United UAV

ZR10 Optical Pod – Professional Camera Gimbal for UAV with 30X Hybrid Zoom & AI Tracking

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Regular price $612.00 USD
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Estimated delivery: Dec 10 - Dec 14
ZR10 Optical Pod drone camera gimbal front view with 30x hybrid zoom and AI tracking
$612.00 USD
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Description

 

Excellent UAV Imaging System – 30X Hybrid Zoom, 10X Optical Zoom

The ZR10 camera gimbal features a 1/2.7-inch 4MP CMOS sensor, providing 2K video recording and high-quality photography. With up to 30x hybrid zoom and 10x optical zoom, the camera stabiliser gimbal captures clear and detailed aerial footage. GPS location and timestamp data can be embedded in each image, making it ideal for precise UAV operations.

AI Enhanced Smart Identify and Tracking

The ZR10 Optical Pod works with the optional AI tracking module. Combined with Siyl’s AI algorithm, it enables real-time tracking and precise focusing, ensuring the target remains centered and clearly visible. Supports anti-lost functionality and automatic re-acquisition if the target briefly leaves the screen.

Incomparable Gimbal Control Interface

The ZR10 drone camera gimbal supports multiple control protocols including S.Bus, Ethernet touchscreen, UDP/TCP commands via SDK, UART control, and mainstream open-source protocols ArduPilot and PX4 (MAVLink). This ensures seamless integration with other UAV systems and optical pods.

High Accuracy and High Collaboration Control Algorithms

The ZR10 camera gimbal stabiliser uses advanced algorithms for superior performance:

  1. IMU Calibration Algorithms – Corrects errors like zero bias, scale factor, inter-axis errors, temperature drift, and noise for stable operation.

  2. Attitude Fusion Algorithms – Fuses accelerometer and gyroscope data to calculate pitch, roll, and yaw for robust gimbal performance.

  3. Industry-Level 3-Axis Stabilization Algorithms – Deep integration of sensors, PID controllers, motors, and encoders to maintain high-definition stability in motion.

  4. High-Precision FOC Motor Control Algorithms – Controls motor torque and magnetic fields for smooth, jitter-free footage.

Summary

The ZR10 Optical Pod is a compact, high-performance red camera gimbal ideal for drones, UAVs, and aerial photography applications requiring precise imaging, AI tracking, and stable video capture.

 

ZR10 Optical Pod is a professional camera gimbal for drones with 30x hybrid zoom, 10x optical zoom, AI tracking, and high-precision stabilization for aerial imaging.

ZR10 Optical Pod camera gimbal drone with 30X hybrid zoom and 10X optical zoom for UAV imaging

Excellent UAV Imaging System with 30X Hybrid Zoom and 10X Optical Zoom

The ZR10 Optical Pod features a 1/2.7-inch 4MP CMOS image sensor, delivering exceptional photosensitivity and clear 2K video recording. With up to 30x hybrid zoom (10x optical zoom), this camera gimbal captures distant scenery with precision, silky-smooth zoom, and automatically focused viewpoints. Perfect for aerial photography and drone operations, the ZR10 ensures every shot is accurate and grand. Picture files can include GPS location and time attributes for enhanced UAV imaging.

Point-to-Focus Precision for Clear Target Imaging

The ZR10 Optical Pod camera gimbal allows operators to point anywhere on the screen to focus the zoom camera lens, capturing clear and detailed images of the selected area. This intuitive feature enhances drone camera gimbal control and ensures precise UAV imaging for both photography and inspection tasks.

ZT30 Four-Sensor Optical Pod point-to-focus mode, precise zoom camera focus with drone camera gimbal.

Focus Tracking for Smooth and Continuous Video Capture

The ZR10 Optical Pod camera gimbal features advanced focus tracking, keeping the zoom camera continuously focused on the subject while users scale images. This ensures smooth, stable video recording, enhancing the performance of the drone camera gimbal and providing clear, professional-quality footage.

ZT30 Four-Sensor Optical Pod focus tracking mode, continuous zoom camera focus for stable drone camera gimbal video.

Starlight Night Vision for Clear Low-Light Imaging

The ZR10 Optical Pod camera gimbal features an ultra-sensitive starlight CMOS sensor, keeping images bright and clear even in low-light environments. Perfect for drone camera gimbal operations at night or in dim conditions, ensuring high-quality, stable footage.

