| Category | Question | Answer |
| Surveillance Radar | What is the detection range for your surveillance radar systems? | The detection range of Wavesonic's surveillance radar systems varies by model and application, ensuring solutions tailored to diverse operational needs: Air Surveillance (X-Band and S-Band Radars): ASR226X-6000: A high-performance X-band radar designed for aerial surveillance, capable of detecting UAVs and airborne targets within a 6-kilometer range. It is ideal for high-precision UAV tracking and airspace security. ASR216S-10K: An advanced S-band radar featuring a detection range of up to 10 kilometers. This radar offers exceptional performance for long-range detection, making it the most reliable option for large-scale airspace monitoring. Ground Surveillance (Multi-Purpose Tactical Radar): GRB101C-3100: A versatile multi-purpose tactical radar designed for detecting multiple target types, including humans, vehicles, and UAVs, with a detection range of up to 3 kilometers. Key Advantages: Compact and portable design, suitable for rapid deployment in dynamic environments. Simultaneous multi-target tracking with advanced algorithms optimized for ground and low-altitude threats. Highly adaptable for military, border security, and emergency response applications. Maritime Surveillance (Coastal Monitoring Radar): CSR237-8500C: Designed for coastal and maritime surveillance, this radar provides a reliable detection range of up to 8.5 kilometers for vessels. Its advanced anti-interference features make it ideal for dynamic maritime environments. Why Choose Wavesonic Surveillance Radars? Each radar is optimized with cutting-edge technologies, including MIMO and Digital Beamforming (DBF), ensuring precise detection and tracking even in complex operational environments. Whether your focus is airspace security, ground surveillance, or maritime monitoring, Wavesonic offers tailored solutions to meet your requirements. For more details, we recommend the following models: ASR226X-6000, ASR216S-10K, GRB101C-3100, and CSR237-8500C. If you have specific project needs or require further assistance, please contact our sales team. You can scan the WhatsApp and WeChat QR codes on our website or send us an email. Additionally, we encourage you to explore the detailed specifications and performance parameters of our radar systems to select the most suitable option for your application. |
| Surveillance Radar | Can the radar simultaneously detect multiple targets (e.g., humans, vehicles, and UAVs)? | Yes, Wavesonic's radar systems are designed to simultaneously detect and track multiple types of targets, including humans, vehicles, and UAVs. Our advanced radar technology employs Digital Beamforming (DBF) and Multi-Input Multi-Output (MIMO) techniques to enable high-resolution tracking of numerous moving objects within the radar’s detection range. We recommend the following models for your reference: ASR226X-6000 GRB101C-3100 In addition to radars capable of detecting multiple target types simultaneously, we also offer specialized radars optimized for single target categories. These include radars specifically designed for UAV detection, ground vehicles and personnel tracking, and maritime surveillance. Each radar is algorithmically fine-tuned for its designated purpose, providing greater precision and adaptability to varied project applications and operational environments. If you have more detailed requirements, please feel free to contact our sales team. You can scan the WhatsApp and WeChat QR codes at the bottom of our website or send us an email for further assistance. Additionally, we encourage you to explore the product specifications and performance parameters of our different models to find the ideal solution for your needs. |
| Surveillance Radar | How does the radar handle interference in challenging environments? | Wavesonic radars are designed with advanced technologies to ensure reliable performance, even in challenging environments with high levels of interference. Key features include: Anti-Electromagnetic Interference: Utilizing MIMO (Multiple-Input Multiple-Output) and Digital Beamforming (DBF) technologies, our radars effectively reduce electromagnetic interference from other devices operating in the same frequency band. Clutter Suppression Algorithms: Equipped with sophisticated algorithms to filter out ground clutter, sea clutter, and other unwanted echoes, ensuring accurate target detection and tracking. All-Weather Capability: Wavesonic radars are built to perform reliably in adverse weather conditions, such as heavy rain, fog, or sandstorms, using advanced signal processing techniques to minimize environmental noise. Multi-Target Discrimination: Our radars can differentiate and track multiple targets simultaneously, even in crowded airspace or busy maritime environments, without compromising accuracy. Adaptive Signal Processing: The radar system dynamically adjusts its sensitivity and signal processing parameters based on real-time conditions, ensuring optimal performance in complex terrains like urban areas, coastal zones, and mountainous regions. If you have specific operational challenges or require additional technical details, please feel free to contact our team. We are happy to provide customized solutions to meet your needs. You can reach us through WhatsApp, WeChat, or email, as listed on our website. |
