Basic Info.
Model NO.
R-Warder-800S
Origin
China
Production Capacity
10000 Pieces/Year
Product Description
Product Introduction
The product represents Ragine Technology's cutting-edge solution for countering unmanned aerial vehicles (C-UAV). Utilizing the robust DongFeng M-Hero vehicle as its base, it not only excels in diverse and challenging environments but also demonstrates exceptional stability and durability in various combat scenarios. The system seamlessly integrates multiple subsystems, including UAV detection, communication jamming, navigation spoofing, and laser deterrence. Its sophisticated intelligent control system enables operators to remotely monitor and control the vehicle in real-time, facilitating precise responses to lo-altitude threats. This versatile product finds applications in government VIP security, large-scale patrolling activities, and base defense, providing comprehensive and multi-layered security assurance at lo-altitudes.
Allows the vehicle to be deployed and controlled in motion, ensuring adaptability to dynamic scenarios.
√ Highly Integrated
The integration of radar, radio detection, communication jamming, navigation spoofing, and laser deterrence enhances overall system performance.
√ Robust & Durable
The system, built on the DongFeng M-Hero vehicle, exhibits exceptional robustness and durability in challenging conditions.
√ Intelligent assurance
The intelligent control system provides operators with real-time monitoring and control capabilities, ensuring optimal system performance.
√ Super-charged Countermeasure
Comprehensive countermeasure capabilities against UAV threats, covering detection, jamming, and deterrence.
√ Multi-environmental Adaptability
The system is designed to operate effectively in various environments, offering adaptability to different operational scenarios.
*The data in the product specifications on this page may be subject to change. Please contact your dedicated account manager for the latest product details.
- Versatility in Operation
The vehicle's ability to operate in diverse environments, including challenging terrains and adverse weather conditions.
Its adaptability to dynamic scenarios, making it suitable for applications ranging from defense operations to large-scale events.
- Integration and Efficiency
Highly integrated subsystems contribute to a rapid and efficient response to drone threats.
- Durability and Stability
As you know, the rugged construction of the Dongfeng M-Hero vehicle ensures durability and stability in a wide range of combat conditions.
We can further discuss how the system's design helps to maintain performance over long periods of combat.
- Intelligent Control System
Systems with advanced intelligent controls can provide operators with real-time monitoring and control.
We can further discuss how the intelligent system enhances operational flexibility and decision-making.
- Comprehensive Countermeasure
Includes radar detection, radio detection, communications jamming, navigation deception, and laser deterrence.
We provide an in-depth discussion of how the combination of these capabilities ensures a superb response to drone threats.
- Adaptability to Different Environments
The ability of the system to adapt to the specific functions of different environments ensures optimal performance in a variety of operational scenarios.
If you would like to learn how the system's adaptability makes it suitable for government VIP security, large-scale patrol activities and base defense, please do not hesitate to contact us!
- Customization Options
Please indicate whether the system you want requires customization options, and we can adjust additional features or other specific requirements according to your needs.
- Future-oriented Upgradability
Our systems are equipped to support future upgrades, ensuring compatibility with emerging threats and technological advances.
Users can maintain the advanced functionality of the system through simple software updates, allowing it to evolve with the changing threat landscape.
- Communication Jamming Capabilities
Our system has efficient communications jamming capabilities, including adjustable jamming ranges and frequencies.
Please feel free to contact us if you wish to discuss further the implications of how to jam UAV communications and prevent them from receiving or sending critical data.
- Navigation Spoofing Precision
We can provide details on the supported frequency bands and jamming frequencies for navigation spoofing.either or discuss the precision of navigation spoofing, including its effectiveness in deceptive jamming and navigation suppression.
- Laser Deterrence System
The Laser Deterrence System incorporated into the Lo-altitude Defense Vehicle (LADV) by Ragine is a cutting-edge feature designed to provide an additional layer of defense against unmanned aerial vehicles (UAVs). This system boasts several critical capabilities that enhance its effectiveness in countering UAV threats.
The Laser Deterrence System integrated into the LADV is a sophisticated and ethical means of countering UAV threats. Its combination of extended capture and tracking range, versatile tracking angles, and swift precision make it an invaluable component of the overall defense capabilities of the Lo-altitude Defense Vehicle. The laser deterrence feature not only ensures effective counteraction against UAVs but also prioritizes safety by engaging threats at a distance, solidifying the LADV as a comprehensive solution for low-altitude security.
- Range Finder and Illumination
Range Finder:
The Lo-altitude Defense Vehicle (LADV) is equipped with an advanced Range Finder, a critical component that plays a pivotal role in accurately determining distances during surveillance and countermeasure operations. This technology ensures precise measurement, contributing to the vehicle's overall effectiveness in identifying and responding to potential threats.
The Range Finder of the LADV has a substantial capability of ≥1.2 km, providing operators with reliable distance information. This feature is instrumental in assessing the proximity of unmanned aerial vehicles (UAVs) and potential threats within the operational environment. The accurate distance measurement facilitated by the Range Finder enhances the LADV's decision-making process, allowing it to respond with precision to different scenarios.
Illumination:
The Illumination system of the LADV is designed to provide visibility in various environmental conditions, ensuring effective surveillance and countermeasure operations. Illumination refers to the vehicle's ability to cast light over a specific area, and its range is specified as ≥1.0 km.
The importance of a robust Illumination system lies in maintaining clear visibility, especially during low-light conditions or in environments with limited natural light. This feature enables the LADV to conduct surveillance and countermeasure operations effectively, even in challenging scenarios where visibility is compromised.
In practical terms, the Illumination system serves multiple purposes. It enhances the LADV's ability to monitor and track UAVs during nighttime operations or in areas with reduced visibility. Additionally, it acts as a deterrent by illuminating the targeted UAV, potentially influencing its behavior or revealing its presence to nearby operators.
- Performance in Urban and Remote Areas
The Lo-altitude Defense Vehicle (LADV) demonstrates remarkable adaptability, ensuring effective performance in both urban environments and remote areas with distinct operational challenges.
Urban Environments:
In urban settings characterized by densely populated areas, numerous electronic devices, and potential signal interference, the LADV excels in maintaining optimal functionality. The system's sophisticated radar and radio detection subsystems are designed to operate amidst various electronic signals, distinguishing between legitimate signals and those emitted by unmanned aerial vehicles (UAVs). This capability is crucial in urban landscapes where electronic noise can be prevalent.
The LADV's communication jamming feature is particularly effective in urban scenarios, disrupting the UAV's ability to communicate with its operator. This not only prevents potential threats but also contributes to minimizing collateral risks in densely populated areas. The adaptability of the LADV in urban environments underscores its role as a reliable and safe countermeasure solution.
