DJI Dock 2

The Dock 2 is designed with safeguarding in mind. With an IP55 dust and water resistance rating, Dock 2 can operate steadily for extended periods even in harsh climates and environments.

The Dock 2 integrates multiple sensors, including rainfall, wind speed, and temperature gauges, to perceive real-time weather changes. In conjunction with online weather forecasting, it can provide timely warnings or terminate flight tasks using DJI FlightHub 2 to effectively reduce flight risk.

With next-gen image recognition technology, the aircraft accurately identifies positioning markers on the landing pad. Additionally, the landing pad’s new slide-ramp centering design further facilitates precise landing.

In the case of an unexpected power outage, the Dock 2 can continue to operate independently for over five hours [6] with the built-in backup battery, leaving sufficient time for the aircraft to return and land.

With its high level of protection and reliability, the Dock 2 only requires maintenance approximately every six months, effectively controlling human resource costs.

If the Dock 2 and the aircraft encounter task failures or emergencies, DJI FlightHub 2 will immediately send email notifications. This allows operators to accurately trace and troubleshoot problems based on the provided information.

DJI Dock 2 charges the aircraft from 20% to 90% in just 32 minutes for efficient powering for consecutive operations.

DJI Dock 2 charges the aircraft from 20% to 90% in just 32 minutes for efficient powering for consecutive operations.

DJI Dock 2 features an internal and an external fisheye camera to achieve real-time display. Close monitoring within and outside the dock allows the operator to remotely observe weather conditions, environmental circumstances, and the aircraft’s take-off and landing.

The all-new DJI Matrice 3D/3TD is specifically designed for DJI Dock 2. Matrice 3D is equipped with both a tele camera and a wide-angle camera with a mechanical shutter, meeting the needs for 1:500 high-precision mapping tasks.

Matrice 3TD, outfitted with a wide-angle camera, a tele camera, and an infrared camera, can depict both visible light and thermal images, making it suitable for security and inspection operations.

Wide-Angle Camera

• 4/3 CMOS
• 24mm Format Equivalent
• 20MP Effective Pixels
• Mechanical Shutter

Tele Camera

• 1/2-inch CMOS
• ‌162mm Format Equivalent
• 12MP Effective Pixels

Wide-Angle Camera

• 1/1.32-inch CMOS
• 24mm Format Equivalent
• 48MP Effective Pixels

Tele Camera

• 1/2-inch CMOS
• ‌162mm Format Equivalent
• 12MP Effective Pixels

Infrared Camera

• 40mm Format Equivalent
• Normal Mode: 640×512@30fps
• UHR Infrared Image Mode: 1280×1024@30fps
• 28x Digital Zoom

Thanks to its powerful operation capabilities, DJI Matrice 3D/3TD meets the requirements of high-standard operations.

After the aircraft completes its flight task, DJI FlightHub 2 generates high-precision 3D models based on the collected flight data, authentically restoring the operating environment. These models can be annotated, measured, and downloaded.

Utilizing high-precision 3D models, operators can conduct visual flight route editing from a first-person perspective and preview simulated imaging results. This facilitates intuitive and efficient operations and enhances flight route planning and accuracy.

Frame a specific area in the 3D model, and the aircraft will automatically compare the area to be captured with the framed area in subsequent automated operations. This actively adjusts the camera’s angle to ensure accurate capture of the same area across multiple flights.

DJI Drones FlightHub 2’s FlyTo tasks utilize high-precision 3D models to automatically plan the optimal flight route. Before an urgent task, the operator only needs to click on the subject, and the aircraft will fly to the destination via an efficient and safe route.

Based on DJI FlightHub 2 or a third-party cloud platform, even if DJI Dock 2 is deployed in a remote region, the operator can still control the flight and gimbal angle via keyboard and mouse.

When performing automatic flight tasks, the aircraft utilizes omnidirectional obstacle sensing and automatic obstacle bypass functions to enhance the success rate of flight tasks.