| Surveillance Radar | What frequency bands are used by your surveillance radar systems? | Wavesonic's surveillance radar systems utilize the following specific frequency bands, optimized for different applications: X-Band (9.4–9.6 GHz): High-resolution imaging and precise tracking for short-to-medium range applications. Best suited for detecting airborne targets, including UAVs and drones. Example Model: ASR226X-6000. S-Band (2.85–2.95 GHz): Specifically divided into 5 sub-bands, each with a 20 MHz width: 2860 MHz, 2880 MHz, 2900 MHz, 2920 MHz, 2940 MHz. Offers exceptional long-range detection for air and surface surveillance. Highly effective in adverse weather conditions. Example Model: ASR216S-10K. C-Band (5.5–5.8 GHz): Balances range and resolution, making it ideal for multi-target tracking and ground surveillance. Supports both surface and low-altitude detection in dynamic environments. Each frequency band is selected based on the radar's intended application, ensuring optimal performance in scenarios such as airborne target detection, ground security, and maritime monitoring. If you require guidance in choosing the right frequency band or need additional details on specific models, please contact our sales team via WhatsApp, WeChat, or email, as listed on our website. |
| Surveillance Radar | Can the radar system be customized for specific operational requirements? | Yes, Wavesonic radar systems can be customized to meet specific operational requirements. However, customization requires the client to provide a detailed project plan, including operational needs and application scenarios. Based on this, our team will conduct a technical feasibility analysis and cost estimation. Please note that customized radar solutions typically have longer delivery cycles. If our existing products meet your requirements, we recommend choosing off-the-shelf solutions for faster deployment. Customization Options: Detection Range: Adjusting radar parameters to achieve specific ranges, whether short, medium, or long-distance detection, depending on the operational scenario. Frequency Band Selection: Wavesonic radars support various frequency bands, including: X-Band (9.4–9.6 GHz): For high-resolution UAV and aerial target detection. S-Band (2.85–2.95 GHz): For long-range surveillance with reliable performance in adverse weather. C-Band (5.5–5.8 GHz): Ideal for multi-target tracking. Ku-Band (12–18 GHz): High-precision applications requiring narrow beams and shorter ranges. L-Band (1–2 GHz): For detecting larger targets over long distances. Radar Architecture: Offering flexible radar architectures based on operational needs: 2D Phased Array Radar (Static Panel Array): Provides three-dimensional target coordinates (azimuth, range, and elevation) without the need for mechanical scanning. Ideal for fixed installations requiring continuous coverage. 3D Mechanically Scanned Radar: Current air surveillance radars use mechanical scanning to provide accurate three-dimensional positioning for dynamic tracking scenarios. Target Optimization: Algorithm customization for specific targets, such as UAVs, ground vehicles, personnel, or maritime vessels, ensuring optimized detection and tracking performance. Form Factor and Deployment: Options for portable tactical radars or fixed installations tailored to operational constraints and environments. System Integration: Seamless integration with existing security infrastructure, including electro-optical systems, command-and-control platforms, and communication networks. Environmental Adaptations: Tailored designs for extreme environmental conditions, such as high humidity, low temperatures, or harsh weather. Collaboration Process: Customization involves close collaboration between Wavesonic and the client to ensure the solution meets all project-specific requirements. For clients with urgent timelines or standard use cases, our existing product lineup, such as ASR226X-6000 or ASR216S-10K, may be ideal solutions. For more information or to discuss your specific needs, please contact our sales team via WhatsApp, WeChat, or email. We are committed to delivering radar systems that combine advanced technology with operational efficiency. |
