Deepthink S2 Plus Ai Night Vision Drone Camera
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Detail
Overview
The Deepthink S2 Plus AI Night Vision Drone is an advanced UAV camera designed to elevate drone-based operations, particularly with the DJI M300 & M350 RTK platforms. Featuring a 20X optical zoom, 80X integrated zoom, and 4MP resolution, the S2 Plus offers full-color HD imaging in environments as dark as 0.005 lux. Its AI-powered ISP algorithm ensures superior clarity with features like HDR, digital noise reduction, and anti-shake technology. With its IP44-rated durable aluminum alloy build, this camera thrives in challenging conditions, making it ideal for public security, scientific research, water conservancy, and inspections.
Key Features
- Full-Color : 1/1.8" CMOS sensor achieves 0.005 lux imaging with AI-enhanced clarity.
- Powerful Zoom: 20X optical zoom and 80X integrated zoom for long-distance and wide-range real-time observation.
- Advanced HDR: Built-in HDR function with a dynamic range of 120dB ensures detailed imaging in complex lighting.
- AI-Powered Enhancements: Includes AI-driven noise reduction, anti-shake, and defogging for improved visibility.
- Durable Design: IP44-rated aluminum alloy shell and resistance to extreme temperatures (-20°C to 60°C).
- Seamless Integration: Fully compatible with DJI M300/M350 RTK drones via DGC 2.0 mounting.
Camera Specifications
Sensor and Imaging
Feature Details Sensor 1/1.8" Starlight CMOS Minimum Illumination Full color: 0.005 lux Resolution 4MP, Full color 2688×1520P Video Frame Rate 5fps~30fps Video Compression H.264 Wide Dynamic Range (WDR) 120dB Signal-to-Noise Ratio (SNR) >48dB Exposure Mode Auto Lens and Zoom
Feature Details Focal Length f=6.3~125mm,
20X optical zoom、80X max zoom
Equivalent 30.2-600mmAperture F1.6-F4 Optical Zoom 20X Integrated Zoom 80X Field of View (FOV) Wide: 59.6°~35.7°, Tele: 3.5°~2.0° Day-Night Mode Electric IR-CUT PTZ (Pan-Tilt-Zoom) System
Feature Details Angular Jitter ±0.008° Control Rotation Range Pan: -120°~+30°, Yaw: ±320° Interface DGC 2.0 Power Supply 13.6V/2A General Specifications
Feature Details Circuit Power 6W Ingress Protection IP44 Operating Temperature -20°C to 60°C (-4°F to 140°F) Working Humidity ≤95% (Condensation-free) Dimensions L 175mm × W 126.5mm × H 152mm Weight 790g ±5g Applications
The Deepthink S2 Plus is tailored for diverse mission-critical applications:
- Public Security: Enhance situational awareness in real time.
- Scientific Research: Collect precise imaging data in remote areas.
- Water Conservancy: Monitor and inspect water resources efficiently.
- Industrial Inspections: Evaluate infrastructure for faults and anomalies.
- Environmental Monitoring: Capture detailed imaging in low-light or harsh environments.
What's in the Box
- 1x S2 Plus Camera
- 1x Storage Case
- 1x User Manual
- 1x Certificate
- 1x MicroSD Card
- 1x Lens Cleaning Cloth
- 2x Desiccant
Why Choose the Deepthink S2 Plus?
The Deepthink S2 Plus AI Night Vision Drone Camera combines exceptional night vision capabilities, robust zoom functionality, and AI-enhanced clarity for professional UAV operations. With seamless integration into M300/M350 RTK drones, it empowers operators with the tools to excel in the most demanding environments, ensuring superior imaging performance and operational efficiency.


Deepthink S2 Plus AI Night Vision Drone Camera: Launched by Deepthink, a smart AI-powered night vision UAV camera that adapts DJI S2 Plus M3OO & M350 RTK-based on AI-powered ISP algorithms. The device can realize high-definition full-color night vision imaging in extremely low light environments as low as 0.005 lux and achieve daytime-like visual effects at night. It is equipped with an AI-powered 20x optical zoom lens and 80x integrated zoom, allowing for long-distance and wide-range real-time shooting. Meanwhile, the built-in algorithm features noise reduction, anti-shake, and defogging capabilities, making it convenient to operate and applicable to various industry scenes such as public security, water conservancy, forestry, petroleum, electric power, scientific research, and more.

Powered by AI, this camera features an intelligent algorithm with a full-4MP zoom lens. The 8OX Intelligent HDR/3A technology provides high-quality imaging and real-time transmission. The camera produces color HD images in low-light conditions with integrated zoom quality. It also offers a 2K resolution HD real-time view down to 0.005 lux. The ISP HDR ensures clear images, even in rain or snow. The operating range is -20°C to 60°C (-49°F to 140°F), making it suitable for extreme scenarios.

The Deepthink S2 Plus AI Night Vision Drone Camera features a low wind resistance design with a high-density aluminum alloy shell, providing excellent heat dissipation and overcoming extreme operating temperatures. It also boasts a 20x optical zoom, 4MP environment with a 1/1.8" Starlight CMOS sensor capable of capturing full-color HD imaging at an incredible 0.005 lux.

The Deepthink S2 Plus AI Night Vision Drone Camera features a richly defined color above 0.005 Lux. It uses a 1/1.8" Super Starlight CMOS sensor with an Al-powered ISP algorithm to generate crisp, true-color images and capture photos/videos in near-total darkness (0.005 lux). Additionally, it has an excellent field of view and ultra-long night visibility distance.

High Dynamic Range Imaging in all conditions, nighttime, and city traffic can be challenging due to varying light intensities, resulting in loss of imaging details. Our full-color zoom night vision camera features a built-in HDR function that amplifies the dynamic range to 120dB, restoring true colors and preserving image details.

Due to the influence of different wavelengths of light, the final image of the color may deviate from what we see with our naked eye, especially in nighttime environments where light is extremely weak and difficult to capture. This deviation is more pronounced. Enabling the IR-Cut function allows us to capture invisible light sources, ensuring that our target is prioritized in extremely dark scenes.

Lift your head above the rain, fog, snow, or other environments where light is affected by different degrees of attenuation, which in turn leads to blurred imaging. De-fog kinetic energy automatically analyzes each pixel in the picture, calculates the degree of light attenuation through obstacles, and compensates for imaging using algorithms. This ultimately realizes de-fogging, presenting high-definition imaging.
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