Remote Areas:
In remote and less developed areas with limited infrastructure, the LADV showcases its versatility by operating seamlessly despite potential challenges. The vehicle's mobility, integrated radar systems, and communication jamming capabilities make it well-suited for patrolling and defending vast, open terrains.
The system's range finder and illumination components are valuable in remote areas, providing accurate distance measurements and visibility even in challenging environmental conditions. This ensures that the LADV can effectively detect and respond to UAV threats in expansive and less accessible regions.
The adaptability of the LADV in both urban and remote environments positions it as a comprehensive solution for diverse operational landscapes. Whether navigating through complex cityscapes or patrolling expansive rural areas, the LADV's robust design and multi-functional capabilities enable it to address the unique challenges presented by different operational settings.
- Target Recognition and Tracking
The Lo-altitude Defense Vehicle (LADV) boasts advanced capabilities in automatic target recognition, tracking, and identification, contributing significantly to its effectiveness in countering unmanned aerial vehicle (UAV) threats.
Automatic Capture and Tracking:
One of the standout features of the LADV is its ability to autonomously capture and track targets without human intervention. Equipped with cutting-edge radar and radio detection systems, the LADV can swiftly identify potential UAV threats within its detection range. The system's autonomous capabilities streamline the response process, enabling rapid reactions to emerging threats.
Identification of Targets:
In addition to capture and tracking, the LADV is designed to identify targets accurately. Through a combination of radar signatures, communication patterns, and other relevant parameters, the system can distinguish between different types of UAVs. This identification capability is crucial for discerning potential risks and facilitating appropriate responses.
Significance of Rapid Target Recognition and Tracking:
The importance of rapid target recognition and tracking cannot be overstated in the context of UAV defense. Timely identification allows the LADV to initiate countermeasures swiftly, preventing unauthorized drones from entering secure areas or conducting malicious activities. The speed at which the LADV can recognize and track targets contributes directly to minimizing response times and enhancing the overall effectiveness of its counter-UAV operations.
Efficient target recognition and tracking capabilities are particularly relevant in dynamic operational environments where UAV threats can emerge suddenly. By automating these processes, the LADV ensures that human operators can focus on strategic decision-making, relying on the system's speed and precision to execute countermeasures promptly.
In conclusion, the LADV's prowess in automatic target recognition and tracking plays a pivotal role in its mission to provide comprehensive and timely responses to potential UAV threats. This capability positions the LADV as a cutting-edge solution for safeguarding various operational environments from the evolving challenges posed by unmanned aerial vehicles.
- Thermal Imaging and Visible Focal Length
The incorporation of thermal imaging technology into the Lo-altitude Defense Vehicle (LADV) represents a significant advancement, enhancing its visibility and target identification capabilities across various operational scenarios.
Significance of Thermal Imaging:
Thermal imaging plays a crucial role in overcoming limitations posed by low-light conditions and adverse weather situations. Unlike traditional optical systems that rely on visible light, thermal imaging operates by detecting infrared radiation emitted by objects. This allows the LADV to generate detailed and high-contrast images, regardless of external lighting conditions. In scenarios where visibility is compromised due to darkness or challenging weather, the thermal imaging capabilities of the LADV become instrumental.
The benefits of thermal imaging extend to nighttime operations, where traditional visual methods may fall short. By detecting temperature variations and converting them into detailed images, the LADV ensures that potential threats are identified and tracked with precision, contributing to the overall effectiveness of its C-UAV operations.
Visible Focal Length for Accurate Target Identification:
The visible focal length of the LADV's optical system plays a critical role in capturing detailed visuals for accurate target identification. The visible focal length determines the system's ability to zoom in and capture fine details of the observed area. This is particularly important when distinguishing between different types of UAVs or identifying specific features that aid in categorizing threats.
In scenarios where rapid and precise target identification is paramount, the visible focal length allows operators to zoom in on targets, facilitating a more comprehensive understanding of the situation. The combination of thermal imaging and an adjustable visible focal length ensures that the LADV can adapt to varying operational requirements, providing versatility in target identification across different distances and environmental conditions.
In conclusion, the integration of thermal imaging and an adjustable visible focal length enhances the LADV's visibility and target identification capabilities. These features contribute to the system's adaptability across a wide range of operational scenarios, ensuring its effectiveness in countering unmanned aerial vehicle threats in diverse environments and challenging conditions.
- Compliance with Safety Regulations
Ensuring the Lo-altitude Defense Vehicle (LADV) complies with established safety regulations is a pivotal aspect of its design and operation. This commitment to safety not only reinforces ethical practices but also contributes to the system's overall reliability and acceptance within various operational landscapes.
Certifications and Standards
The LADV is engineered to adhere to a set of rigorous safety certifications and standards, reflecting its commitment to responsible use. Certifications from relevant aviation and regulatory authorities validate the system's compliance with industry-established norms. These may include certifications related to electromagnetic interference, radiofrequency emissions, and general safety protocols.
Ethical Operation:
Beyond mere regulatory compliance, the LADV places a strong emphasis on ethical operation. This entails responsible use of C-UAV capabilities, avoiding unnecessary interference with legitimate drone operations and respecting privacy and airspace regulations.
The system's design incorporates features that minimize the risk of collateral impact on surrounding communication systems, ensuring that its countermeasure operations remain targeted and specific. This commitment to ethical practices not only aligns with regulatory expectations but also enhances the LADV's reputation as a responsible and trustworthy solution for countering unmanned aerial vehicles.
Contribution to Reliability and Acceptance:
Adherence to safety regulations is integral to the LADV's reliability and acceptance in diverse operational scenarios. By complying with established standards, the system gains credibility among users, operators, and regulatory bodies. This, in turn, facilitates smoother integration into various environments, including urban, remote, or sensitive areas.
Reliability is a key factor in the success of any C-UAV system, and compliance with safety regulations acts as a foundational element in establishing and maintaining this reliability. It provides assurance to end-users, government agencies, and other stakeholders that the LADV's operations are conducted with the utmost consideration for safety and ethical standards.
- Customer Support and Training
Ensuring the optimal performance and responsible operation of the Lo-altitude Defense Vehicle (LADV) is not only about the capabilities of the system itself but extends to comprehensive customer support services and operator training programs.
*Technical Assistance and Maintenance:*
Ragine Technology is dedicated to providing robust customer support services to address any technical inquiries, concerns, or issues that users may encounter during the deployment and operation of the LADV. A responsive technical assistance team is available to assist users with troubleshooting, system optimization, and any other technical challenges that may arise.
Scheduled maintenance is a critical aspect of ensuring the longevity and reliability of the LADV. Ragine Technology offers a systematic maintenance program, including regular updates, inspections, and performance assessments. This proactive approach to maintenance aims to identify and rectify potential issues before they impact the system's functionality, minimizing downtime and ensuring peak performance.
