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Regulatory Requirements for Heavy-Lift Drones:
Weight and Classification: The Unmanned Aerial System (UAS) for agricultural purposes weighs at least 55 lbs (including the weight of the substance being displaced). It falls under the regulations specified in 14 CFR Part 47, which governs Aircraft Registration.
Part 107 Pilot License: To operate the agricultural UAS, you must obtain or already hold a Part 107 Pilot License. This license is issued by the FAA and confirms that you possess the necessary knowledge and skills for safe operation.
Important Updates:
Expiration of Section 44807: The FAA Exemption granted by Section 44807 expired on September 30, 2023. As a result, compliance with all regulations is now mandatory, and previous exemptions are no longer valid.
Remote ID Compliance: Drone pilots have been expected to comply with Remote ID requirements since September 16, 2023. However, the FAA will consider relevant factors to determine enforcement through March 16, 2024.
Additional Information:
For detailed information on the registration process for a UAS under 14 CFR Part 47, obtaining the Part 107 Pilot License, and the steps to become a drone pilot, please refer to the official FAA website. The FAA website provides comprehensive and up-to-date information on UAS operations, regulations, and the necessary procedures.
Note: It is crucial to regularly monitor the official FAA website for any updates or changes in regulations to ensure ongoing compliance with the requirements for operating agricultural drones.
Use Cases
The drone has various use cases, including delivery, fire protection, hoisting support, construction, surveying and mapping, environmental monitoring, scientific research, infrastructure maintenance, geographical and geological surveys, power line inspection, and surveillance and security.
Delivery: the drone can transport packages weighing up to 280 kg, making it ideal for efficient and fast delivery of goods.
Fire fighting: the drone can carry firefighting equipment such as extinguishing agents, water tanks, or thermal cameras to combat wildfires or inaccessible fires.
Hoisting operations: the drone's payload capacity allows it to assist in hoisting operations, transporting equipment or materials to heights or locations that may be challenging for humans to reach.
Construction: the drone can transport tools, construction materials, or equipment to construction sites, saving time and reducing manual labor involved in transporting heavy items.
Surveying and mapping: the drone can carry sensors, cameras, or other equipment to capture data for land surveying or mapping purposes.
Environmental monitoring: transporting sensors or monitoring equipment to collect data on air quality, water quality, or wildlife populations.
Scientific research: the drone can transport scientific instruments, data loggers, or sampling tools for field research in challenging or remote environments
Infrastructure maintenance: transporting tools, equipment, or spare parts for maintenance and repair tasks in infrastructure such as bridges, towers, or dams.
Power line inspection: it can carry inspection equipment to assess the condition of power lines, identify faults, or detect areas that require maintenance or repair.
Surveillance and security operations: it can carry cameras or surveillance equipment to monitor large areas, provide real-time video feeds, detect suspicious activities, or enhance situational awareness.
Competitive Advantage
I. Introduction
Our low-cost, multipurpose drone has as 140 kg payload capacity
This is in contrast to competitors, whose offerings are more expensive and have significantly lower capacities
Little to no alternatives for a capable high-payload drone
II. Cost Advantage
Our price point is less than competitors while providng the same value
Competitors
Draganfly Heavy Lift Drone: starts at $50,000 USD but can only lift a 30 kg payload
B. Highlight the cost savings for customers in choosing this drone
C. Comparative analysis of price against similar drones in the market
III. Fire Fighting Capability
Our drone has various options for firefighting. A custom configuration can meet your needs.
This is in contrast to competitors
III. Payload Capacity Advantage
The ability to carry a 140 kg payload exceeds competitors' offerings
This provides you flexibility and versatility for the payloads you can use
IV. Performance and Efficiency Advantage
Outstanding performance features, including speed and range
V. Reliability and Durability Advantage
Robust construction, including a high-strength carbon fiber body
Great durability and a IP68 resistance rating
VI. Conclusion
Our offering can carry a larger payload than competitors and is low-cost
You will find our heavy-lift drone useful for a range of cases
Price
Please contact us for a quote. The total cost is the base price plus tariffs, transportation costs, and taxes. Additionally, actual quotations can be customized according to your needs.
Configuration List
Detailed Technical Parameters
Aircraft Body
High-strength composite carbon fiber body
Recycled Folding Size
1,680 (L) x 1,320 (W) x 1,200 mm (H)
Rotors
Number of main rotors: 8
Diameter: Φ1575 mm
Maximum Overload of Body
3.5 G
Body Center Size
890 (L) x 690 mm (W)
Wheelbase Size
2,880 mm
Maximum take-off weight
240 kg
Maximum Payload
140 kg (reduced flight time)
Overall Aircraft Weight
100 kg (including battery)
Empty Aircraft Weight
60 kg
Maximum Flight Speed
12 m/s
Flight Time
Depends on payload weight
20 minutes (fully loaded)
Battery Storage Capacity
120,000 mah
Airborne Avionics Flight Control System
Allow the drone to be controlled remotely
Redundancy
Military-grade three-axis redudant system
Flight Hovering Accuracy
0.1 m
Maximum Wind Resistance
≥ Level 6 (instanteneous wind)
≥ Level 8 (general)
Maintenace Cycle of Machine
> 3000 hours
Integrated Picture and Data Remote Control Distance
30 km (open environment)
PTZ Camera Freedom
360 degrees
Camera Resolution
1080p
Operating Cruise Altitude
200-1200 m
Operating Temperature
-20 ℃~65 ℃
Water Proof & Dustproof grade
IP68 (able to fly in light to moderate rain)
Battery Charger
Able to charge 5 batteries simultaneously
Ground Control Station
Equipped with electronic map
Virtual instrument
Fail-safe function (aircraft can maintain a stable altitude when signal is lost or interrupted)
Automatic and manual controls modes
Able to freely switch between both
Operation identification key access device
Only able to control flight operations after connecting with key
Route setting
Status monitoring
Alarm functions (e.g low battery)