DJI Enterprise
Enterprise unmanned aircraft and aerial sensing technologies.
Defence & Specialized Systems
UAS / Drone Systems
Unmanned aircraft systems combine air vehicle, mission payload, control, communications and operating procedures.
Quadcopter in flight
Representative photographyOverview
UAS capability is defined by the complete system and its authorized use, including platform, payload, ground-control, communications, training and maintenance. Public descriptions remain at capability level; permissions, operating conditions and airspace requirements are determined by relevant authorities.
Capabilities
- Mission and payload requirement definition
- Platform and sensor interface planning
- Ground-control and communications architecture
- Operator and maintainer training planning
- Safety, data handling and operating procedure documentation
- Lifecycle support and configuration control
Deployment considerations
Design for the site, not only the specification.
01
Keep the discussion within authorized capability requirements and agreed information-handling channels; no public operational deployment detail is assumed.
02
Review site suitability, communications, power, integration boundaries and sustainment responsibilities with authorized stakeholders.
03
Plan operator familiarization, maintenance and controlled technical handover around approved procedures.
Architecture
System components
- 01Air vehicle
- 02EO/IR or other specified payload
- 03Ground control station
- 04Command and data links
- 05Power and charging equipment
- 06Training and maintenance documentation
Integrates with
Applications
Authorized institutional and technical training environments
Related solutions
Technology ecosystem
Related technologies
Specifying UAS / Drone Systems?
Share the requirement, site and stage. Documents can be shared after the initial enquiry if needed.
Discuss a Project