10x visible light Optical zoom camera 640*512 thermal dual light

Drone Camera
April 11, 2025
Category Connection: Drone Camera
Introducing the DHU10G613, a cutting-edge dual sensor camera featuring a 10x optical zoom and 640x512 thermal imaging. With 90x hybrid zoom, high precision three-axis stabilization, and real-time dual-channel recording, it delivers exceptional performance for any application. Monitor and control effortlessly via Ethernet IP output. Experience advanced features like AI target detection and customizable picture-in-picture modes. Elevate your surveillance solutions today! Visit our website for more information!
Brief: Discover the DHU05G609 45x Hybrid Zoom + Thermal Imaging Drone Camera, featuring 5x optical zoom, 9x digital zoom, and 640x512 thermal imaging. This lightweight 260g gimbal offers high stability, AI target detection, and dual-channel recording. Perfect for professional aerial photography and surveillance.
Related Product Features:
  • 45x hybrid zoom with 5x optical and 9x digital zoom for detailed imaging.
  • 640x512 infrared thermal camera for enhanced visibility in low light.
  • High-precision 3-axis stabilization PTZ for smooth and stable footage.
  • AI target detection and tracking for automated surveillance.
  • Lightweight design at just 260g, ideal for drone integration.
  • Supports RTSP stream output for real-time video transmission.
  • Dual-channel recording and photography with TF card support.
  • IP, SBUS, and UART control options for versatile operation.
Faqs:
  • Do you support OEM/ODM for the DHU05G609 camera?
    Yes, we support OEM/ODM and can print your logo on the product.
  • What is the delivery time for regular orders?
    Regular orders ship within 15 days, while OEM/ODM orders take 25-45 days depending on quantity.
  • Is there a minimum order quantity for wholesale purchases?
    No, there is no MOQ for wholesale, including OEM/ODM orders. Even a single piece is accepted.
  • What payment methods do you accept?
    We accept L/C and TT100% as payment methods.