Product overview
The JOUAV MG-120E EO/IR/LR Gimbal Camera is a compact drone observation payload combining a three-axis stabilized gimbal, visible-light and thermal cameras, and a laser rangefinder. Designed for JOUAV drones including the CW-15, CW-25H, CW-25E and CW-25, it supports security, traffic inspection, emergency response, search and rescue. It captures photographs, live video and recorded video. Onboard AI-assisted tracking can guide the aircraft to follow moving targets without ground station software, while target geolocation uses terrain elevation data to correct position calculations. All published performance data are theoretical results from JOUAV internal laboratory tests under particular conditions; actual performance varies with individual product configuration, software version, application conditions and environment.
The visible-light camera has 1920 × 1080 resolution and 30x continuous optical zoom over a 4.3–129 mm focal-length range, with a 2.3°–63.7° field of view. The uncooled thermal camera has 640 × 512 resolution, an 8–14 μm spectral band, a 35 mm F1.0 lens and a 17.4° × 14° field of view. Its noise equivalent temperature difference is ≤ 50 mK. Thermal imaging supports observation at night or in low visibility. The 1535 nm laser rangefinder has a measurement range of 50–3000 m, accuracy of ±1 m and measurement frequency of 1–10 Hz, subject to the laboratory qualification above.
The gimbal uses three-axis gyroscopes to correct camera movement, with N × 360° azimuth rotation, pitch travel from -110° to +10° and cross-roll travel from -40° to +40°. Its theoretical laboratory figures include angular velocity ≥ 50°/s, angular acceleration ≥ 90°/s², stability accuracy ≤ 200 μrad (1σ), and aiming-line angular position accuracy ≤ 0.5 mrad (1σ) RMS. These values describe gimbal movement, stabilization and pointing precision. The laser's 50–3000 m measurement range describes distance measurement rather than a camera detection or identification distance.
Specifications
| Specification | Value & conditions |
|---|---|
| Product identity and purpose | JOUAV MG-120E EO/IR/LR Gimbal Camera; a drone camera payload integrating optical and infrared sensors with a laser rangefinder for security, surveillance, search, and rescue. |
| Physical architecture and intended integration | Three-axis stabilized camera gimbal with 30x optical zoom and thermal sensing, designed for JOUAV drones. |
| Aircraft-assisted target tracking | Onboard AI-assisted tracking can guide aircraft flight to follow moving targets without ground station software.Capability; confirm aircraft integration and the selected configuration. |
| Observation outputs | Photography, live video, and video recording for long-distance observation.Capability. |
| Gyro stabilizer — azimuth axis | N × 360°Theoretical manufacturer value from internal laboratory testing under particular conditions; actual performance varies with configuration, software, application conditions, and environment. |
| Gyro stabilizer — pitch axis | From -110° to +10°Theoretical manufacturer value from internal laboratory testing under particular conditions; actual performance varies with configuration, software, application conditions, and environment. |
| Gyro stabilizer — cross-rolling axis | From -40° to +40°Theoretical manufacturer value from internal laboratory testing under particular conditions; actual performance varies with configuration, software, application conditions, and environment. |
| Gyro stabilizer — angular velocity | ≥ 50°/sTheoretical manufacturer value from internal laboratory testing under particular conditions; actual performance varies with configuration, software, application conditions, and environment. |
| Gyro stabilizer — angular acceleration | ≥ 90°/s²Theoretical manufacturer value from internal laboratory testing under particular conditions; actual performance varies with configuration, software, application conditions, and environment. |
| Gyro stabilizer — stability accuracy | ≤ 200μrad (1σ)Published at 1σ. Theoretical internal laboratory value under particular conditions; actual performance varies with configuration, software, application conditions, and environment. |
| Gyro stabilizer — aiming line angular position accuracy | ≤ 0.5mrad (1σ) RMSPublished as (1σ) RMS. Theoretical internal laboratory value under particular conditions; actual performance varies with configuration, software, application conditions, and environment. |
| Optical camera — resolution | 1920 × 1080 |
| Optical camera — zoom and focal length | 30x continuous optical zoom; 4.3mm–129mm |
| Optical camera — field of view | 2.3°–63.7° |
| Thermal camera — resolution | 640 × 512 |
| Thermal camera — spectral band | 8μm–14μm |
| Thermal camera — focal length and aperture | 35mm/F1.0 |
| Thermal camera — field of view | 17.4° × 14° |
| Thermal camera — noise equivalent temperature difference | NETD ≤ 50mKTheoretical manufacturer value from internal laboratory testing under particular conditions; actual performance varies with configuration, software, application conditions, and environment. |
| Laser rangefinder — wavelength | 1535nm |
| Laser rangefinder — measurement range | 50–3000mTheoretical manufacturer value from internal laboratory testing under particular conditions; actual performance varies with configuration, software, application conditions, and environment. |
| Laser rangefinder — measurement accuracy | ±1mTheoretical manufacturer value from internal laboratory testing under particular conditions; actual performance varies with configuration, software, application conditions, and environment. |
| Laser rangefinder — measurement frequency | 1–10HzTheoretical manufacturer value from internal laboratory testing under particular conditions; actual performance varies with configuration, software, application conditions, and environment. |
| Interface — data and control | 100-gigabit network portThe interface wording is retained exactly as published. |
| Performance qualification | Published performance figures are theoretical internal laboratory results under particular conditions; actual results depend on configuration, software, application conditions, environment, and actual usage.Applies to published performance data; specific test conditions and the selected configuration require confirmation. |
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