Users can access these support services through various channels, including online portals, direct communication with technical support teams, and potentially on-site visits when required. This multi-faceted approach ensures that users have the necessary resources to address challenges promptly and maintain the LADV in optimal condition.
*Operator Training Programs:*
To facilitate efficient and responsible use of the LADV, Ragine Technology provides comprehensive operator training programs. These programs are designed to equip operators with the knowledge and skills needed to operate the system effectively while adhering to safety and ethical guidelines.
**Key Components of Operator Training Programs:**
**System Familiarization:**
Operators undergo thorough training to become familiar with the LADV's interface, controls, and operational features. This includes hands-on sessions to ensure a practical understanding of the system.
**Functional Understanding:**
Training programs cover the functionalities of each subsystem, including UAV detection, communication jamming, navigation spoofing, and laser deterrence. Operators gain insights into how these components work together for integrated defense capabilities.
**Safety Protocols:**
Emphasis is placed on safety protocols, ethical use, and compliance with relevant regulations. Operators are trained to recognize potential risks and respond appropriately to ensure the safe operation of the system.
**Troubleshooting Skills:**
Training includes scenarios that simulate real-world challenges, allowing operators to develop troubleshooting skills. This ensures that operators can address minor issues promptly, reducing the reliance on external technical support.
**Simulation Exercises:**
Hands-on simulation exercises enable operators to practice responses to various threat scenarios. This enhances their ability to make informed decisions and respond effectively in dynamic situations.
**Continuous Learning:**
Operator training is an ongoing process, with opportunities for continuous learning and updates on system enhancements. This ensures that operators stay abreast of the latest features, improvements, and best practices.
By providing robust customer support services and operator training programs, Ragine Technology aims to empower users with the knowledge and resources needed to maximize the benefits of the LADV, ensuring its efficient and responsible use in diverse operational environments.
18. User Interface and Accessibility:
The user interface of the Lo-altitude Defense Vehicle (LADV) is meticulously designed with a focus on user-friendliness and accessibility, ensuring that operators with varying levels of expertise can easily navigate and utilize the system's advanced capabilities.
*User-Friendly Design:*
The graphical user interface (GUI) of the LADV is intuitive and user-friendly, featuring a streamlined layout that provides operators with quick and easy access to essential functions. The design prioritizes clarity and simplicity, reducing the learning curve for new operators and facilitating efficient operation even in high-pressure situations.
The interface is thoughtfully organized to present information in a clear and comprehensible manner. Critical data related to UAV detection, communication jamming, navigation spoofing, and laser deterrence is displayed prominently, allowing operators to make informed decisions swiftly.
*Accessibility Features:*
The LADV incorporates accessibility features to accommodate users with varying levels of expertise and operational backgrounds:
**Customizable Dashboard:**
Operators can customize the dashboard based on their preferences and operational requirements. This flexibility ensures that operators can prioritize the display of information most relevant to their specific tasks.
**Guided Operation Wizards:**
For operators less familiar with the system, guided operation wizards are available. These step-by-step guides assist users in configuring settings, initiating countermeasure protocols, and optimizing the system for specific scenarios.
**Visual and Auditory Alerts:**
The user interface includes visual indicators and auditory alerts to draw attention to critical events or potential threats. This multi-sensory approach enhances situational awareness, especially in dynamic and rapidly evolving situations.
**Multi-Language Support:**
Recognizing the global deployment of the LADV, the user interface supports multiple languages. This inclusivity ensures that operators from different linguistic backgrounds can operate the system effectively.
**Training Mode:**
The LADV offers a training mode within the user interface, allowing operators to simulate various scenarios without affecting real-world operations. This hands-on training environment enhances proficiency and confidence among users.
**Responsive Touchscreen Controls:**
In scenarios where rapid response is crucial, the LADV incorporates responsive touchscreen controls for quick and precise interaction. This feature is particularly advantageous in situations where operators need to initiate countermeasures promptly.
By prioritizing user-friendliness and incorporating accessibility features, the LADV's user interface becomes a powerful tool that empowers operators to navigate the system effortlessly. Whether handling routine monitoring or responding to imminent threats, operators can leverage the intuitive design and accessibility features to maximize the system's effectiveness in diverse operational scenarios.
Warranty and After-Sales Services:
Ragine Technology stands behind the reliability and quality of the Lo-altitude Defense Vehicle (LADV) by offering a comprehensive warranty and a suite of after-sales services. These services are strategically designed to enhance customer satisfaction, instill confidence, and ensure the longevity of the product.
*Warranty Period:*
The LADV comes with a standard warranty period to cover any manufacturing defects or malfunctions during normal use. Ragine Technology is committed to the highest manufacturing standards, and the warranty period provides customers with peace of mind regarding the initial performance and functionality of the system.
*After-Sales Services:*
**Technical Assistance:**
Ragine Technology provides dedicated technical assistance to address any operational queries or challenges that operators may encounter. This includes remote troubleshooting, ensuring that any issues are promptly identified and resolved.
**Maintenance Programs:**
To maintain optimal performance, Ragine offers customizable maintenance programs. These programs include routine inspections, software updates, and preventive maintenance to address potential issues before they impact system functionality.
**On-Site Support:**
In situations requiring on-site support, Ragine's service professionals are available to assist. This service is particularly valuable for addressing issues that may require physical inspection or adjustments.
**Replacement Parts:**
As part of the after-sales support, Ragine ensures the availability of genuine replacement parts. This facilitates quick and efficient repairs, minimizing downtime for operators.
**Software Updates:**
In response to technological advancements and emerging threats, Ragine regularly releases software updates. These updates not only enhance the system's capabilities but also address any potential vulnerabilities, ensuring that the LADV remains at the forefront of UAV countermeasure technology.
**Training Refreshers:**
Continuous learning is essential in the rapidly evolving landscape of UAV threats. Ragine provides periodic training refreshers to operators, keeping them informed about the latest features, best practices, and evolving countermeasure strategies.
*Customer Satisfaction and Trust:*
The warranty and after-sales services offered by Ragine are integral to building and maintaining customer satisfaction and trust:
**Reliability Assurance:**
The warranty period serves as an assurance of the system's reliability. Customers can be confident in the quality of the product, backed by Ragine's commitment to addressing any issues that may arise during the warranty period.
-**Long-Term Partnership:**
After-sales services foster a long-term partnership between Ragine and its customers. The ongoing support ensures that the LADV continues to meet the evolving needs and challenges faced by the operators.
**Customer Confidence:**
The availability of comprehensive after-sales services instills confidence in customers, demonstrating Ragine's dedication to supporting them throughout the entire lifecycle of the product.
