Velos V3: Elevating ISR Operations with Advanced Payload Integration
The Velos V3 is a powerful and versatile UAV platform, uniquely suited to meet the demands of Intelligence, Surveillance, and Reconnaissance (ISR) missions. Its unmatched reliability, combined with the ability to integrate industry-leading payloads, ensures that ISR operations can be conducted with precision and efficiency.
Nearly any payload can be integrated on a Velos V3. By equipping the Velos V3 with advanced sensors and gimbals, customers can maximize the value and return on investment (ROI) of their ISR technology, enabling long-range, real-time data collection while reducing operational risks.
Sample Payloads for ISR Operations Compatible with Velos V3
The Gremsy VIO F1 is a high-performance, lightweight gimbal specifically designed for electro-optical and infrared (EO/IR) payloads, enhancing ISR capabilities in a compact form factor. Weighing 1.3 kilograms (2.9 pounds), the VIO F1 offers excellent stabilization for a wide range of sensor integrations.
Key Features
- The Gremsy VIO F1 supports a variety of EO/IR sensors, providing enhanced flexibility for ISR missions that require precise target tracking, long-range surveillance, and high-quality imagery in both visible and thermal spectrums
- Compact design, advanced stabilization technology, and ease of integration with the Velos V3 make it an ideal choice for operators looking for superior performance in demanding environments
- Features onboard IMU for improved stability during high-speed or complex maneuvers, ensuring that data collected during missions is accurate and reliable
Maximizing Your ROI with the Velos V3
The combination of the Gremsy VIO F1 with the Velos V3’s advanced capabilities ensures ISR missions are executed with pinpoint accuracy, delivering higher-quality data while reducing operational costs. This setup provides a scalable, adaptable solution that helps customers achieve maximum ROI by leveraging top-tier equipment for both day and night operations.
The NextVision Raptor is a dual-sensor electro-optical/infrared (EO/IR) gimbal designed for day-and-night ISR missions, providing mission-critical information in various lighting conditions. Weighing 1.5 kilograms (3.3 pounds), the Raptor offers a lightweight solution for extended endurance ISR operations.
Key Features
- The Raptor features an x40 EO zoom and a 640×480 LWIR thermal imager, allowing for enhanced target detection and surveillance at any time of day
- Multi-sensor capability allows operators to switch between electro-optical (EO) and infrared (IR) views seamlessly, making it ideal for detecting heat signatures and identifying potential threats in both urban and rural environments
Maximizing Your ROI with the Velos V3
Integrating a NextVision Raptor with a Velos V3 maximizes ROI by reducing equipment costs and operational complexity through its dual EO/IR sensor capabilities, enabling superior situational awareness in various environments and reducing the need for multiple sensor payloads. The Raptor’s lightweight design also extends the Velos V3’s flight endurance, allowing for longer, more efficient ISR missions without compromising performance.
The Trillium HD 55 is a high-performance stabilized gimbal system designed for real-time, high-definition ISR video capture. Weighing 2.3 kilograms (5 pounds), it offers a compact and powerful solution for aerial video surveillance.
Key Features
- The HD 55 includes an 80x zoom capability for precise target tracking and identification
- Delivers real-time HD video at 1080p resolution
- Designed to provide stable video feeds even in challenging weather conditions, making it ideal for long-range reconnaissance or border patrol missions
Maximizing Your ROI with the Velos V3
Trillium HD 55, integrated with the Velos V3, maximizes ROI by reducing the need for additional flights with its 80x zoom capability, delivering detailed target acquisition and tracking. Its lightweight design extends flight durations, while providing clear, stabilized HD video even in challenging conditions, enhancing mission efficiency and decision-making.
