DJI FlyCart 30
Hardware / DJI FlyCart 30
DJI FlyCart 30
Heavy-Lift Drone Delivery, Reinvented
The DJI FlyCart 30 is a powerful aerial transport platform engineered for point-to-point delivery in challenging environments. With a max payload capacity of 30 kg, long-range flight, and integrated safety features, FlyCart 30 transforms how materials, tools, and supplies are transported—offering fast, reliable, and autonomous aerial logistics for industrial use cases.
Features & Benefits
Heavy Payload Capacity: Lift and transport up to 30 kg (single battery mode) or 40 kg in dual-battery mode, enabling aerial delivery of tools, parts, supplies, and equipment.
Extended Range: Covers up to 16 km with full payload and up to 30 km when lightly loaded—ideal for operations in remote or hard-to-reach areas.
All-Weather Operation: Rated IP55 for dust and water resistance and built to fly in high altitudes, rain, and even strong winds up to 12 m/s.
Multiple Delivery Modes: Supports cargo box and winch-based delivery systems—flexible for ground drop-offs or precise lowering in tight spaces.
Smart Safety Systems: Features dual radar, vision sensors, parachute system, and automatic return-to-home (RTH) for enhanced operational safety.
Real-World Applications Across Industries
Agriculture: Deliver seeds, equipment, or test samples to remote farmland areas or between field teams—saving time and labor in large operations.
Construction: Transport tools, fasteners, documents, or materials between site zones or from staging areas, especially on large or vertical build sites.
Public Safety: Deliver medical supplies, radios, or life-saving equipment to emergency responders or isolated individuals in disaster zones or during SAR missions.
Utilities & Energy: Transport gear, replacement parts, or inspection tools to field crews working on wind farms, power lines, or substations in hard-to-access terrain.
Education & Research: Enable logistical support for remote fieldwork or campus operations—delivering instruments, sensors, or other research materials where traditional transport is limited.