In conclusion, Ragine's warranty and after-sales services are not just a commitment to product quality but also a testament to the company's dedication to customer satisfaction. These services contribute significantly to the overall customer experience, reinforcing the reliability and trustworthiness of the Lo-altitude Defense Vehicle.
- Testimonials and Case Studies
Ragine Technology is proud to share the success stories and testimonials from users who have experienced the exceptional effectiveness of the Lo-altitude Defense Vehicle (LADV) in countering UAV threats. These real-world scenarios highlight the system's capability to deliver robust and reliable performance across various operational landscapes.*
*Positive Testimonials:*
Users have consistently praised the LADV for its innovative features, user-friendly interface, and outstanding performance in the field. Here are some excerpts from positive testimonials:
*Government Security Official:*
- "The LADV has become an integral part of our security infrastructure. Its precision in countering UAV threats is unmatched. We appreciate the peace of mind it brings to our critical operations."
*Defense Operator:*
- "In challenging defense environments, the LADV has proven to be a game-changer. Its adaptability, mobility, and effective countermeasure capabilities make it an invaluable asset for our defense strategies."
*Law Enforcement Professional:*
- "As a law enforcement agency, countering illicit UAV activities is a top priority. The LADV has exceeded our expectations, providing us with the means to respond swiftly and decisively to potential threats."
*Case Studies:*
-**Event Security Enhancement:**
- *Challenge:* A large-scale public event faced the challenge of unauthorized UAV intrusions, posing security risks.
- *Solution:* The LADV was deployed to enhance event security. Its integrated systems successfully detected and neutralized unauthorized UAVs, ensuring a safe and secure environment for attendees.
- *Outcome:* The event concluded without any incidents related to UAV intrusions, demonstrating the LADV's efficacy in real-world event security.
-**Border Patrol and Surveillance:**
- *Challenge:* Border patrol teams encountered difficulties in monitoring vast border areas for illicit UAV activities.
- *Solution:* The LADV was utilized for border surveillance, combining radar detection, communication jamming, and laser deterrence capabilities.
- *Outcome:* Unauthorized UAVs attempting to cross borders were effectively deterred, enabling border patrol teams to maintain control over sensitive areas.
-**Critical Infrastructure Protection:**
- *Challenge:* Critical infrastructure sites, such as power plants, faced the threat of UAV-based attacks.
- *Solution:* The LADV was deployed to protect critical infrastructure, providing a multi-layered defense against potential UAV threats.
- *Outcome:* The critical infrastructure remained secure, with the LADV successfully countering UAV threats and ensuring uninterrupted operations.
These testimonials and case studies underscore the tangible impact of the LADV in diverse scenarios. Ragine Technology remains committed to advancing UAV countermeasure technology, leveraging user feedback and real-world experiences to continually enhance the system's capabilities and effectiveness. Users can trust the LADV to deliver unparalleled performance in safeguarding against the evolving challenges posed by unmanned aerial vehicles.
Applications
FAQ
Furthermore, we value our relationships with our clients and believe in maintaining open lines of communication. Our team is always available to answer any questions or concerns you may have.
Please feel free to contact us if you have any further questions or if you would like to arrange a visit to our facilities in China.
Who we are
Ragine stands as a global leader in providing lo-altitude security system solutions.
We have remained steadfast in our corporate mission, 'Make Lo-altitude Safer'. Our unwavering focus lies in the continuous of UAV defense technology and core algorithms, delving deep into the field of lo-altitude security. With relentless and close interaction, as well as collaborative efforts from our R&D team, we have achieved a leading position in multiple industry core technologies, including multi-mode satellite signal simulation and simulation, open-loop control strategies and algorithms for UAV navigation spoofing, PID control of UAV navigation spoofing, modular radar digital signal processing, anti-spoofing high-precision clock reinforcement, UAV detection and recognition based on deep machine learning, and artificial intelligence-driven UAV interference.
We are dedicated to delivering consistently safe, reliable, and high-quality products for our customers. Our solutions find extensive applications across diverse sectors, encompassing government and security agencies, airports, petroleum and petrochemical industries, power, among others.
Professional Qualtifications
Comprehensive Support for Partners
Application Photos
Security and Counter-terrorism in the Power Industry
Security and Counter-terrorism in the Oil and Petrochemical Industry
Border Defense and Large-Scale Events
Countermeasure Vehicle
The product represents Ragine Technology's cutting-edge solution for countering unmanned aerial vehicles (C-UAV). Utilizing the robust DongFeng M-Hero vehicle as its base, it not only excels in diverse and challenging environments but also demonstrates exceptional stability and durability in various combat scenarios. The system seamlessly integrates multiple subsystems, including UAV detection, communication jamming, navigation spoofing, and laser deterrence. Its sophisticated intelligent control system enables operators to remotely monitor and control the vehicle in real-time, facilitating precise responses to lo-altitude threats. This versatile product finds applications in government VIP security, large-scale patrolling activities, and base defense, providing comprehensive and multi-layered security assurance at lo-altitudes.
Key Benefits
√ Mobile ControlAllows the vehicle to be deployed and controlled in motion, ensuring adaptability to dynamic scenarios.
√ Highly Integrated
The integration of radar, radio detection, communication jamming, navigation spoofing, and laser deterrence enhances overall system performance.
√ Robust & Durable
The system, built on the DongFeng M-Hero vehicle, exhibits exceptional robustness and durability in challenging conditions.
√ Intelligent assurance
The intelligent control system provides operators with real-time monitoring and control capabilities, ensuring optimal system performance.
√ Super-charged Countermeasure
Comprehensive countermeasure capabilities against UAV threats, covering detection, jamming, and deterrence.
√ Multi-environmental Adaptability
The system is designed to operate effectively in various environments, offering adaptability to different operational scenarios.
