Wrap Technologies 公司概述了一项战略研发计划，重点关注基于网捕的无人机捕获技术，旨在将其非杀伤性响应平台扩展到空中拦截领域。
该计划建立在现有的基于凯夫拉尔（Kevlar）纤维的磁带盒技术之上，该技术最初是为 BolaWrap 平台开发的，目前正将其架构扩展到新的空中载荷配置。这些配置正在开发中，以支持在复杂环境下安全拦截无人机系统（UAS）威胁，包括人口密集区和敏感基础设施。在这些环境中，传统的反无人机手段可能会带来较高的行动风险和附加伤害风险。
目前的研发路线图包括几个关键重点领域：
- 网捕载荷：旨在通过空中捕获和缠绕目标无人机。
- 凯夫拉尔绳索系统优化：支持更广泛的捕获几何形状和动态参与场景。
- 多载荷无人机配置：旨在实现单次出动中多次捕获的机会。
- 可扩展设计：支持执法、惩戒和关键基础设施安全等不同任务需求。
通过利用物理捕获而非破坏性击败，该方法可能提供几个潜在优势，包括避免在通信敏感的民用环境中产生无线电频率干扰，并降低人口密集区上空不受控碎片带来的风险。该公司认为，这种模块化方法可以支持在多种部署格式中实现更快的迭代，而不会引入不必要的复杂性。
该举措反映了更广泛的非杀伤性响应战略，重点是在新兴作战环境中应用非杀伤性控制理念。
Wrap Technologies has outlined a strategic research and development initiative focused on net-based drone capture technologies to expand its non-lethal response platform into aerial interdiction.
The initiative builds on existing Kevlar-based cassette technology, originally developed for the BolaWrap platform, and extends this architecture into new aerial payload configurations. These configurations are being developed to support the safe interdiction of Unmanned Aerial System (UAS) threats in complex environments, including populated areas and sensitive infrastructure, where traditional counter-UAS approaches may present elevated operational and collateral risk.
The current research and development roadmap includes several key focus areas:
Net-based payloads designed for the aerial capture and entanglement of target drones.
Adaptation of Kevlar cord systems to support broader capture geometries and dynamic engagement scenarios.
Multi-payload drone configurations intended to enable multiple capture opportunities within a single sortie.
Scalable cassette designs to support different mission profiles across law enforcement, corrections, and critical infrastructure security environments.
By utilizing physical capture rather than destructive defeat, the approach may offer several potential advantages, including avoidance of radio frequency interference in communications-sensitive civilian environments and reduced risk of uncontrolled debris over populated areas. The company believes this modular approach can support faster iteration across multiple deployment formats without introducing unnecessary complexity.
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The initiative reflects a broader non-lethal response strategy focused on applying non-lethal control concepts to emerging operational environments where agencies require safer, more precise, and more accountable intervention options. As human-machine interaction becomes a more significant part of public safety and security operations, the company states that such interactions should begin with non-lethal response.
The development roadmap also includes concepts intended to support multi-drone interdiction from a single platform. The ability to deploy multiple net payloads in sequence or rapid succession is intended to improve mission flexibility and support operational readiness in environments involving repeated or coordinated drone incursions.
The expansion into aerial interdiction represents a further step in delivering non-lethal response as a system rather than a standalone tool. The company states that public safety requires more than a device-only solution, particularly as drone-enabled operations and autonomous systems continue to expand. The R&D roadmap is intended to support the extension of safer, lawful, and more scalabl
