MDYD415S90L12 Two fixed focal length EO +1200m LRF Small Camera
China Moneypro
The MDYD415S90L12 is a compact three-sensor optical pod featuring dual-axis stabilization and two fixed focal length cameras. It combines an 8-megapixel 25mm camera with 4K recording and a 2-megapixel 6mm camera with 1080P recording, both supporting 7x and 9x digital zoom respectively. The system integrates a 1200-meter laser rangefinder with 1-meter accuracy and advanced AI tracking for humans and vehicles. Offering exceptional stability with minimal jitter, it delivers IP and HDMI dual output with RTSP streaming. Picture-in-picture modes, local TF card recording, and multi-control options via UART, network, and S.BUS make it ideal for surveillance and reconnaissance. Weighing just 220 grams with low power consumption, this lightweight pod operates efficiently across wide temperature ranges.
The DYD415S90L12 is a compact, lightweight optical pod designed for three-sensor, dual-axis stabilization. It features two visible-light cameras: an 8-megapixel unit with a 25mm lens, and a 2-megapixel unit with a 6mm lens. The system supports digital zoom and includes a laser rangefinder with a maximum range of 1200 meters.
Equipped with both network IP and HDMI outputs, the pod offers high stability, a compact form factor, low weight, and reduced power consumption. It supports RTSP streaming over network protocols, and allows the two video feeds to be merged into a picture-in-picture (PIP) output with multiple layout options. Local recording is supported via a TF card for both video channels—one at 4K resolution and the other at 1080P—along with still image capture. The gimbal and camera functions can be controlled through UART, network, or S.BUS interfaces.
Voltage
DC 12V-26.2V
Power
Dynamic 6W
Roll Angle
-30 +100
Yaw Angle
-140 +140
Angle jitter in pitch and roll
0.02
Horizontal angle jitter
0.03
One-click return to center function
Automatically and quickly return to the initial position with one click
Adjustable control speed
When the gimbal rotates, speed adaptation is based on the current speed mode and visible light camera magnification