PSDK 102S V3: 5 LENS OBLIQUE CAMERA WITH 3-AXIS STABILIZED GIMBAL
The PSDK 102S V3: 5 LENS OBLIQUE CAMERA delivers professional-grade aerial imaging with its powerful five-lens oblique camera and intelligent three-axis stabilized gimbal.
This system is purpose-built for users who demand reliable, high-resolution data in complex mapping environments.
Advanced Gimbal Stabilization
The integrated 3-axis gimbal ensures real-time stability across pitch, roll, and yaw even in dynamic flight conditions.
Moreover, users can freely adjust the pitching angle across 180 degrees, supporting multi-angle picturing for detailed data capture.
This flexibility helps significantly improve overlap between raw data and post-processed aerial triangulation.
Consequently, it enhances mapping precision in macro-photogrammetry and monomer modeling applications.
5-OPG Mapping Image Control System
The advanced 5-OPG image control system allows users to manage key camera settings such as white balance, shutter speed, and color mode.
In addition, the system supports real-time image monitoring and control via DJI Pilot, improving operational efficiency.
Positioning (POS) and metadata are instantly written into images, enabling more accurate and streamlined data processing.
Furthermore, the TimeSync 2.0 tone synchronization algorithm ensures tight alignment between camera exposure and drone movement.
Super Durable Global Shutter
The camera incorporates a self-developed S-GS global shutter, which stabilizes imaging at high speeds and reduces motion blur.
Additionally, a dual-structured KIMOTO high-speed shading blade is used to lower friction, significantly increasing durability and responsiveness.
As a result, the shutter life is extended up to three times, while shooting intervals are reduced to just 0.5 seconds per image.
This translates into improved operational efficiency, especially in terrain-following and high-rise imaging missions.
Versatile Application Scenarios
Designed for demanding mapping projects, the PSDK 102S V3 excels in complex scenarios such as urban structures, high-altitude terrains, and precise 3D modeling.
Ultimately, its combination of hardware durability, imaging clarity, and synchronized control delivers unmatched performance in professional UAV applications.