70MHz-6000MHz Full-band DR200-C 10KM Detect Range 1+N Super Expansion 4 Directional Anti-band + 13 Omnidirectional Jammer Drone Detection and Jammer Integrated System
It can support full-band detection and extended radar optoelectronic equipment, etc. It has 13 bands omnidirectional jamming and 4 bands directional anti frequency bands, and can be used in networking.
Platform Role within Large-Scale Anti Drone Architectures The DR200-C full-band platform is positioned as a fixed infrastructure node within a regulated anti drone system, designed for organizations managing large-area protection networks. It operates exclusively as a platform-level detection coordination and RF execution endpoint under centralized authorization, rather than as an autonomous anti drone device. All drone detector signal correlation, rule configuration, and output authorization are executed at the upstream command layer. Within a complete anti uav system, DR200-C serves as a controlled infrastructure layer supporting long-term governance, audit traceability, and scalable expansion across multiple protection zones.
Full-Band Detection Coordination and RF Execution Structure Covering ultra-wideband signal ranges, the platform provides structured interfaces for drone detection system software, drone detection radar system, and spectrum analysis engines. Signal acquisition, filtering, and RF execution paths are electrically separated and governed through centralized system logic to ensure all anti drone technology behavior remains platform-controlled rather than device-driven. This design supports third-party platform compatibility, phased system upgrades, and transparent compliance validation without binding detection, authorization, and RF execution into a single uncontrolled hardware loop.
Infrastructure-Level Value for Permanent Protection Networks For operators building permanent anti drone systems, DR200-C provides a standardized, infrastructure-grade platform that supports continuous operation, centralized supervision, and distributed system expansion. By isolating RF execution from drone detector app interfaces, analytics engines, and policy management platforms, the architecture reduces operational coupling between hardware and software layers. This separation enables rapid evolution of anti drone jammer system control logic while preserving hardware stability across long lifecycle deployments.
Product Advantages
Fixed Enclosure Architecture for Continuous Infrastructure Operation The DR200-C adopts a sealed, infrastructure-grade enclosure optimized for long-duration operation within regulated anti drone systems. Compared with mobile or vehicle-mounted anti drone jammer platforms, its rigid structure enables stable thermal behavior, consistent electromagnetic isolation, and predictable electrical margins. This structural reliability ensures uninterrupted service within permanent anti uav system installations where regulated uptime, serviceability, and environmental tolerance are mandatory requirements.
Multi-Channel RF Execution with Centralized Governance All RF execution channels are organized under a unified anti drone jammer system control framework governed entirely by upstream authorization logic. Each directional and omnidirectional RF path functions as a governed execution unit rather than an autonomous emitter. This architecture ensures seamless alignment with upstream drone detection system, drone detection radar system, and spectrum coordination platforms without embedding decision logic at the hardware layer. Such separation improves regulatory transparency and simplifies multi-vendor platform integration.
Compliance-Oriented Output Control and System Accountability Rather than functioning as an independent anti drone weapons device, DR200-C operates strictly as a compliant RF execution infrastructure under centralized supervision. All output authority, event logging, and response conditions are defined at the system platform level. Hardware-level safeguards enforce electrical, thermal, and power ceilings to keep all RF behavior inside predetermined compliance envelopes. This governance model supports long-term accountability, structured audit processes, and distributed operational supervision across national-scale anti drone technology networks.
Use Scenarios
Fixed-Site Operators Managing Large-Area Protection Zones Operators responsible for large fixed facilities deploy DR200-C as an infrastructure-level RF execution and coordination platform within centralized anti drone systems. Integrated with upstream drone detection system software and drone detector app monitoring interfaces, it provides unified operational visibility without collapsing sensing, decision, and RF execution into uncontrolled local logic. This structure supports continuous supervision, centralized policy enforcement, and compliant long-term protection management.
Engineering Teams Performing Full-Band System Validation Engineering teams responsible for validating national or regional anti drone technology platforms require predictable, full-band RF infrastructures for closed-loop testing. DR200-C supports repeatable verification of authorization workflows, RF output boundaries, and control-platform logic under simulated drone detection radar system conditions. By separating RF hardware from detection and command logic, it enables structured laboratory validation, staged field trials, and progressive certification planning.
System Integrators Building Distributed Anti UAV Networks System integrators deploying multi-node anti uav system networks use DR200-C as a standardized fixed infrastructure endpoint across layered architectures combining radar, spectrum analysis, and centralized command platforms. Integration occurs at the platform level rather than the device level, ensuring that anti drone jammer system behavior always follows unified governance rules. This design simplifies cross-region deployment, centralized supervision, and long-term system evolution across large security networks.
About Us
TATUSKY TECHNOLOGY CO., LIMITED is dedicated to providing cutting-edge solutions for drone threat mitigation. Our Wearable 1-Band Handheld Drone Jammer is a testament to our commitment to innovation and security. Designed for single-operator use, this portable device offers a powerful defense against drone threats, ensuring effective disruption of signals within critical frequency ranges. Ideal for security personnel in field operations, it combines mobility and reliability for personal defense against unmanned aerial vehicles (UAVs). With a frequency range of 700-1000MHz, waterproof IP68 rating, and lightweight aluminum construction, our jammer is built to withstand challenging environments. TATUSKY TECHNOLOGY CO., LIMITED's focus on efficiency and transformation empowers industries to safeguard their operations with ease and confidence. Join us in our mission to deliver unparalleled anti-drone solutions that meet the demands of modern security challenges.
Contact TATUSKY TECHNOLOGY CO., LIMITED today to upgrade your security operations with the Wearable 1-Band Handheld Drone Jammer – Portable, Single-Operator Anti-Drone Solution. Let’s enhance your defense against UAV threats!
FAQ
Can DR200-C operate independently as an anti drone device? No. It functions strictly as a platform-controlled detection coordination and RF execution node.
Is it compatible with third-party drone detection system software? Yes. It supports integration with external sensing, analytics, and command platforms.
Does it support continuous long-term operation? Yes. The fixed infrastructure design supports sustained 24/7 deployment.
Is it suitable for large-scale anti uav system networks? Yes. It is designed for centralized governance across distributed protection zones.
What technical support is available? System integration coordination, documentation support, and lifecycle service assistance are provided.