A8 Mini drone camera gimbal with ultra-sensitive starlight CMOS for bright and clear low-light FPV imaging.

HDR Imaging for True Colors and Balanced Exposure

The ZR10 Optical Pod camera gimbal supports HDR (High Dynamic Range) to accurately capture highlights and shadows in dynamic scenes. This ensures natural brightness and true-to-life colors, making your drone camera gimbal footage more vivid and detailed.

A8 Mini drone camera gimbal with HDR for precise highlights and shadows, delivering true colors and natural brightness.
A8 Mini drone camera gimbal with AI-enhanced smart tracking, real-time focus, and target re-identification for precise aerial monitoring.

AI Enhanced Smart Identify and Tracking for Precise Target Capture

The ZR10 Optical Pod camera gimbal works with the optional SIYI AI tracking module, combining SiY’s advanced AI algorithm to achieve real-time tracking and capture of targets. The system enables automatic focusing and zooming to highlight selected objects, keeping the target centered and clearly visible. If the target is temporarily blocked or leaves the screen, the AI module automatically resumes tracking when it re-enters view, enhancing reliability for drone camera gimbal operations.

The ZR10 Optical Pod camera gimbal offers unmatched compatibility, enhancing the smart robotics ecosystem in all dimensions. It can be controlled via traditional S.Bus signals using switches and dials, Ethernet via touchscreen, UDP/TCP commands through SiYl gimbal SDK, or UART with SiYl SDK. It also supports mainstream open-source protocols like ArduPilot and PX4 (MAVLINK), providing versatile control options for drone camera gimbal and camera stabiliser gimbal applications.

Incomparable Gimbal Control Interface for ZR10 Optical Pod – Advanced Multi-Protocol Support for Precise Drone Camera Gimbal and Camera Stabiliser Gimbal Operations

ZR10 Optical Pod camera gimbal demonstrating Upside Down, Follow, FPV, and Lock motion modes for drone camera gimbal and camera stabiliser gimbal

ZR10 Optical Pod Gimbal Motion Modes – Upside Down, Follow, FPV, and Lock for Precise Drone Camera Gimbal Control

The ZR10 camera gimbal supports multiple motion modes for versatile drone operations:

  1. Upside Down Mode – Automatically activates when the gimbal is mounted upside down, ideal for UGVs, USVs, robot dogs, and other robotic platforms.
  2. Follow Mode – The gimbal follows horizontally as the aircraft rotates, ensuring smooth camera tracking.
  3. FPV Mode – Rotates with the aircraft during rolls to provide FPV view and enhanced stable imaging.
  4. Lock Mode – Maintains a fixed horizontal orientation; the gimbal does not follow aircraft rotation, producing stable images for precise recording.

These modes optimize the ZR10 Optical Pod’s performance as a camera gimbal, camera stabiliser gimbal, and drone camera gimbal, ensuring smooth and accurate footage in various aerial and robotic applications.

ZR10 Optical Pod demonstrating high-accuracy IMU calibration, 3-axis stabilization, and FOC motor control algorithms for camera gimbal and drone camera gimbal stability

ZR10 Optical Pod High Accuracy and Collaborative Gimbal Control Algorithms for Stable Drone Camera Gimbal Performance

The ZR10 camera gimbal integrates advanced control and stabilization algorithms to ensure precise, stable imaging:

  1. IMU Calibration Algorithms – Corrects inertial measurement unit errors, including zero bias, scale factor, inter-axis errors, temperature drift, and noise, greatly enhancing measurement accuracy and gimbal stability in extreme temperatures, wide-angle maneuvers, and strong vibrations.
  2. Attitude Fusion Algorithms – Combines data from accelerometers and gyroscopes to calculate pitch, roll, and yaw angles, effectively improving system performance, robustness, and stability.
  3. Industry-Level 3-Axis Stabilization Algorithms – Deep integration of 3-axis gyroscopes, accelerometers, PID controllers, motors, and magnetic encoders provides continuous stable HD video output during motion.
  4. High-Precision FOC Motor Control Algorithms – Independently controls motor torque and magnetic fields, decoupling brushless motors to minimize image jitter.

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