Product overview
The Stone Fortress P-M30A is a three-sensor gimbal payload for energy inspection, intelligent security and forestry protection. Its integrated sensing equipment comprises an ultra-high-definition visible-light optical-zoom camera, 18 mm thermal imaging and a high-precision laser rangefinder. A lightweight three-axis gimbal and adaptive vibration-damping module form its stabilization architecture. Autofocus and gimbal stabilization algorithms support clear, steady imagery during work at altitude. The optical-zoom specifications conflict between 10× and 30×, leaving the magnification unresolved.
The P-M30A combines its sensing hardware with an SoC processor incorporating a neural-network engine. Built-in AI algorithms provide target detection and target tracking with dual-channel imagery. Picture-in-picture and split-screen display modes support viewing the imaging channels. The integrated configuration brings together sensing, stabilization and onboard image processing in a single gimbal payload. Its design emphasizes high integration and expandability alongside low power consumption, supporting its stated inspection, security and forestry roles.
Specifications
| Specification | Value & conditions |
|---|---|
| Product configuration | Three-sensor gimbal payload integrating a visible-light camera, thermal imaging and a high-precision laser rangefinder. |
| Visible-light camera and conflicting zoom specifications | Ultra-high-definition visible-light camera; conflicting optical-zoom specifications of 10× and 30×. |
| Thermal imaging | 18 mm thermal imaging. |
| Laser rangefinder | High-precision laser rangefinder. |
| Gimbal and vibration damping | Lightweight three-axis gimbal and adaptive vibration-damping module. |
| Focus and stabilization | Autofocus and gimbal stabilization algorithms support stable, clear imagery during work at altitude. |
| Processor | SoC processor with a neural-network engine. |
| AI capabilities | Built-in AI algorithms perform target detection and target tracking.With dual-channel 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. |
