| Price | On request |
|---|---|
| Model | UniPod MT11 |
| Visible camera | Wide-angle and zoom-camera channels; 48 MP effective sensor resolution |
| Thermal imager | Native 640 × 512 uncooled VOx; 18 mm lens |
| Stabilization | 3-axis; unlimited yaw |
| Video output | Ethernet |
| Storage | Visible cameras: up to 3840 × 2160 at 30 fps; MP4, H.265 |
| Power input | 10–26 V; independent power supply required |
| Weight | 405 ± 5 g bare; 533.5 ± 5 g with quick-release anti-vibration board and interface dock |
| Lens configuration | 11x optical; up to 165x hybrid zoom |
| Control interfaces | S.Bus, UART, Ethernet TCP/UDP |
| Measurement modes | Full-image, point and box thermometry; high- and low-gain conditions apply |
REEBOT ROBOTICS / UNIPOD MT11
Reebot UniPod MT11 is a three-axis UAV gimbal camera combining wide-angle visible imaging, a zoom-camera channel and a native 640 × 512 thermal imager. The manufacturer lists 11x optical zoom for the system, with visible-camera video recording up to 4K at 30 fps. It is an option for civil inspection projects that need both scene context and thermal observation in one moving payload.
The camera's compact form is only part of the installation decision. MT11 has a bare-camera weight and a separate weight for the quick-release and interface-dock assembly. Its Ethernet video output and dedicated power requirements should be considered alongside the aircraft's payload allowance.
The wide-angle visible camera supplies context before a close-up. Its listed 84° diagonal field of view provides a broader scene, helping the operator understand where an observed feature sits within a roof, structure or equipment installation.
The zoom channel provides a narrower view for detail. Reebot lists 11x optical and 165x hybrid zoom; the hybrid number is not an additional optical lens range. Choose the camera against the required visible detail, rather than assuming the highest digital or hybrid setting always gives the most useful inspection record.
The uncooled VOx thermal sensor has a native 640 × 512 array and an 18 mm lens. It adds a separate thermal view for observation of apparent temperature differences. Full-image, point and box temperature-measurement modes are listed, with high- and low-gain conditions in the manufacturer's specification.
The visible cameras record up to 3840 × 2160 at 30 fps in MP4 using H.265. The 8000 × 6000 setting is for still photographs. It should not be read as 8K video recording or as the resolution of the Ethernet feed received by a ground station.
The thermal sensor is natively 640 × 512. Reebot also lists AI-enhanced 1280 × 1024 output and thermal still images up to 2560 × 2048. Enhanced output dimensions do not change the number of native detector pixels, so the native figure remains the useful starting point for sensor comparison.
The bare-camera weight is 405 ± 5 g. With the quick-release anti-vibration board and interface docking station, the listed assembly becomes 533.5 ± 5 g. Use the weight that matches the actual mounting arrangement when checking the aircraft's remaining payload capacity; the smaller figure does not represent every installed configuration.
MT11 uses Ethernet video and lists S.Bus, UART and Ethernet TCP/UDP control interfaces. Operating voltage is 10–26 V, with an independent power supply required by the manufacturer. Discuss the aircraft's available supply and the planned ground application before selecting cables or assuming an existing gimbal harness can be reused.
The three-axis system supports unlimited yaw, with upright, upside-down and nose mounting modes described by Reebot. Mechanical clearance still needs checking for the chosen aircraft. MT11 quick-release compatibility is directional: its new mounting arrangement should not be treated as interchangeable with every older SIYI quick-release assembly.
| Visible imaging | Separate wide-angle and zoom-camera channels |
|---|---|
| Zoom | 11x optical; up to 165x hybrid |
| Visible video recording | Up to 3840 × 2160 at 30 fps; MP4, H.265 |
| Maximum visible still size | 8000 × 6000; JPG |
| Native thermal imager | 640 × 512, uncooled VOx; 18 mm lens |
| Gimbal / video | Three-axis stabilization / Ethernet output |
| Power input | 10–26 V; independent power supply required |
| Bare camera weight | 405 ± 5 g |
| Weight with mounting and dock | 533.5 ± 5 g, including quick-release anti-vibration board and interface docking station |
For a thermal inspection quote, explain whether the result is a live colour image, recorded video or temperature information for later analysis. These are different requirements. FD can then discuss the appropriate camera configuration and software path without assuming that a rendered thermal clip contains a full exportable temperature dataset.
Send the aircraft model, payload allowance, available supply and ground-system video input. Include the mounting orientation and whether you need both visible and thermal recordings. FD supplies the Reebot model with the mounting and connection parts specified for that project.
| Visible Cameras | Wide-angle and zoom-camera channels; 48 MP effective sensor resolution |
|---|---|
| Thermal Imager | Native 640 × 512 uncooled VOx; 18 mm lens |
| Optical Zoom | 11x optical; up to 165x hybrid zoom |
| Stabilization | 3-axis; unlimited yaw |
| Video Output | Ethernet |
| Local Recording | Visible cameras: up to 3840 × 2160 at 30 fps; MP4, H.265 |
| Power Input | 10–26 V; independent power supply required |
| Weight | 405 ± 5 g bare; 533.5 ± 5 g with quick-release anti-vibration board and interface dock |
| Control Inputs | S.Bus, UART, Ethernet TCP/UDP |
| Temperature Modes | Full-image, point and box thermometry; high- and low-gain conditions apply |
Tel: +86-13959965075
Email: info@fpvdroneskit.com
MP/WhatsApp: +86-13959965075
Manufacturer Address:Quanzhou Valley Nanan Science and Technology Innovation Center, No. 89 Shijing Avenue, Shijing Town, Nanan City, Fujian Province