Technical Specifications
| UAV Detection - Radar | |
| Detection Range | ≥ 3 km |
| Radar Frequency Bands | X/KU |
| Data Rate | 6 s |
| Blind Zone | ≤ 100m |
| Azimuth Range | 360° |
| Elevation Range | 20° |
| Speed Measurement Range | 0.5 to 100 m/s |
| Distance Accuracy | 10 m |
| Detection Probability | 90 % |
| UAV Detection - Radio Detection | |
| Detection Range | ≥ 5km |
| Supported Frequency Bands | 900MHz, 1.4GHz, 2.4GHz, 5.8GHz |
| Direction Finding Accuracy | 5° |
| UAV Communication Jamming | |
| Jamming Range | 5km, adjustable jamming distance (jamming-to-signal ratio ≥ 10:1) |
| Simultaneous Jamming Frequencies | ≥ 4 |
| Maximum Jamming Bandwidth | ≥ 100MHz |
| Navigation Spoofing | |
| Supported Frequency Bands | GPS L1, GLONASS L1, BDS B1 |
| Jamming Frequencies | L1P, L1M, L2P, L2M, L2C, L5 |
| Jamming Power | ≥80W |
| Jamming Modes | Deceptive Jamming, Navigation Suppression |
| Laser Deterrence | |
| Capture and Tracking Range | ≥1.2 km (typical target DJI Phantom 4) |
| Tracking Angle | Azimuth 360°×N |
| Elevation | 0° to +60° |
| Maximum Angular Velocity of Turntable | ≥ 100°/s |
| Guaranteed Precision Angular Velocity | ≥ 20°/s |
| Tracking Accuracy | ≤10μrad |
| Tracking Capability | Automatic capture, tracking, and identification of targets |
| Lens | Thermal Imaging Focal Length: 30-180 mm; Visible Focal Length: 941 mm |
| Range Finder | ≥1.2 km |
| Illumination | ≥1.0 km |
| Denial Range | 800 m |
| Guidance Capture Time | ≤ 5s (external guidance accuracy in azimuth and elevation better than 0.3°) |
| Target Transfer Time | ≤ 8s (time to switch and stabilize tracking for different targets) |
R-Warder-800S Performance Analysis
In conclusion, the Lo-altitude Defense Vehicle (LADV) by Ragine is a state-of-the-art solution for countering unmanned aerial vehicles, offering a combination of mobility, integration, durability, intelligence, and adaptability. With its comprehensive countermeasure capabilities and advanced features, it provides users with a reliable and effective tool for safeguarding against low-altitude threats in various operational scenarios. The detailed performance analysis ensures potential customers have a thorough understanding of the system's capabilities, making it an ideal choice for government, defense, and security applications.- Versatility in Operation
The vehicle's ability to operate in diverse environments, including challenging terrains and adverse weather conditions.
Its adaptability to dynamic scenarios, making it suitable for applications ranging from defense operations to large-scale events.
- Integration and Efficiency
Highly integrated subsystems contribute to a rapid and efficient response to drone threats.
- Durability and Stability
As you know, the rugged construction of the Dongfeng M-Hero vehicle ensures durability and stability in a wide range of combat conditions.
We can further discuss how the system's design helps to maintain performance over long periods of combat.
- Intelligent Control System
Systems with advanced intelligent controls can provide operators with real-time monitoring and control.
We can further discuss how the intelligent system enhances operational flexibility and decision-making.
- Comprehensive Countermeasure
Includes radar detection, radio detection, communications jamming, navigation deception, and laser deterrence.
We provide an in-depth discussion of how the combination of these capabilities ensures a superb response to drone threats.
- Adaptability to Different Environments
The ability of the system to adapt to the specific functions of different environments ensures optimal performance in a variety of operational scenarios.
If you would like to learn how the system's adaptability makes it suitable for government VIP security, large-scale patrol activities and base defense, please do not hesitate to contact us!
- Customization Options
Please indicate whether the system you want requires customization options, and we can adjust additional features or other specific requirements according to your needs.
- Future-oriented Upgradability
Our systems are equipped to support future upgrades, ensuring compatibility with emerging threats and technological advances.
Users can maintain the advanced functionality of the system through simple software updates, allowing it to evolve with the changing threat landscape.
- Communication Jamming Capabilities
Our system has efficient communications jamming capabilities, including adjustable jamming ranges and frequencies.
Please feel free to contact us if you wish to discuss further the implications of how to jam UAV communications and prevent them from receiving or sending critical data.
- Navigation Spoofing Precision
We can provide details on the supported frequency bands and jamming frequencies for navigation spoofing.either or discuss the precision of navigation spoofing, including its effectiveness in deceptive jamming and navigation suppression.
- Laser Deterrence System
The Laser Deterrence System incorporated into the Lo-altitude Defense Vehicle (LADV) by Ragine is a cutting-edge feature designed to provide an additional layer of defense against unmanned aerial vehicles (UAVs). This system boasts several critical capabilities that enhance its effectiveness in countering UAV threats.
The Laser Deterrence System integrated into the LADV is a sophisticated and ethical means of countering UAV threats. Its combination of extended capture and tracking range, versatile tracking angles, and swift precision make it an invaluable component of the overall defense capabilities of the Lo-altitude Defense Vehicle. The laser deterrence feature not only ensures effective counteraction against UAVs but also prioritizes safety by engaging threats at a distance, solidifying the LADV as a comprehensive solution for low-altitude security.
- Range Finder and Illumination
Range Finder:
The Lo-altitude Defense Vehicle (LADV) is equipped with an advanced Range Finder, a critical component that plays a pivotal role in accurately determining distances during surveillance and countermeasure operations. This technology ensures precise measurement, contributing to the vehicle's overall effectiveness in identifying and responding to potential threats.
The Range Finder of the LADV has a substantial capability of ≥1.2 km, providing operators with reliable distance information. This feature is instrumental in assessing the proximity of unmanned aerial vehicles (UAVs) and potential threats within the operational environment. The accurate distance measurement facilitated by the Range Finder enhances the LADV's decision-making process, allowing it to respond with precision to different scenarios.
Illumination:
The Illumination system of the LADV is designed to provide visibility in various environmental conditions, ensuring effective surveillance and countermeasure operations. Illumination refers to the vehicle's ability to cast light over a specific area, and its range is specified as ≥1.0 km.
The importance of a robust Illumination system lies in maintaining clear visibility, especially during low-light conditions or in environments with limited natural light. This feature enables the LADV to conduct surveillance and countermeasure operations effectively, even in challenging scenarios where visibility is compromised.
In practical terms, the Illumination system serves multiple purposes. It enhances the LADV's ability to monitor and track UAVs during nighttime operations or in areas with reduced visibility. Additionally, it acts as a deterrent by illuminating the targeted UAV, potentially influencing its behavior or revealing its presence to nearby operators.
- Performance in Urban and Remote Areas
The Lo-altitude Defense Vehicle (LADV) demonstrates remarkable adaptability, ensuring effective performance in both urban environments and remote areas with distinct operational challenges.
Urban Environments:
In urban settings characterized by densely populated areas, numerous electronic devices, and potential signal interference, the LADV excels in maintaining optimal functionality. The system's sophisticated radar and radio detection subsystems are designed to operate amidst various electronic signals, distinguishing between legitimate signals and those emitted by unmanned aerial vehicles (UAVs). This capability is crucial in urban landscapes where electronic noise can be prevalent.
