The VA-W280 is a 280kg-class, small-to-medium-sized, multi-purpose gasoline-powered unmanned helicopter independently developed by the factory. It features a tandem configuration, a powerful power system, and excellent safety and reliability. It can carry a three-in-one electro-optical pod, enabling it to perform multiple functions such as daily reconnaissance, patrol, monitoring, and detection. Furthermore, its superior payload capacity supports the mounting of exploration, detection, and plant protection equipment, demonstrating broad application potential in exploration, agriculture, and power sectors, and allowing for customized solutions.
Key Features of VA-W280 Drone
Fully Autonomous Takeoff & Landing
Hovering in Mid-Air
Precise Delivery
Emergency Return
Saves 30% on Manpower
Increases Efficiency 10 Times
Product Overview
Why Choose VA-W280 Drone
Modular Design for the Whole Life Cycle Propeller Hub System
Compared to traditional non-modular designs, the modular propeller hub system can save users up to 30% in total life cycle costs, including lower initial design and manufacturing costs, less spare parts inventory costs, less downtime losses, lower maintenance labor costs, longer equipment lifespan, and higher residual value.
Tandem Configuration
Wide range of center of gravity adaptability, simple deployment, naturally suited for heavy payloads.
Highly Efficient & Direct, Undeterred by Terrain
Whether it’s high-altitude snowfields, Gobi deserts, grasslands, forests, islands, or rivers, the VA-W280 can easily fly over them and complete transportation efficiently.
Four-Stroke Electronic Fusion Water-Cooled Engine
With its powerful performance, high fuel efficiency, strong reliability, strong adaptability, and technological maturity, it significantly improves the performance and mission execution capabilities of the UAV.
Important Parameters
| Empty Weight | 160 kg | Mission Payload Weight | 70-100 kg | ||||||||||||||||
| Fuel Weight | 40 kg | Takeoff Weight | 280 kg | ||||||||||||||||
| Flight Duration | 100Kg-1h、70Kg-4h | Maximum Flight Speed | 120km/h | ||||||||||||||||
| Cruising Speed | 100 km/h | Economic Cruise | 80km/h | ||||||||||||||||
| Operating Radius | 30-100 km | Hover Out of Ground Effect | 2000 m | ||||||||||||||||
| Ceiling Capacity | 2500 m | Fuel | 95# gasoline (unleaded, non-ethanol) | ||||||||||||||||
| Fuel Tank Capacity | 50L | Engine Type | Piston electronic injection, water-cooled | ||||||||||||||||
| Number of Cylinders | 2 | Start Mode | Remote control and built-in start | ||||||||||||||||
| Height | 1.541 m | Controller Rotation | 5.26 m |
Solution
Geological Exploration
Suitable for mineral exploration & sample transportation, geological disaster monitoring & assessment, topographic mapping & analysis, urban planning & construction
Logistics Transportation
Perfect for equipment transportation & long distance logistics, fresh food & agricultural transportation, warehousing & distribution management, emergency supplies transportation
Actual Case
Drones inspect fruit trees, providing precise monitoring and improving management efficiency.
At an apple orchard, drones use multispectral sensors to monitor tree growth. They detected low chlorophyll levels in some areas, and soil testing confirmed magnesium deficiency. Timely fertilization improved crop growth.
Efficiency and Cost:
- Operational Efficiency: A drone can inspect a 50-acre apple orchard in 5 hours, equivalent to the workload of 10 workers for 5 days.
- Cost Savings: Manual plant protection costs 40,000 yuan annually in labor and 80,000 yuan in pesticides, while drones only require 20,000 yuan in pesticides, saving 83.3% of labor and pesticide costs.
Drones transport fresh fruit, improving logistics and reducing spoilage.
In citrus-growing areas, drones equipped with cold chain equipment transport citrus fruits from the orchard to the distribution center in just 15 minutes, compared to 2 hours for traditional methods.
Efficiency and Cost:
- Loss Rate: Drone transportation reduces the citrus loss rate from 15% to 3% compared to traditional methods.
- Cost Comparison: The cost of a single drone transport trip is 50 yuan, while traditional transportation costs 200 yuan, saving 75%.
UAV System Composition
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Certification
Professional Technical Support
We are committed to ensuring every customer receives timely and professional technical support. Our engineers can provide remote product installation guidance, software updates, and drone flight technical support. Customers can also arrange for in-person training at our factory.
Customizable for diverse application scenarios
Complete drone flight training
Online support from a team of professional after-sales engineers
Comprehensive IT documentation support
Regional distributor and partner support
Cooperation Process
Inquiry & Quotation
Check Buyer Information
Sign Contract
Arrange Deposit
Apply for Export License
Produce & Testing
Balance Payment
Safe Shipping
Receiving & Training
After-sales
Technical Support
Contact for More Information
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