Dimensions: 2500*1400*400mm
Material: Fiberglass
Payload: 1.5kg
Maximum Takeoff Weight: 12kg
Cruising Speed: 72km/h
Tracking Radius: 20km~50km+
Endurance: 100 minutes @ 1kg
Maximum Level Flight Speed: 30m/s
Wind Rating: Fixed Wing <= Class 6 / Rotary Wing <= Class 5
Service Ceiling: 4000m
Take-off and Landing Method: Vertical Take-off and Landing
Disassembly and Transport: Quick-disassembly, transport box 
(Customizable)

Length: 2480mm
Height: 425mm
Wingspan: 2150mm
Material: Aviation carbon fiber composite
Engine: Piston engine
Load capacity: 50kg
Maximum safe takeoff weight: 150kg
Safe level flight speed: 40-65 m/s
Cruising speed: 50 m/s
Dive speed: 58 m/s
Combined fuel consumption: 10 L/h
Wind resistance: Takeoff and landing level 5
Operating temperature: -20°C to 55°C

Dimensions: 320*183*46mm           
Maximum Takeoff Weight: 30kg
Maximum Payload: 5kg                   
Unladen Flight Time: 240 minutes
Cruising Speed: 21m/s                    
Maximum Altitude: 4200m
Wind Resistance: Fixed Wing <= Class 7 / Rotary Wing <= Class 6
Disassembly and Transportation: Quick Disassembly, Transport Case
Ingress Protection: IP54 (Customizable)

On May 16, 2024, DJI released the Zenmuse H30 series, a flagship all-weather multi-light payload. It includes two models: the H30 and H30T. The H30 integrates four modules: a wide-angle camera, a zoom camera, a laser rangefinder, and a near-infrared illuminator. The H30T adds an infrared thermal imaging module, comprehensively enhancing perception and imaging capabilities and overcoming the limitations of day and night vision. The H30 series, mounted on a flight platform, can be easily applied to various industries such as public safety, emergency rescue, and energy and power, making it DJI's most integrated and highest-performing multi-light flagship payload to date.

The all-new Zenmuse H30 series, a flagship multi-beam payload, is a highly integrated product that integrates sensors required by security, fire protection, and inspection users, offering a comprehensive upgrade in performance and user experience. It also boasts numerous independently developed technologies across modules such as optics, hardware structure, algorithms, and manufacturing processes, ensuring maximum performance within its compact and precise design. DJI will continue to address the pain points of industry users, drive product efficiency innovation, and provide industry customers with convenient, efficient, safe, reliable, and cost-effective technologies and services, enabling drone technology to play a greater role in various fields.

As a new generation of heavy-duty flagship, the FC200 has achieved a leapfrog breakthrough in carrying capacity. The maximum load of a single unit is 200kg, two units working together can reach 360kg, and four units working together intelligently can lift up to 600kg, meeting the needs of transporting large and bulky goods.

With robust high-altitude performance, it can maintain a full load without reduction at an altitude of 3,000 meters and still carry 140 kg at a plateau of 6,000 meters.

In terms of battery life, the dual-battery mode provides 16-18 minutes of full-load battery life, while the quad-battery mode extends this to 32 minutes. It is equipped with a 46Ah smart battery that can be quickly recharged in 7-8 minutes and supports hot-swapping, significantly improving work efficiency.

The DJI Zenmuse L3 is not just a simple performance upgrade. It improves range and accuracy, uses a dual 100-megapixel camera system to simultaneously acquire visible light data, and combines an intelligent gimbal, high-precision positioning, and end-to-end processing software to provide a complete solution from data acquisition and processing to application. It is an industry-application-level product that truly integrates hardware performance, software ecosystem, and user experience in the professional surveying and mapping field.

Zenmuse P1

A New Benchmark for Full-Frame Aerial Surveying.

The DJI P1 integrates a full-frame image sensor with a 3-axis gimbal and supports multiple prime lenses, creating a high-performance, versatile aerial surveying payload. When paired with the Matrice 300 RTK and DJI Terra software, it delivers a high-precision, high-efficiency, and integrated aerial surveying solution, setting a new benchmark in the field.

DJI has officially unveiled the all-new Matrice 4 Series—a compact, intelligent, multi-payload flagship platform. Comprising two models, the Matrice 4T and Matrice 4E, the series features built-in AI detection models for people, vehicles, and vessels, while also opening up the aircraft's AI computing power for developers. With comprehensive hardware and software upgrades—spanning cameras, image transmission systems, and environmental sensing capabilities—the series supports a host of intelligent functions, including smart detection and laser-assisted measurement. The Matrice 4T is designed to cover a wide range of application scenarios, such as power line inspection, emergency response, public safety, and water conservancy and forestry monitoring; the Matrice 4E, conversely, targets scenarios requiring high-precision professional surveying and detailed surface inspection. The launch of the Matrice 4 Series marks the official dawn of the AI-driven era for industrial drones.
 

With a total resolution of 3.05 million pixels, the camera integrates five 61-megapixel full-frame ExmorRCMOS back-illuminated image sensors. Equipped with a high-performance AI motherboard, it excels in heat dissipation, data communication, system integration, and data transmission. It is compatible with mainstream Multirotor and Fixed-wing UAV on the market.