| Anti-Drone System | What is the effective range of your anti-drone system? | The effective range of Wavesonic's anti-drone system depends on the specific components and project requirements. Here’s a detailed breakdown of the range and capabilities of each subsystem: 1. Radar Detection The radar selection depends on the detection range required for the project. For example: 1.5–3 km: Suitable for short-range projects such as prisons and government facilities. 5–10 km: Designed for critical infrastructure like power plants, dams, nuclear facilities, and airports. Frequency bands and maximum detection ranges: X-Band: Up to 6 km (e.g., ASR226X-6000) S-Band: Up to 10 km (e.g., ASR216S-10K) C-Band: Up to 8 km (e.g., CSR237-8500C) These radar systems ensure comprehensive detection and tracking based on the project's unique requirements. 2. RF Detection Detects UAV remote control and video transmission signals within a range of 5–10 km. For certain UAVs, the system can extract detailed information, such as: Brand, serial number (SN), flight trajectory, distance, azimuth, and even the drone operator's location. Utilizing CRPC technology, the system provides detailed intelligence for supported UAVs. For unsupported UAVs, only rough directional alarms are provided. 3. GNSS Jamming Effective within a 3–5 km range. Multiple solutions are available based on deployment scenarios: Fixed installations: Both directional and omnidirectional GNSS jamming options. Portable solutions: Includes handheld jamming guns and backpack systems for flexible deployment. 4. RF Jamming Similar to GNSS jamming, with options to disrupt the major communication frequencies used by drones. Key Features: Supports 4–6 frequency bands for mainstream UAVs. Full-band jamming (30 MHz–6 GHz) available as a customizable option. 5. EO/IR Tracking Tracks UAVs visually within a 1–2 km range using electro-optical and infrared systems. Options: Non-Cooled Systems: Cost-effective but with shorter operational ranges. Cooled Systems: Superior performance and extended range but significantly higher in cost. Upcoming Feature for 2025: Integration of laser strike capabilities into our anti-drone systems, providing a proactive defense measure. 6. GPS Spoofing Operates within a 1–2 km range, effectively taking control of the UAV’s navigation system and guiding it to a specified landing zone. Comprehensive Solutions Wavesonic’s anti-drone systems integrate all the above technologies into a single, multi-layered defense platform, customizable to meet diverse operational needs. For further details on radar options, RF jamming capabilities, or future laser systems, we recommend contacting our sales team. You can reach us via WhatsApp, WeChat, or email, as listed on our website. We are happy to help you design the ideal anti-drone solution for your project. |
| Anti-Drone System | Does the anti-drone system support GPS spoofing? | Yes, Wavesonic's anti-drone systems incorporate advanced GPS spoofing capabilities. This feature allows the system to deceive unauthorized drones by emitting counterfeit GPS signals, effectively taking control and guiding them to a designated safe area without causing physical harm. WAVESONICS Key Features of Our GPS Spoofing System: Advanced Navigation Deception: Employs sophisticated techniques to mislead drones' navigation systems, ensuring they follow a controlled trajectory. Non-Destructive Mitigation: Enables the safe landing or redirection of drones, preserving the integrity of the UAV for forensic analysis or other purposes. Effective Range: Operates within a range of 1–2 kilometers, suitable for various security applications. Integration with Other Countermeasures: Functions seamlessly alongside radar detection, RF sensing, and jamming systems to provide a comprehensive anti-drone defense solution. For more detailed information on our anti-drone solutions, including the OWL-Defense Anti Drone Integrated System, please visit our Counter UAVs Solution page. If you have specific operational requirements or need further assistance, please contact our sales team via WhatsApp, WeChat, or email, as listed on our website. |
| Anti-Drone System | Can your anti-drone system neutralize drones operating autonomously without RF control? | Yes, Wavesonic's anti-drone system is equipped to handle drones operating autonomously without RF control. These drones, often pre-programmed with GPS-based navigation, require specialized countermeasures beyond traditional RF jamming. Key Neutralization Capabilities: Radar Detection: Detects and tracks autonomous drones based on their movement patterns, size, and altitude, even in the absence of RF signals. Provides precise real-time data, including trajectory, speed, and altitude, for accurate targeting. GNSS Jamming: Disrupts the GPS signals used by autonomous drones for navigation within a 3–5 km range. This forces the drone into a hover, return, or landing mode. GPS Spoofing: Deceives the drone’s GPS system by emitting counterfeit signals, redirecting it to a controlled landing area. This technique is effective within a 1–2 km range. EO/IR Tracking and Laser Systems: For autonomous drones that evade jamming or spoofing, the electro-optical/infrared system locks onto the target for visual tracking and evidence gathering. Starting in 2025, Wavesonic's anti-drone system will include laser strike capabilities, enabling physical neutralization of advanced autonomous drones. Comprehensive Defense System: Wavesonic's multi-layered defense approach integrates radar, GNSS jamming, GPS spoofing, and EO/IR systems to ensure the neutralization of autonomous drones without RF control. This comprehensive solution is ideal for protecting critical infrastructure, high-security areas, and military installations. For further details or to discuss your specific operational needs, please contact our sales team via WhatsApp, WeChat, or email. We are happy to assist you in designing the most effective anti-drone solution for your requirements. |
