• Zingto INYYO Q355 Drone Camera Gimbal - 30x Optical Zoom EO 1280 Thermal Imaging 6KM LRF Triple Sensors Pod
  • Zingto INYYO Q355 Drone Camera Gimbal - 30x Optical Zoom EO 1280 Thermal Imaging 6KM LRF Triple Sensors Pod
  • Zingto INYYO Q355 Drone Camera Gimbal - 30x Optical Zoom EO 1280 Thermal Imaging 6KM LRF Triple Sensors Pod
  • Zingto INYYO Q355 Drone Camera Gimbal - 30x Optical Zoom EO 1280 Thermal Imaging 6KM LRF Triple Sensors Pod
  • Zingto INYYO Q355 Drone Camera Gimbal - 30x Optical Zoom EO 1280 Thermal Imaging 6KM LRF Triple Sensors Pod
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Zingto INYYO Q355 Drone Camera Gimbal - 30x Optical Zoom EO 1280 Thermal Imaging 6KM LRF Triple Sensors Pod

Zingto INYYO Q355 Drone Camera Gimbal - 30x Optical Zoom EO 1280 Thermal Imaging 6KM LRF Triple Sensors Pod

Zingto

$20,999.00 USD
$20,999.00 USD
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Warehouse: China/USA/Europe, can delivery to all countries;

Free Shipping: 9-15 days;

Express Shipping: 5-8 days;

Return&Refund: 30 Days.

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Zingto INYYO Q355 Specifications

Parameter Value
Material Aircraft aluminum
Size (L × W × H) 164.4 mm × 165 mm × 249 mm
Weight 1900 ± 10 g
Gimbal Stabilization Three-axis mechanical stabilization
Compensation frequency up to 1250 Hz
Rotation Range 360° × N (Yaw), –120° ~ +30° (Pitch), ±40° (Roll)
Visible Focal Length Range 4.3 – 129 mm (up to 30× optical zoom)
Visible Light Resolution 1920 × 1080
Thermal Imaging Resolution 1280 × 1024
Thermal Imaging Focal Length 55 mm (infrared uncooled camera)
Laser Ranging Module 15 – 6000 m
Accuracy: ±2 m
Wavelength: 1535 nm ± 10 nm
Control Mode Speed control; Angle control
Control Signals S.BUS, TTL UART, TCP, UDP
Video Output 1920 × 1080 @ 30 fps
Video Storage MP4
Photo Storage JPG
Focus Speed <1 s (fast visual focus)
Day/Night Switching ICR infrared filter automatic switching
Dynamic Range (Visible) ≥ 50 dB (starlight telephoto camera)
Operating Temperature –20 °C ~ +60 °C
Storage Temperature –30 °C ~ +70 °C
Ingress Protection IP43
AI Chip 22 nm quad-core 2.0 GHz,
built-in NPU (~6.0 Tops)
Detection & Recognition Multiple targets
Detection probability >95%
Recognition probability >90%
False alarm <10%

 

Zingto INYYO Q355 Details

Zingto INYYO Q355 Drone Camera Gimbal, Explore the Horizon with Zingto Q355 Drone Camera Gimbal, featuring three sensor series.

Explore the Horizon with Zingto Q355 Drone Camera Gimbal, featuring three sensor series and a photoelectric pod.

The ZINGTO INYYO Q355 Drone Camera Gimbal features visual centers with light sensitivity and colorful design, with key specs including thermal imaging resolution.

The ZINGTO INYYO Q355 Drone Camera Gimbal features visual centers with light sensitivity and colorful design. Key specifications include a thermal imaging resolution of 1280*1024, control angle range of 360 degrees, and various control modes.

The Zingto INYYO Q355 Drone Camera Gimbal features excellent stability and high-speed processor with Sony camera and 30x optical zoom.

The Zingto INYYO Q355 Drone Camera Gimbal features excellent stability with a triaxial stabilization system and high-speed processor. It offers three-axis stabilization, 360-degree rotation, and intelligent focusing with a Sony camera and 30x optical zoom. The gimbal also includes infrared capabilities for thermal imaging.

The Zingto INYYO Q355 Drone Camera Gimbal features an infrared detector and laser ranging module for stable chemical properties and accurate tracking.

The Zingto INYYO Q355 Drone Camera Gimbal features a high-sensitivity infrared detector with ceramic packaging for stable chemical properties and thermal conductivity. It also has a laser ranging module with a ranging range of 15-6000M and detection accuracy up to 99%. The gimbal supports real-time tracking and target positioning.

Zingto INYYO Q355 Drone Camera Gimbal, Series photodetector pods are compatible with various platforms, offering flexibility and features like low wind resistance and open protocol control.

Series photodetector pods are compatible with various mechanical platforms. Peripheral connections provide flexibility. Features include low wind resistance, shock absorption, and dip angle design. Open control protocol enables PC and Android software client control. Visual pointing tracking screens display parameters. Work data output and remote download for adjustment.

 

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