Zenmuse H20N
The “N” in H20N stands for Night Vision. The device integrates Starlight sensors into both the zoom and wide-angle cameras, combined with dual thermal cameras and a laser rangefinder, creating a versatile payload designed for low-light environments and emergency operations.
Technical support 24/7
Zenmuse H20N – A Multi-Sensor Solution for Nighttime Missions
Comprehensive Sensor Upgrades – Optimized for Night Operations
Dual Thermal Cameras
Resolution: 640 × 512 px
Optical zoom: 2× and 8×
Maximum thermal zoom: 32×
Ideal for detecting hotspots and inspecting details after zooming in
Night Vision Wide Camera
Resolution: 2 MP
Equipped with a Starlight sensor
Capable of capturing footage in extremely low-light conditions
Night Vision Zoom Camera
Resolution: 4 MP
20× optical zoom, up to 128× maximum zoom
Enables long-range observation in low-light environments
Laser Rangefinder
Measurement range: 3 m – 1,200 m
Accuracy: ± (0.2 m + D×0.15%)
Provides precise target coordinates from long distances
Thermal Imaging and Night Vision Combined
Superior Night Visibility
The zoom and wide-angle cameras use Starlight sensors, optimized for low-light or nighttime environments.
Flexible Thermal Zoom
The dual thermal cameras offer two levels of optical zoom, enabling fast zoom-in/out and detailed inspection.
Synchronized Split-Screen Mode
The Synchronized Split-screen Zoom feature allows simultaneous zooming on both thermal and Starlight camera feeds, enabling real-time comparison and improved monitoring efficiency.
Intelligent Features for Operational Efficiency
PinPoint: Accurately marks target coordinates with a simple tap
Smart Track: Automatically tracks moving subjects while keeping details clear
High-Res Grid Photo: Captures segmented high-resolution images for analysis
One-tap Panorama: Quickly captures panoramic overviews
Advanced Thermal Analysis Tools
Color Palettes
Adjust thermal color modes according to mission needs.
Isotherms
Highlight specific temperature ranges to identify critical targets.
Temp Alarm
Receive alerts when an object exceeds preset temperature thresholds.
Gain Modes
High Gain: High sensitivity, narrow temperature range
Low Gain: Wider temperature range, suitable for varied environments
R-JPEG Images
Images from the H20N are saved in R-JPEG format with embedded temperature data. These can be analyzed in the DJI Thermal Analysis Tool (adjusting parameters such as emissivity and reflected temperature).