| Anti-Drone System | How many drones can the system track and neutralize simultaneously? | Wavesonic's anti-drone system is designed to handle multiple UAVs concurrently, providing a robust defense solution for various applications. Tracking Capability: Radar and RF Detection: The system can track up to 100 targets simultaneously, including drones, based on the radar and RF detection configuration. Advanced technologies like Digital Beamforming (DBF) and MIMO enable precise tracking, even in dense airspace or challenging environments. Neutralization Capability: GNSS and RF Jamming: Within the effective interference range (3–5 km for GNSS, 2 km for RF jamming), the system can neutralize multiple drones as long as they are within the jamming zone. The number of affected drones theoretically depends on the density of drones in the area and the signal strength of the jammer. GPS Spoofing: GPS spoofing is effective within a range of 1–2 km, and any drones within the spoofing coverage can theoretically be deceived. However, the exact number of drones influenced at a time depends on operational conditions, such as the UAVs’ sensitivity to spoofing signals. |
| Anti-Drone System | Is the anti-drone system portable or fixed, and do you offer both options? | Yes, Wavesonic’s anti-drone system is available in both portable and fixed configurations to meet diverse operational requirements. Portable Solutions: Handheld Jamming Guns: Lightweight and easy to operate, designed for tactical use in field operations. Effective for short-range defense with GNSS and RF jamming capabilities, typically within 1–2 kilometers. Backpack Systems: Ideal for mobile units, allowing operators to move freely while disrupting drones. Equipped with GNSS and RF jamming functionality, suitable for emergency or temporary deployments. Fixed Solutions: Fixed Radar and Jamming Systems: Designed for permanent installations to protect high-priority zones like prisons, airports, nuclear plants, and government facilities. Features long-range radar detection (up to 10 kilometers) combined with GNSS and RF jamming systems for comprehensive coverage. Available in both directional and omnidirectional configurations to suit site-specific needs. Integrated EO/IR Tracking Systems: Optional integration with electro-optical and infrared cameras for visual tracking and evidence collection. Can be scaled to include advanced features like GPS spoofing and (from 2025 onwards) laser strike technology. Why Choose Wavesonic Anti-Drone Systems? Wavesonic offers flexible, scalable solutions that adapt to various scenarios, whether for temporary tactical missions or permanent infrastructure protection. Our systems are designed to address complex drone threats with ease and efficiency. For more information or assistance in selecting the right configuration for your needs, please contact our sales team via WhatsApp, WeChat, or email. We are happy to help you customize the ideal anti-drone system for your operations. |
| Human Presence Detection System | What is the operational range and application of the Human Presence Detection System? | The Human Presence Detection System is an innovative product designed to detect the presence of hidden individuals or living beings by identifying micro-vibrations caused by heartbeats, breathing, and body movements. It is not a radar-based system but instead uses micro-vibration sensors for precise detection, making it uniquely suited for specific applications. Operational Range and Capabilities: The system operates effectively within vehicle interiors or confined spaces. It is designed to detect hidden individuals or living beings (e.g., humans or animals) inside vehicles or containers. Unlike traditional radar or RF-based systems, it requires direct contact with the vehicle surface through its microchip sensor terminals, enabling accurate vibration analysis. Typical detection times are as fast as 15 seconds and can be adjusted up to 90 seconds, depending on operational needs. Key Applications: Prisons and Detention Centers: Prevents escape attempts by detecting hidden individuals in vehicles or transport units. Ports and Customs: Detects smuggled individuals or rare animals concealed inside containers or vehicles. Border Control: Assists in identifying stowaways in vehicles at checkpoints or during inspections. Advantages of the Human Presence Detection System: High Sensitivity: Detects subtle vibrations caused by heartbeats and breathing, ensuring accurate results. Non-Intrusive Inspection: Inspections do not require opening vehicle doors or containers, significantly improving efficiency and security. Wireless Functionality: The system uses wireless signal transmission technology, eliminating the need for physical wiring and simplifying deployment. Wide Compatibility: Suitable for various environments, including prisons, customs facilities, and high-security areas. For more information or a detailed discussion of this product’s features and applications, please contact our sales team via WhatsApp, WeChat, or email. We are happy to provide tailored solutions to meet your operational needs. |
