Features:
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Brand
DJI FlightHub 2 is a one-stop cloud-based platform for drone operations management, offering remote control, intelligent flight scheduling, versatile flight route management, and seamless third-party integration. Powered by newly introduced intelligent algorithms and a Multimodal Large Language Model (LLM), the platform transforms engineering and construction workflows, and delivers an air-ground integrated automated operations system with comprehensive visual oversight and control across public safety, emergency response, geospatial mapping, and inspections.
Effortlessly control the drone remotely via a mouse and keyboard. Quick operations like Mouselook mode and drag-select zoom make camera control more efficient.
Supports synchronized control of multiple drones via the Virtual Cockpit, featuring automatic swap tasks and one-click Return-to-Home for multiple drones, improving multi-drone collaborative operations.
Compatible with multiple intelligent algorithms, it enables detection, counting, and automatic alerts for various types of objects. It also supports continuous tracking of vehicles, boats, and other objects, significantly enhancing observation efficiency.
Simply set a FlyTo destination with one click, and FlightHub 2 will automatically plan the optimal flight route and guide the drone to the site quickly and safely, enhancing emergency response efficiency.
Key geographic information such as buildings and streets can be overlaid in real time on the live video feed, greatly improving the operator's awareness of surroundings and decision-making efficiency in complex environments.
Provides real-time visibility into device status, task progress, and flight statistics, making key information instantly accessible and empowering more informed decision-making.
Mark objects, plan routes and assign task areas across multiple devices, with real-time synchronization, ensuring clear commands and well-defined task assignments.
DJI FlightHub 2 livestreams can generate custom links, allowing team members to easily share via mobile QR code scanning, enhancing collaboration efficiency.
Supports simultaneous livestreaming from multiple drones and flexible livestream layout for real-time situational awareness, ensuring that critical footage is fully preserved.
Immersive 3D Route Editing: What You See Is What You Get
Efficiently edits complex waypoint routes based on 3D models, providing an immersive what-you-see-is-what-you-get-experience. Supports configuring intelligent detection actions for point-by-point capturing and recording of objects.
Automatically plans patrol routes based on specified regions and objects. The drone will detect, record, and issue alerts for specific objects within the defined area, making route planning more convenient and inspection zones more intuitive.
Designed for large-scale 2D and 3D mapping tasks, it features advanced settings including route overlap rate. It also supports Custom GEO Zone bypassing, enabling the drone to intelligently navigate around designated areas within the mapping zone.
Specifically optimized for linear scenarios such as rivers, pipelines, and roads, it supports intelligent segmentation of long-distance mapping areas into multiple flight missions, making it ideal for high-precision data collection of continuous linear features.
Based on a rough model, it can generate refined Smart 3D Capture routes along the surveyed object's surface, simplifying mapping and modeling tasks in complex scenarios.
Based on models, users can quickly plan slope routes to meet the data collection needs of detailed single-side mapping for structures such as bridges and steep slopes. Combined with models, users can intuitively assess flight safety. The completed flight route files can be automatically synchronized to the remote controller, enhancing operational efficiency.
When collecting detailed mapping data for single buildings or other structures, users can quickly plan geometric routes. By incorporating models, flight safety can be intuitively assessed. The completed flight route files can be automatically synchronized to the remote controller, enhancing operational efficiency.
Built-in intelligent algorithms automatically detect and count vehicles, boats, and more. Third-party algorithms can be integrated for precise detection, greatly improving inspection efficiency.
Based on detection results, the platform automatically triggers pop-up and sound alerts while maintaining complete records of object type, location, timestamp, and imagery data. Additionally, the platform supports intelligent operation report generation for traceable warning records.
Smart object detection can be combined with waypoint routes or patrol routes to automatically generate inspection and patrol tasks. Drones can automatically detect specific objects and trigger alerts while maintaining records, enabling full automatic operations for security, inspection, and other scenarios.
Generalized Intelligent Detection: Enhanced by Multimodal LLM
Leveraging advanced multimodal detection capabilities, the platform supports object queries via text or images, and precisely searches for matching objects from extensive drone-collected imagery and video data. This enables rapid generation of operational reports across various scenarios, significantly improving efficiency.
Within the Virtual Cockpit, the platform supports searching for any type of object through text or image input. The Multimodal LLM accurately interprets requirements, detects objects, and triggers alerts, enabling drones to achieve comprehensive situational awareness across all scenarios.
Third-party algorithms can be integrated into the drone's built-in computing module and Manifold 3, allowing DJI FlightHub 2 Virtual Cockpit to seamlessly switch between onboard third-party algorithms, expanding intelligent detection capabilities.
Cloud-based intelligent algorithms can be deployed via Algorithm Management, allowing the Virtual Cockpit to instantly invoke successfully configured cloud algorithms and instances.
DJI FlightHub 2 enables efficient and accurate cloud-based reconstruction by generating 2D and 3D reality models or point clouds. When used with DJI Enterprise drones, it supports real-time 2D model reconstruction during flight. The resulting models meet 1:500 scale mapping accuracy requirements and can be exported in various industry-standard formats for further analysis and application.
Supports import of design files in PDF and DXF formats. Features multiple coordinate transformation tools to precisely overlay and align designs with realistic models, providing clear visibility of on-site details.
Enables temporal analysis of time-series imagery alongside 2D and 3D models. Easily compare site conditions across different monitoring periods to quickly identify and track changes over time.
Offers comprehensive measurement tools including distance, altitude, area, and volume. One-click data extraction delivers accurate geospatial information for enhanced site management.
Automatically generates and sends custom measurement reports that clearly present project progress and support quality control workflows.
Once operation results are automatically uploaded to DJI FlightHub 2, users can quickly analyze and annotate the results using comparison and annotation features. Operation photos are displayed at their corresponding geographic locations, aiding personnel in quickly reaching the site of any issues.