The LADV's communication jamming feature is particularly effective in urban scenarios, disrupting the UAV's ability to communicate with its operator. This not only prevents potential threats but also contributes to minimizing collateral risks in densely populated areas. The adaptability of the LADV in urban environments underscores its role as a reliable and safe countermeasure solution.
Remote Areas:
In remote and less developed areas with limited infrastructure, the LADV showcases its versatility by operating seamlessly despite potential challenges. The vehicle's mobility, integrated radar systems, and communication jamming capabilities make it well-suited for patrolling and defending vast, open terrains.
The system's range finder and illumination components are valuable in remote areas, providing accurate distance measurements and visibility even in challenging environmental conditions. This ensures that the LADV can effectively detect and respond to UAV threats in expansive and less accessible regions.
The adaptability of the LADV in both urban and remote environments positions it as a comprehensive solution for diverse operational landscapes. Whether navigating through complex cityscapes or patrolling expansive rural areas, the LADV's robust design and multi-functional capabilities enable it to address the unique challenges presented by different operational settings.
- Target Recognition and Tracking
The Lo-altitude Defense Vehicle (LADV) boasts advanced capabilities in automatic target recognition, tracking, and identification, contributing significantly to its effectiveness in countering unmanned aerial vehicle (UAV) threats.
Automatic Capture and Tracking:
One of the standout features of the LADV is its ability to autonomously capture and track targets without human intervention. Equipped with cutting-edge radar and radio detection systems, the LADV can swiftly identify potential UAV threats within its detection range. The system's autonomous capabilities streamline the response process, enabling rapid reactions to emerging threats.
Identification of Targets:
In addition to capture and tracking, the LADV is designed to identify targets accurately. Through a combination of radar signatures, communication patterns, and other relevant parameters, the system can distinguish between different types of UAVs. This identification capability is crucial for discerning potential risks and facilitating appropriate responses.
Significance of Rapid Target Recognition and Tracking:
The importance of rapid target recognition and tracking cannot be overstated in the context of UAV defense. Timely identification allows the LADV to initiate countermeasures swiftly, preventing unauthorized drones from entering secure areas or conducting malicious activities. The speed at which the LADV can recognize and track targets contributes directly to minimizing response times and enhancing the overall effectiveness of its counter-UAV operations.
Efficient target recognition and tracking capabilities are particularly relevant in dynamic operational environments where UAV threats can emerge suddenly. By automating these processes, the LADV ensures that human operators can focus on strategic decision-making, relying on the system's speed and precision to execute countermeasures promptly.
In conclusion, the LADV's prowess in automatic target recognition and tracking plays a pivotal role in its mission to provide comprehensive and timely responses to potential UAV threats. This capability positions the LADV as a cutting-edge solution for safeguarding various operational environments from the evolving challenges posed by unmanned aerial vehicles.
- Thermal Imaging and Visible Focal Length
The incorporation of thermal imaging technology into the Lo-altitude Defense Vehicle (LADV) represents a significant advancement, enhancing its visibility and target identification capabilities across various operational scenarios.
Significance of Thermal Imaging:
Thermal imaging plays a crucial role in overcoming limitations posed by low-light conditions and adverse weather situations. Unlike traditional optical systems that rely on visible light, thermal imaging operates by detecting infrared radiation emitted by objects. This allows the LADV to generate detailed and high-contrast images, regardless of external lighting conditions. In scenarios where visibility is compromised due to darkness or challenging weather, the thermal imaging capabilities of the LADV become instrumental.
The benefits of thermal imaging extend to nighttime operations, where traditional visual methods may fall short. By detecting temperature variations and converting them into detailed images, the LADV ensures that potential threats are identified and tracked with precision, contributing to the overall effectiveness of its C-UAV operations.
Visible Focal Length for Accurate Target Identification:
The visible focal length of the LADV's optical system plays a critical role in capturing detailed visuals for accurate target identification. The visible focal length determines the system's ability to zoom in and capture fine details of the observed area. This is particularly important when distinguishing between different types of UAVs or identifying specific features that aid in categorizing threats.
In scenarios where rapid and precise target identification is paramount, the visible focal length allows operators to zoom in on targets, facilitating a more comprehensive understanding of the situation. The combination of thermal imaging and an adjustable visible focal length ensures that the LADV can adapt to varying operational requirements, providing versatility in target identification across different distances and environmental conditions.
In conclusion, the integration of thermal imaging and an adjustable visible focal length enhances the LADV's visibility and target identification capabilities. These features contribute to the system's adaptability across a wide range of operational scenarios, ensuring its effectiveness in countering unmanned aerial vehicle threats in diverse environments and challenging conditions.
- Compliance with Safety Regulations
Ensuring the Lo-altitude Defense Vehicle (LADV) complies with established safety regulations is a pivotal aspect of its design and operation. This commitment to safety not only reinforces ethical practices but also contributes to the system's overall reliability and acceptance within various operational landscapes.
Certifications and Standards
The LADV is engineered to adhere to a set of rigorous safety certifications and standards, reflecting its commitment to responsible use. Certifications from relevant aviation and regulatory authorities validate the system's compliance with industry-established norms. These may include certifications related to electromagnetic interference, radiofrequency emissions, and general safety protocols.
Ethical Operation:
Beyond mere regulatory compliance, the LADV places a strong emphasis on ethical operation. This entails responsible use of C-UAV capabilities, avoiding unnecessary interference with legitimate drone operations and respecting privacy and airspace regulations.
The system's design incorporates features that minimize the risk of collateral impact on surrounding communication systems, ensuring that its countermeasure operations remain targeted and specific. This commitment to ethical practices not only aligns with regulatory expectations but also enhances the LADV's reputation as a responsible and trustworthy solution for countering unmanned aerial vehicles.
Contribution to Reliability and Acceptance:
Adherence to safety regulations is integral to the LADV's reliability and acceptance in diverse operational scenarios. By complying with established standards, the system gains credibility among users, operators, and regulatory bodies. This, in turn, facilitates smoother integration into various environments, including urban, remote, or sensitive areas.
Reliability is a key factor in the success of any C-UAV system, and compliance with safety regulations acts as a foundational element in establishing and maintaining this reliability. It provides assurance to end-users, government agencies, and other stakeholders that the LADV's operations are conducted with the utmost consideration for safety and ethical standards.
- Customer Support and Training
Ensuring the optimal performance and responsible operation of the Lo-altitude Defense Vehicle (LADV) is not only about the capabilities of the system itself but extends to comprehensive customer support services and operator training programs.
*Technical Assistance and Maintenance:*
Ragine Technology is dedicated to providing robust customer support services to address any technical inquiries, concerns, or issues that users may encounter during the deployment and operation of the LADV. A responsive technical assistance team is available to assist users with troubleshooting, system optimization, and any other technical challenges that may arise.