| Human Presence Detection System | Does the Human Presence Detection System require physical wiring? | No, the Human Presence Detection System does not require physical wiring. It operates using wireless signal transmission technology, making it highly convenient and efficient to deploy in various scenarios. Key Features of the Wireless Design: Ease of Deployment: No need for cumbersome cabling or complex setup processes, significantly reducing inspection time and operator workload. Ideal for dynamic or mobile inspection environments. Long Effective Range: The system uses wireless communication between the detection terminals and the control center, allowing seamless data transmission over long distances. Portable and Flexible: The wireless feature enhances portability, making the system suitable for applications in prisons, customs checkpoints, ports, and border control. Allows operators to set up and operate the system quickly, even in remote or temporary locations. If you have additional questions about the setup or operation of the Human Presence Detection System, please feel free to contact our sales team via WhatsApp, WeChat, or email. We are happy to provide further details or customization options based on your specific needs. |
| Human Presence Detection System | How does the system distinguish between humans and animals inside vehicles? | The Human Presence Detection System is designed to detect the presence of any living being inside vehicles by analyzing micro-vibrations caused by vital signs such as heartbeats, breathing, and body movements. The system's purpose is to assist inspection personnel in identifying vehicles with potential life signs, enabling further manual investigation as needed. Key Features: High Sensitivity to Vital Signs: Detects even the smallest vibrations caused by life signs within the vehicle, ensuring no hidden presence is overlooked. Non-Intrusive Inspection: Operators do not need to open vehicle doors or containers during detection, streamlining the inspection process. Versatile Applications: Ideal for use in prisons, customs checkpoints, ports, and border security, where identifying concealed living beings is critical. This system is designed to alert personnel to the presence of life, allowing further manual inspection when necessary. If you have additional questions about the system's functionality or deployment scenarios, please contact our sales team via WhatsApp, WeChat, or email. |
| Human Presence Detection System | What are the primary application scenarios for the Human Presence Detection System? | The Human Presence Detection System is a cost-effective and portable solution designed for detecting hidden living beings in vehicles and containers. It serves as an ideal alternative to expensive inspection technologies, such as gantry X-ray scanners, making it especially suitable for budget-sensitive projects. Primary Application Scenarios: Prisons and Detention Centers: Prevents escape attempts by identifying hidden individuals in transport vehicles. Improves security by streamlining vehicle inspections. Customs and Border Control: Detects smuggled individuals or living beings in vehicles, helping to combat illegal immigration, human trafficking, and the transport of endangered species. Ports and Logistics Centers: Identifies hidden people or animals in shipping containers or trucks, preventing illegal transportation of contraband or living beings. Police Checkpoints: Enhances efficiency at public security checkpoints, enabling rapid detection of concealed threats or unauthorized individuals. Airports and Sensitive Facilities: Inspects vehicles entering restricted zones, ensuring no hidden individuals are transported into high-security areas. Budget-Sensitive Projects: A cost-effective alternative to high-cost inspection methods such as gantry X-ray systems. Makes vehicle inspection technology more accessible for organizations with limited budgets, while maintaining high levels of security. Key Benefits: Low-Cost and Portable: Affordable for budget-sensitive projects and easy to deploy across multiple sites. Non-Intrusive Inspection: Eliminates the need for opening vehicle doors or containers, significantly saving time and effort. Rapid and Reliable Results: Detects life signs within seconds, enabling quick decision-making by inspection personnel. Wireless and Versatile: Suitable for a wide range of applications, from prisons to border checkpoints and beyond. If you would like more information about how this system can be integrated into your operations or tailored for specific projects, please contact our sales team via WhatsApp, WeChat, or email. We are happy to assist you in finding a solution that fits your needs and budget. |