Manually compare media files or 2D orthomosaics side by side on the same screen, with annotations synchronously displayed on the map interface, enabling efficient analysis and comparison.
Intelligently detect changes between two media files (top-down view) or 2D orthomosaics, automatically generate detection reports, and provide statistical analysis of the changed areas.
Supports multiple route planning methods to flexibly adapt to complex terrain and diverse operational requirements.
Enables multi-type flight plans to easily handle automated operations across various scenarios.
Drones perform automatic flights following predefined plans, ensuring precise and efficient data collection with consistent operational quality.
Survey results are automatically uploaded to the cloud for rapid generation of high-precision 2D and 3D models, facilitating subsequent analysis and team collaboration.
Collected data automatically syncs to the analyzer, which features comprehensive analysis tools to support site assessment and informed decision-making.
Supports drag-and-drop automated workflow configuration that integrates collection, reconstruction, analysis, and application stages. This approach deeply leverages the integration of software and hardware to enable periodic automated data collection, modeling, measurement, analysis, and report generation, facilitating an end-to-end workflow cycle.
Enables custom configuration of task areas (GEO Zones, task areas, No-Landing Zones) and obstacle data to ensure flight safety.
Customize roles and permissions within projects to flexibly adapt to various operational needs, ensuring orderly management and enhanced information security.
Supports Single Sign-On (SSO) unified authentication and Multi-Factor Authentication (MFA) to prevent unauthorized access and safeguard system and data security.
Automatically receives broadcast signals from surrounding manned aircraft, providing real-time airspace situational awareness and conflict alerts to significantly enhance low-altitude flight safety and compliance.
Supports flexible activation of compliance features such as geofencing, redundant control links, and remote ID broadcast based on regulatory requirements of different countries or regions, ensuring safe and compliant drone operations.
Fully log manual flights at the Dock and remote-controlled missions, providing real-time visibility into drone status, key actions, and user operations. Supports one-click export of flight summary reports and detailed logs, making post-flight review and analysis more efficient.
In the case of abnormal conditions such as heavy rains, strong winds, or any other situation that could affect the flight mission or the integrity of the equipment, FlightHub 2 will automatically trigger alerts.
Without presence on the site, you can remotely check status of DJI Dock and the drone, and fine-tune the equipment remotely. No more tiresome travels. Operations are that easy.
DJI FlightHub 2 offers a RESTful OpenAPI, providing access to core platform capabilities and enabling seamless integration with your organization's software systems. Developers can quickly incorporate DJI FlightHub 2's key features through API calls, which reduces development costs while supporting customized business needs and innovative use cases.
* OpenAPI support varies between DJI FlightHub 2 and its on-premises version. Refer to the DJI FlightHub 2 User Manual for details.
FlightHub Sync enables code-free integration between DJI FlightHub 2 and the software systems within your organization. Through simple configuration via a visual interface, you can easily sync media files, live streams, and other data, achieving seamless system integration and data connectivity.
To further enhance user data security, DJI FlightHub 2 also offers an on-premises deployment solution.
Data for Chinese users is stored on Alibaba Cloud servers (deployed in China), while data for users in other regions is stored on Amazon Web Services (AWS) servers (deployed in the U.S. and Europe). Certified for ISO/IEC 27001 security compliance and ISO 27701 privacy compliance.
By opting for private deployment, users can install DJI FlightHub 2 in a completely isolated intranet environment, providing an additional layer of data security.
DJI FlightHub 2 holds ISO 27001 and ISO 27701 certifications. Its software design, development and operational services comply with information security management system standards, ensuring users' data privacy and personal information are properly managed and protected.
* For details, refer to Data Security on the DJI Enterprise official website.
Device Binding and Free Quotas: Upon initially binding devices to an organization, corresponding livestream minutes, mapping image quotas, and storage space will be granted.
| Function | Standard Version (Free) | Professional Version | Enterprise Version | On-Premises Version Basic Packages |
|---|---|---|---|---|
| Project Quantity | 5 You can create up to five projects in an organization. No new projects are allowed beyond the limit. |
Unlimited | Unlimited | Unlimited |
| Device Quantity | Unlimited | Unlimited | Determined by the purchased basic package and device expansion package. | Determined by the purchased basic package and device expansion package. Supports up to 200 units of the DJI Dock series after expansion. |
| Replace Logo | - | ✔ | ✔ | ✔ |
| Custom Login Page | - | - | - | ✔ |
| Livestream | 2000 minutes/month[4] Livestream time is calculated based on the total watch time of the audience. Unused livestream time will be rolled over into the following month only |
Unlimited duration Limited livestream minutes for dock camera: 30,000 minutes for 1-year 1-device version, 100,000 minutes for 3-year 1-device version |
Unlimited duration | |
| Storage Capacity | 5 GB | 500GB 500GB cloud storage is available within the validity period. When storage is full, files can still be downloaded but additional files cannot be uploaded |
Unlimited capacity | Unlimited capacity |
| Mapping Quantity | 3000 images/month[4] Unused quota for mapping images will be rolled over into the following month only. Images for real-time mapping and mapping based on media files share the same quota. |
150,000 images for 1-year 1-device version, 500,000 images for 3-year 1-device version, 150,000 images for online device expansion |
Unlimited quantity The current version supports up to 2,000 images for a single mapping task. |
|
| Display Model | 1 Includes 2D and 3D models. Only one model can be overlaid on the map at a time in a project |
Unlimited | Unlimited | Unlimited |
| Third-Party Account Login | - | - | ✔ | ✔ |
| OpenAPI | - | ✔ | ✔ | ✔ |
| Product Pricing | Free to use | Please contact your dealer |
