Zenmuse H20N
Vision Beyond Darkness
Vision Beyond Darkness
The Zenmuse H20N integrates starlight sensors1 into its zoom and wide-angle cameras. Pair this with dual zoom thermal cameras and a laser rangefinder, and you have a versatile hybrid payload that rises to the occasion.
Starlight Night Vision
640×512 Dual Thermal Cameras
2×, 8× Optical Zoom
20× Hybrid Optical Zoom
Laser Rangefinder
1200 m Max Range
Synchronized Split-screen Zoom
Intelligent Night Scene Enhancement
IP44 Rating
-20°C to 50°C
Operating Temperature
Dual Thermal Cameras
Resolution: 640×512
2x Zoom (Equivalent Focal Length: 53 mm)
8x Zoom (Equivalent Focal Length: 196 mm)
Night Vision Wide Camera
Starlight Sensor: 2MP
Stronger Low-Light Performance
Night Vision Zoom Camera
Starlight Sensor: 4MP
20× Optical Zoom, 128× Max Zoom
Low-Light Details
Laser Rangefinder
Range: 3 m to 1200 m
Accuracy: ± (0.2 m + D×0.15%)2
The zoom and wide-angle cameras are equipped with starlight sensors that are tailor-made for low-light environments.
Color Palettes
Adjust the colors applied to the thermal data based on the mission requirements.
Isotherms
Visualize a specific band of temperatures to highlight your targets.
Temp. Alarm
Receive instant notifications in DJI Pilot when object temperatures exceed your preset alert values.
Gain Modes
Adjust gain modes to change the temperature range captured: High Gain Mode covers a smaller temperature range but is more sensitive to temperature differences; Low Gain Mode covers a wider temperature range.
R-JPEG Images
Images captured by the Zenmuse H20N are in R-JPEG format with embedded temperature information. By importing these images into the DJI Thermal Analysis Tool, you can measure temperature, and adjust parameters such as Emissivity, and Reflected Temp.
For more information about product demo or trial, leave your contact information in the form below. You can also reach out to your local dealer for more information.
1. On clear, starry nights, people and vehicles are clearly visible at distances up to 150 meters from the drone.
2. D refers to the vertical distance between the laser rangefinder and the reflective surface.