| Human Presence Detection System | Is the system affected by external environmental factors, such as noise or vibrations? | The Human Presence Detection System is designed to perform reliably in various environments by using advanced signal processing and noise reduction technologies to mitigate the effects of external environmental factors such as noise or vibrations. However, like any sensitive detection system, certain extreme conditions may influence performance. Key Features to Mitigate External Factors: Advanced Signal Processing Algorithms: Filters out irrelevant vibrations and environmental noise, ensuring the detection system focuses only on life signs such as heartbeats, breathing, and subtle body movements. Environmental Adaptability: The system is optimized to operate effectively in environments with moderate external vibrations, such as busy checkpoints or inspection zones with vehicular traffic. High Sensitivity and Precision: Designed to detect micro-vibrations directly associated with life signs, even in challenging environments, ensuring a high degree of reliability. Limitations: Extreme Vibrations or Noise: Excessive external vibrations, such as heavy machinery operating nearby or strong vehicle movement during inspections, may reduce the system’s accuracy. In such cases, manual adjustments or secondary inspections may be necessary. Setup Considerations: To ensure optimal performance, the sensor must be properly placed on a stable surface in contact with the inspected vehicle. This minimizes interference from ambient noise and vibrations. Conclusion: While the system is highly effective in filtering out external noise and adapting to challenging environments, best practices for setup and operation should be followed to achieve the most accurate results. If you have specific concerns about environmental conditions or require additional technical details, please contact our sales team via WhatsApp, WeChat, or email. We are happy to provide guidance and recommendations tailored to your needs. |
| Radar and E/O Systems | How does the radar integrate with EO/IR systems for enhanced target tracking? | Radar and EO/IR systems work together to provide a multi-layered surveillance and tracking solution. The radar detects targets at long ranges, providing initial data such as position, speed, and trajectory. The EO/IR system then locks onto the target based on the radar's input, enabling high-resolution visual tracking and evidence collection. This integration ensures that even small or fast-moving targets, such as UAVs, are continuously tracked with accuracy, even in low-visibility conditions. |
| Radar and E/O Systems | What are the benefits of combining radar and EO/IR systems in border security applications? | Combining radar and EO/IR systems enhances border security by: Providing all-weather, 24/7 surveillance, where radar detects and EO/IR confirms and identifies threats. Offering real-time tracking and classification of vehicles, personnel, or UAVs, reducing false alarms. Supporting evidence collection with high-resolution visual data from EO/IR systems. Enabling a layered defense approach, ensuring early detection and accurate identification of threats. |
| Radar and E/O Systems | Can the radar and EO systems be customized for maritime or coastal monitoring? | Yes, Wavesonic's radar and EO systems can be customized for maritime and coastal environments: Radars such as the CSR237-8500C are optimized for detecting vessels up to 8.5 kilometers away. EO/IR systems can be adapted for harsh conditions like saltwater corrosion and low visibility, ensuring reliable performance in maritime zones. Integrated solutions provide real-time data for monitoring vessel movements, supporting port security, and detecting unauthorized intrusions. |
| Radar and E/O Systems | What is the maximum range of radar-EO integration for detecting and tracking UAVs? | The maximum range of detection and tracking depends on the radar and EO system used: Radar Detection: Up to 10 kilometers (e.g., ASR216S-10K) for UAVs. EO/IR Tracking: Typically effective within 2 kilometers for detailed visual tracking. Together, these systems provide a seamless solution for long-range detection and close-range identification of UAVs. |
| Radar and E/O Systems | Do radar-EO systems support real-time video tracking and evidence collection? | Yes, Wavesonic's radar-EO integrated systems support real-time video tracking and evidence collection. The radar continuously feeds target data to the EO/IR system, allowing it to maintain a visual lock on the target. High-resolution video and thermal imaging are recorded in real-time, providing crucial evidence for threat assessment and incident reporting. |
