Product overview
The Stone Fortress P-H3 from Stone Fortress (Yancheng) Intelligent Technology Co., Ltd. is a miniature four-sensor gimbal payload for energy inspection, intelligent security and forestry protection. Its integrated assembly combines a 50MP fixed-focus visible-light camera, a separate 3.3× ultra-high-definition optical-zoom visible-light camera, 640-resolution thermal imaging and a high-precision laser rangefinder. The payload has a 4K full-color night-vision designation. Its sensor configuration brings fixed-focus observation, optical zoom, thermal imaging and laser distance measurement together in a single assembly.
The physical configuration includes a lightweight three-axis gimbal and an adaptive vibration-damping module. Autofocus and gimbal stabilization algorithms support image clarity and stability during aerial work. Processing uses a system-on-chip processor with a neural-network engine and built-in AI algorithms, enabling target detection and tracking using dual-spectrum imagery. Picture-in-picture and split-screen display modes provide alternative viewing arrangements. The design also emphasizes integration, expandability and low power consumption, alongside high performance and low cost.
Specifications
| Specification | Value & conditions |
|---|---|
| Product configuration | P-H3 series four-sensor gimbal payload integrating two visible-light cameras, thermal imaging and a laser rangefinder. |
| Imaging designation | Intelligent 4K full-color night-vision miniature gimbal payload. |
| Fixed-focus visible-light camera | 50MP fixed-focus visible-light camera. |
| Optical-zoom visible-light camera | 3.3× ultra-high-definition optical-zoom visible-light camera. |
| Thermal imaging | 640-resolution thermal imaging. |
| Rangefinder | High-precision laser rangefinder. |
| Gimbal and vibration isolation | Lightweight three-axis gimbal and adaptive vibration-damping module. |
| Focus and stabilization | Autofocus and gimbal stabilization algorithms. |
| Processing architecture | SoC processor with a neural-network engine and built-in AI algorithms. |
| AI functions | Target detection and target tracking.Using dual-spectrum imagery. |
| Display modes | Picture-in-picture and split-screen display modes. |
| Design characteristics | High performance, high integration, high expandability, low cost and low power consumption. |
| Intended uses | Energy inspection, intelligent security and forestry protection. |
