Product overview
The JOUAV MG-150E EO/IR/LR Gimbal Camera is a two-axis airborne observation payload combining an optical camera, thermal sensor, and laser rangefinder. Designed for JOUAV drones, its stated compatibility includes the CW-25E, CW-25H, CW-30E, and CW-80E. Civilian applications include search and rescue, environmental monitoring, forest fire prevention, traffic inspection, and security monitoring. Automatic moving-object tracking is intended to guide the aircraft and keep a target centered in the video, while geolocation provides position output for the viewed object and aircraft. The payload also supports storage and download of video, photographs, and POS data.
The optical camera has a specified resolution of 1920 × 1080, with 30× continuous optical zoom over a 4.3–129 mm focal-length range and a horizontal field of view of 1.1°–63.7°. The thermal camera is specified at 640 × 512, operating in the 8–14 μm band with a 50 mm F1.0 lens and a 14.6° × 11.7° field of view. Thermal imaging is intended to help locate missing or trapped people and animals at night or in low visibility. All published performance figures, including imaging and ranging values, are theoretical values obtained by JOUAV’s internal laboratories under particular test conditions. Actual performance varies with product configuration, software version, application conditions, and environmental factors.
The 1535 nm laser rangefinder has a specified measurement accuracy of ±1 m and a measurement frequency of 1 Hz. Its applicable range remains uncertain: the product description gives up to 3000 m, while the technical specification gives 50–5000 m. The stabilization descriptions also differ, identifying pitch and roll in the overview but azimuth and pitch. The latter specify N × 360° azimuth rotation and pitch travel from -110° to +10°. These conflicting descriptions leave the ranging limit and mechanical arrangement unresolved for a selected installation.
Specifications
| Specification | Value & conditions |
|---|---|
| Product identity | JOUAV MG-150E EO/IR/LR Gimbal Camera. |
| Physical architecture and product type | Two-axis gimbal camera payload integrating optical imaging, thermal imaging, and laser ranging.Describes a camera payload. |
| Intended applications | Search and rescue, anti-smuggling, security monitoring, environmental monitoring, forest fire prevention, reconnaissance, surveillance, and defense.Applications; confirm suitability for the intended mission and selected configuration. |
| Integration ecosystem | Designed for integration with JOUAV drones.Compatibility is described for almost all of the manufacturer's drone ecosystems, not every aircraft. Confirm the selected installation. |
| Automatic tracking | Automatic moving-object tracking with aircraft guidance intended to keep the target centered in the video.Function; tracking performance and aircraft integration require confirmation for the selected configuration. |
| Geolocation | Geolocation output for the viewed object and aircraft.Output. |
| Raw data handling | Storage and download of airborne video, photographs, and POS data.Data capability. |
| Descriptive laser-ranging distance | Up to 3000 m in the product description.The descriptive section gives this distance, while the current technical table specifies 50–5000 m. Confirm applicable operating conditions and configuration. |
| Gyro stabilizer — azimuth axis | N × 360°Manufacturer theoretical laboratory value under particular conditions; actual performance varies with configuration, software, application, and environment. The overview describes pitch and roll stabilization, while this table lists azimuth and pitch. |
| Gyro stabilizer — pitch axis | From -110° to +10°Manufacturer theoretical laboratory value under particular conditions; actual performance varies with configuration, software, application, and environment. |
| Gyro stabilizer — angular velocity | ≥ 60°/sManufacturer theoretical laboratory value under particular conditions; actual performance varies with configuration, software, application, and environment. |
| Gyro stabilizer — angular acceleration | ≥ 90°/s²Manufacturer theoretical laboratory value under particular conditions; actual performance varies with configuration, software, application, and environment. |
| Gyro stabilizer — stability accuracy | ≤ 50 μrad (1σ)Manufacturer theoretical laboratory value under particular conditions; accuracy is stated at 1σ. Actual performance varies with configuration, software, application, and environment. |
| Optical camera — resolution | 1920 × 1080Manufacturer theoretical laboratory value under particular conditions; actual performance varies with configuration, software, application, and environment. |
| Optical camera — zoom and focal-length range | 30× continuous optical zoom; 4.3–129 mmManufacturer theoretical laboratory value under particular conditions; actual performance varies with configuration, software, application, and environment. |
| Optical camera — horizontal field of view | 1.1°–63.7°Manufacturer theoretical laboratory value under particular conditions; actual performance varies with configuration, software, application, and environment. |
| Thermal camera — resolution | 640 × 512Manufacturer theoretical laboratory value under particular conditions; actual performance varies with configuration, software, application, and environment. |
| Thermal camera — spectral band | 8–14 μmManufacturer theoretical laboratory value under particular conditions; actual performance varies with configuration, software, application, and environment. |
| Thermal camera — focal length and aperture | 50 mm / F1.0Manufacturer theoretical laboratory value under particular conditions; actual performance varies with configuration, software, application, and environment. |
| Thermal camera — field of view | 14.6° × 11.7°Manufacturer theoretical laboratory value under particular conditions; actual performance varies with configuration, software, application, and environment. |
| Laser rangefinder — wavelength | 1535 nmManufacturer theoretical laboratory value under particular conditions; actual performance varies with configuration, software, application, and environment. |
| Laser rangefinder — distance measuring accuracy | ±1 mManufacturer theoretical laboratory value under particular conditions; actual performance varies with configuration, software, application, and environment. |
| Laser rangefinder — measurement frequency | 1 HzManufacturer theoretical laboratory value under particular conditions; actual performance varies with configuration, software, application, and environment. |
| Laser rangefinder — measurement range | 50–5000 mCurrent technical-table value. The descriptive section separately states up to 3000 m. Manufacturer theoretical laboratory value under particular conditions; actual performance varies with configuration, software, application, and environment. |
| Performance qualification | Published performance figures are theoretical values from manufacturer laboratory testing under particular conditions.Applies to published performance figures; specific laboratory conditions are not detailed. |
| Configuration and operating limitations | Actual performance depends on product configuration, software version, application conditions, environment, and actual usage.Applies across the published performance specifications. |
| Descriptive stabilization axes | The descriptive section identifies pitch and roll stabilization.Stabilization axes conflict with the azimuth/pitch labels in the technical table; confirm the mechanical arrangement. |
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