| Radar and E/O Systems | Are radar and EO systems compatible with command and control (C2) platforms? | Yes, all Wavesonic radar and EO/IR systems are fully compatible with standard command and control (C2) platforms. Systems can transmit real-time data, including radar tracks, EO/IR visuals, and alarms, to centralized control centers. Integration ensures seamless monitoring, data analysis, and coordination across multiple defense layers. |
| Radar and E/O Systems | Can the radar and EO systems differentiate between multiple targets in high-density areas? | Yes, Wavesonic's radar systems, equipped with Digital Beamforming (DBF) and advanced signal processing, can track up to 100 targets simultaneously. EO/IR systems complement this by visually confirming and identifying priority targets based on radar input. This multi-target capability is ideal for high-density environments, such as urban perimeters, ports, or airports. |
| Radar and E/O Systems | What kind of projects are best suited for radar-EO integrated solutions? | Radar-EO integrated solutions are ideal for projects requiring comprehensive surveillance and precise target identification, including: Border Security: For detecting and identifying unauthorized crossings by vehicles, personnel, or UAVs. Coastal and Maritime Monitoring: For tracking vessel movements and detecting unauthorized intrusions. Critical Infrastructure Protection: For safeguarding airports, nuclear facilities, dams, and other high-value assets. Anti-Drone Operations: For detecting, tracking, and neutralizing UAVs with radar-EO integration. |
| General | Do you provide technical support and training for your systems? | Yes, Wavesonic provides comprehensive technical support and training for all our systems. Technical Support: Our team offers assistance during installation, configuration, and operation of the systems. We provide remote support as well as on-site services if required. Training Programs: We offer detailed training sessions for operators and technicians, including system setup, usage, troubleshooting, and maintenance. These sessions ensure that your team is fully equipped to operate the systems efficiently. |
| General | What is the typical lead time for system delivery after placing an order? | The lead time for system delivery varies depending on the product and customization requirements: Standard Products: For off-the-shelf solutions, the typical delivery time is 4–6 weeks after the order is confirmed. Customized Systems: For customized solutions, the lead time is longer and ranges from 3-6months, depending on the complexity of the project. We recommend contacting our sales team for a more accurate timeline based on your specific order. |
| General | Are your systems compliant with international safety and electromagnetic standards? | Yes, all Wavesonic systems are compliant with international safety and electromagnetic standards, including: Electromagnetic Compatibility (EMC): Ensures the systems do not cause interference with other electronic devices and operate reliably in environments with high electromagnetic activity. Environmental Standards: Designed to withstand harsh conditions such as extreme temperatures, humidity, and vibrations. Industry-Specific Standards: Our systems meet requirements for defense, aviation, and border security applications as mandated by international regulations. If specific certifications are needed for your project, please let us know, and we can provide documentation or additional testing. |
| General | Can your systems be integrated with existing security infrastructures? | Yes, Wavesonic systems are designed to integrate seamlessly with existing security infrastructures. Command and Control (C2) Platforms: Our systems are compatible with standard C2 platforms, enabling centralized monitoring and control. Modular Integration: Radars, EO/IR systems, jamming modules, and other components can be integrated with legacy systems to enhance their functionality. Custom API Support: We provide API documentation and support for integrating our systems with third-party software, ensuring smooth data sharing and operational compatibility. |
| General | What is the warranty period for your products, and what does it cover? | Wavesonic offers a 1-year standard warranty on all products, with the option to extend the warranty based on client requirements. Coverage Includes: Hardware defects under normal operating conditions. Software updates and bug fixes during the warranty period. Technical support for troubleshooting and repairs. Exclusions: Damage caused by improper use, accidents, or unauthorized modifications. Consumables such as cables or batteries, unless specified in the warranty agreement. For extended warranties and service packages, please contact our sales team to discuss additional options tailored to your project needs. |
