.
📋 **Clip Abstract** This segment introduces the concept of "combat mass" and its implications for electronic warfare, highlighting the need for scalable and affordable electronic systems that can be deployed in large numbers, particularly on attributable vehicles. Flexible hybrid electronics are presented as a key technology for achieving this goal.
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#FlexibleHybridElectronics, #ElectronicWarfare, #ScalableElectronics, #ExpendableSystems, #AdvancedManufacturing, #DefenseElectronics
This is a highlight of the presentation:
Flexible Hybrid Electronics in the Wild: How Copper Printing and Flexible RF Circuits Made it Out of the Lab and Into the Field.
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00:06:20 - 00:06:30
How does the miniaturization of electronic warfare systems impact mission capabilities?
How does the miniaturization of electronic warfare systems impact mission capabilities?
The core enabler of the mission described is the dramatic reduction of size, weight, and power (SWaP) of electronic warfare systems. This involves scaling down systems that once occupied the space of a refrigerator to the size of a hockey puck. This miniaturization is achieved through the integration of state-of-the-art, US-built microelectronics.
This advancement allows for the delivery of 21st-century digital technologies, ensuring service members remain ahead of emerging threats. The technology focuses not only on efficiency but also on enhancing the effectiveness of defense systems. This includes faster threat detection, higher accuracy, and advanced electronic defense capabilities.
The reduction in SWaP enables the deployment of advanced electronic warfare capabilities on platforms with limited space and power resources. This enhances the overall effectiveness of defense systems by providing faster threat detection, higher accuracy, and advanced electronic defense capabilities. The miniaturized systems act as force multipliers, significantly enhancing the capabilities of service members.
In this short video, you can learn:
* The impact of SWaP reduction on electronic warfare systems.
* The role of advanced microelectronics in achieving miniaturization.
* How miniaturization enhances threat detection and defense capabilities.
📋 **Clip Abstract** This segment highlights the significance of miniaturizing electronic warfare systems through advanced microelectronics, enabling enhanced capabilities in smaller, lighter, and more power-efficient packages. The result is faster threat detection, higher accuracy, and improved electronic defense.
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#ElectronicWarfareMiniaturization, #SWaPReduction, #MicroelectronicsIntegration, #DigitalDefense, #DefenseTech, #MilitaryApplications
00:07:38 - 00:08:02
At what stage of product development is it most effective to introduce flexible hybrid electronics?
At what stage of product development is it most effective to introduce flexible hybrid electronics?
The speaker emphasizes the importance of early collaboration and R&D engagement in the product development cycle to successfully integrate flexible hybrid electronics (FHE). The System Requirements Review (SRR) is identified as the first critical opportunity to influence system requirements and make them receptive to the advantages and limitations of FHE. This early intervention allows for the "planting of the seed" for FHE adoption.
The Critical Design Review (CDR) is highlighted as the last chance to influence product design with FHE. Beyond this point, significant investments in the product, environmental testing, and qualification make it difficult to implement substantial changes. Missing the opportunity to integrate FHE before the CDR can lead to a detriment in capability due to competing priorities and the inertia of established designs.
The speaker advocates for incubating FHE technologies and allowing for iterative development cycles. This requires inserting FHE considerations early in the complex and bureaucratic product development process. By engaging early and fostering collaboration, it is possible to overcome the inherent resistance to new technologies and ensure that FHE is effectively integrated into the final product.
In this short video, you can learn:
* The significance of early collaboration in integrating FHE into product development.
* The importance of the SRR and CDR milestones in influencing product design.
* The need for iterative development cycles to effectively implement FHE technologies.
📋 **Clip Abstract** This segment underscores the critical importance of early engagement and collaboration in the product development cycle to successfully integrate flexible hybrid electronics, with the SRR and CDR milestones serving as key opportunities to influence system requirements and design. Early intervention and iterative development are essential for overcoming resistance to new technologies and maximizing the benefits of FHE.
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#FlexibleHybridElectronics, #ProductDevelopmentProcess, #SystemRequirementsReview, #CriticalDesignReview, #SystemEngineering, #AdvancedElectronicsIntegration