Scheduled maintenance is a critical aspect of ensuring the longevity and reliability of the LADV. Ragine Technology offers a systematic maintenance program, including regular updates, inspections, and performance assessments. This proactive approach to maintenance aims to identify and rectify potential issues before they impact the system's functionality, minimizing downtime and ensuring peak performance.
Users can access these support services through various channels, including online portals, direct communication with technical support teams, and potentially on-site visits when required. This multi-faceted approach ensures that users have the necessary resources to address challenges promptly and maintain the LADV in optimal condition.
*Operator Training Programs:*
To facilitate efficient and responsible use of the LADV, Ragine Technology provides comprehensive operator training programs. These programs are designed to equip operators with the knowledge and skills needed to operate the system effectively while adhering to safety and ethical guidelines.
**Key Components of Operator Training Programs:**
**System Familiarization:**
Operators undergo thorough training to become familiar with the LADV's interface, controls, and operational features. This includes hands-on sessions to ensure a practical understanding of the system.
**Functional Understanding:**
Training programs cover the functionalities of each subsystem, including UAV detection, communication jamming, navigation spoofing, and laser deterrence. Operators gain insights into how these components work together for integrated defense capabilities.
**Safety Protocols:**
Emphasis is placed on safety protocols, ethical use, and compliance with relevant regulations. Operators are trained to recognize potential risks and respond appropriately to ensure the safe operation of the system.
**Troubleshooting Skills:**
Training includes scenarios that simulate real-world challenges, allowing operators to develop troubleshooting skills. This ensures that operators can address minor issues promptly, reducing the reliance on external technical support.
**Simulation Exercises:**
Hands-on simulation exercises enable operators to practice responses to various threat scenarios. This enhances their ability to make informed decisions and respond effectively in dynamic situations.
**Continuous Learning:**
Operator training is an ongoing process, with opportunities for continuous learning and updates on system enhancements. This ensures that operators stay abreast of the latest features, improvements, and best practices.
By providing robust customer support services and operator training programs, Ragine Technology aims to empower users with the knowledge and resources needed to maximize the benefits of the LADV, ensuring its efficient and responsible use in diverse operational environments.
18. User Interface and Accessibility:
The user interface of the Lo-altitude Defense Vehicle (LADV) is meticulously designed with a focus on user-friendliness and accessibility, ensuring that operators with varying levels of expertise can easily navigate and utilize the system's advanced capabilities.
*User-Friendly Design:*
The graphical user interface (GUI) of the LADV is intuitive and user-friendly, featuring a streamlined layout that provides operators with quick and easy access to essential functions. The design prioritizes clarity and simplicity, reducing the learning curve for new operators and facilitating efficient operation even in high-pressure situations.
The interface is thoughtfully organized to present information in a clear and comprehensible manner. Critical data related to UAV detection, communication jamming, navigation spoofing, and laser deterrence is displayed prominently, allowing operators to make informed decisions swiftly.
*Accessibility Features:*
The LADV incorporates accessibility features to accommodate users with varying levels of expertise and operational backgrounds:
**Customizable Dashboard:**
Operators can customize the dashboard based on their preferences and operational requirements. This flexibility ensures that operators can prioritize the display of information most relevant to their specific tasks.
**Guided Operation Wizards:**
For operators less familiar with the system, guided operation wizards are available. These step-by-step guides assist users in configuring settings, initiating countermeasure protocols, and optimizing the system for specific scenarios.
**Visual and Auditory Alerts:**
The user interface includes visual indicators and auditory alerts to draw attention to critical events or potential threats. This multi-sensory approach enhances situational awareness, especially in dynamic and rapidly evolving situations.
**Multi-Language Support:**
Recognizing the global deployment of the LADV, the user interface supports multiple languages. This inclusivity ensures that operators from different linguistic backgrounds can operate the system effectively.
**Training Mode:**
The LADV offers a training mode within the user interface, allowing operators to simulate various scenarios without affecting real-world operations. This hands-on training environment enhances proficiency and confidence among users.
**Responsive Touchscreen Controls:**
In scenarios where rapid response is crucial, the LADV incorporates responsive touchscreen controls for quick and precise interaction. This feature is particularly advantageous in situations where operators need to initiate countermeasures promptly.
By prioritizing user-friendliness and incorporating accessibility features, the LADV's user interface becomes a powerful tool that empowers operators to navigate the system effortlessly. Whether handling routine monitoring or responding to imminent threats, operators can leverage the intuitive design and accessibility features to maximize the system's effectiveness in diverse operational scenarios.
Warranty and After-Sales Services:
Ragine Technology stands behind the reliability and quality of the Lo-altitude Defense Vehicle (LADV) by offering a comprehensive warranty and a suite of after-sales services. These services are strategically designed to enhance customer satisfaction, instill confidence, and ensure the longevity of the product.
*Warranty Period:*
The LADV comes with a standard warranty period to cover any manufacturing defects or malfunctions during normal use. Ragine Technology is committed to the highest manufacturing standards, and the warranty period provides customers with peace of mind regarding the initial performance and functionality of the system.
*After-Sales Services:*
**Technical Assistance:**
Ragine Technology provides dedicated technical assistance to address any operational queries or challenges that operators may encounter. This includes remote troubleshooting, ensuring that any issues are promptly identified and resolved.
**Maintenance Programs:**
To maintain optimal performance, Ragine offers customizable maintenance programs. These programs include routine inspections, software updates, and preventive maintenance to address potential issues before they impact system functionality.
**On-Site Support:**
In situations requiring on-site support, Ragine's service professionals are available to assist. This service is particularly valuable for addressing issues that may require physical inspection or adjustments.
**Replacement Parts:**
As part of the after-sales support, Ragine ensures the availability of genuine replacement parts. This facilitates quick and efficient repairs, minimizing downtime for operators.
**Software Updates:**
In response to technological advancements and emerging threats, Ragine regularly releases software updates. These updates not only enhance the system's capabilities but also address any potential vulnerabilities, ensuring that the LADV remains at the forefront of UAV countermeasure technology.
**Training Refreshers:**
Continuous learning is essential in the rapidly evolving landscape of UAV threats. Ragine provides periodic training refreshers to operators, keeping them informed about the latest features, best practices, and evolving countermeasure strategies.
*Customer Satisfaction and Trust:*
The warranty and after-sales services offered by Ragine are integral to building and maintaining customer satisfaction and trust:
**Reliability Assurance:**
The warranty period serves as an assurance of the system's reliability. Customers can be confident in the quality of the product, backed by Ragine's commitment to addressing any issues that may arise during the warranty period.
-**Long-Term Partnership:**
After-sales services foster a long-term partnership between Ragine and its customers. The ongoing support ensures that the LADV continues to meet the evolving needs and challenges faced by the operators.
**Customer Confidence:**
The availability of comprehensive after-sales services instills confidence in customers, demonstrating Ragine's dedication to supporting them throughout the entire lifecycle of the product.
In conclusion, Ragine's warranty and after-sales services are not just a commitment to product quality but also a testament to the company's dedication to customer satisfaction. These services contribute significantly to the overall customer experience, reinforcing the reliability and trustworthiness of the Lo-altitude Defense Vehicle.
- Testimonials and Case Studies
Ragine Technology is proud to share the success stories and testimonials from users who have experienced the exceptional effectiveness of the Lo-altitude Defense Vehicle (LADV) in countering UAV threats. These real-world scenarios highlight the system's capability to deliver robust and reliable performance across various operational landscapes.*
*Positive Testimonials:*
Users have consistently praised the LADV for its innovative features, user-friendly interface, and outstanding performance in the field. Here are some excerpts from positive testimonials:
*Government Security Official:*
- "The LADV has become an integral part of our security infrastructure. Its precision in countering UAV threats is unmatched. We appreciate the peace of mind it brings to our critical operations."
*Defense Operator:*
- "In challenging defense environments, the LADV has proven to be a game-changer. Its adaptability, mobility, and effective countermeasure capabilities make it an invaluable asset for our defense strategies."
*Law Enforcement Professional:*
- "As a law enforcement agency, countering illicit UAV activities is a top priority. The LADV has exceeded our expectations, providing us with the means to respond swiftly and decisively to potential threats."
*Case Studies:*
-**Event Security Enhancement:**
- *Challenge:* A large-scale public event faced the challenge of unauthorized UAV intrusions, posing security risks.
- *Solution:* The LADV was deployed to enhance event security. Its integrated systems successfully detected and neutralized unauthorized UAVs, ensuring a safe and secure environment for attendees.
- *Outcome:* The event concluded without any incidents related to UAV intrusions, demonstrating the LADV's efficacy in real-world event security.
-**Border Patrol and Surveillance:**
- *Challenge:* Border patrol teams encountered difficulties in monitoring vast border areas for illicit UAV activities.
- *Solution:* The LADV was utilized for border surveillance, combining radar detection, communication jamming, and laser deterrence capabilities.
- *Outcome:* Unauthorized UAVs attempting to cross borders were effectively deterred, enabling border patrol teams to maintain control over sensitive areas.
-**Critical Infrastructure Protection:**
- *Challenge:* Critical infrastructure sites, such as power plants, faced the threat of UAV-based attacks.
- *Solution:* The LADV was deployed to protect critical infrastructure, providing a multi-layered defense against potential UAV threats.
- *Outcome:* The critical infrastructure remained secure, with the LADV successfully countering UAV threats and ensuring uninterrupted operations.
These testimonials and case studies underscore the tangible impact of the LADV in diverse scenarios. Ragine Technology remains committed to advancing UAV countermeasure technology, leveraging user feedback and real-world experiences to continually enhance the system's capabilities and effectiveness. Users can trust the LADV to deliver unparalleled performance in safeguarding against the evolving challenges posed by unmanned aerial vehicles.
Applications
FAQ
How to get our best price?
Our pricing varies depending on the specific model and features of the anti-drone system you're interested in. We strive to provide competitive pricing for the quality and capabilities of our systems. For the most accurate pricing information, please contact our sales team or refer to the product listings on our website.Could we provide a sample before bulk order?
Yes, we could provide the sample for all models, but the sample costs, but the buyer shall bear the costs of samples, shipping and taxes.Do we accept OEM/ODM order?
Yes, ODM & OEM are both available and we can customize the brand logo, colors, and frequencies as per request.Do we support customized products?
Absolutely, we highly value the unique requirements of each client. Our team is equipped with the expertise to customize our anti-drone systems to meet your specific needs. We work closely with our clients throughout the customization process, from understanding their requirements to delivering the final product. Please contact our customer service team to discuss your specific needs and we will be more than happy to assist you.What types of drones can our products detect?
Capable of recognizing mainstream models includes DJI, AUTEL, self-made DIY drones, WiFi drones and FPV drones, etc.What is the range of our anti-drone systems?
The detection range of our products varies by model, but generally can cover 1 to 5 kilometers, If you need a larger range, please feel free to contact us!Can our products be used in all weather conditions?
Our products are designed to operate in a variety of weather conditions, including rain, snow, and high temperatures.Are there any legal restrictions on using anti-drone systems?
The use of anti-drone systems is subject to local laws and regulations. It's important to check with local authorities or a legal professional before using such systems.How to install and operate our anti-drone systems?
Our products come with a detailed user manual that provides instructions on installation and operation. We also offer customer support for any additional queries.What is the response time of our anti-drone systems?
The response time of our systems is typically within a few seconds, depending on the specific model and configuration.Do our products require any special training to operate?
While our products are designed to be user-friendly, we do offer training and support to ensure users can effectively operate our systems.Can we have a tour of our factory?
We understand that trust is fundamental in first-time cooperation. To build this trust, we believe in complete transparency and open communication. We have multiple research and development centers, manufacturing sites, and rigorous testing laboratories in China. We welcome you to visit these facilities at any time to witness firsthand the quality of our work and the advanced technology we use.Furthermore, we value our relationships with our clients and believe in maintaining open lines of communication. Our team is always available to answer any questions or concerns you may have.
Please feel free to contact us if you have any further questions or if you would like to arrange a visit to our facilities in China.
Who we are
Ragine stands as a global leader in providing lo-altitude security system solutions.
We have remained steadfast in our corporate mission, 'Make Lo-altitude Safer'. Our unwavering focus lies in the continuous of UAV defense technology and core algorithms, delving deep into the field of lo-altitude security. With relentless and close interaction, as well as collaborative efforts from our R&D team, we have achieved a leading position in multiple industry core technologies, including multi-mode satellite signal simulation and simulation, open-loop control strategies and algorithms for UAV navigation spoofing, PID control of UAV navigation spoofing, modular radar digital signal processing, anti-spoofing high-precision clock reinforcement, UAV detection and recognition based on deep machine learning, and artificial intelligence-driven UAV interference.
We are dedicated to delivering consistently safe, reliable, and high-quality products for our customers. Our solutions find extensive applications across diverse sectors, encompassing government and security agencies, airports, petroleum and petrochemical industries, power, among others.
Professional Qualtifications
Comprehensive Support for Partners
Application Photos
Security and Counter-terrorism in the Power Industry
Security and Counter-terrorism in the Oil and Petrochemical Industry
Border Defense and Large-Scale Events
Countermeasure Vehicle
