The V-UAV EV390 (Flashman EV390) is a versatile electric drone with vertical takeoff and landing (VTOL) capability, making it unique in its category. It offers a blend of long-range endurance, high-altitude operations, modular payload integration, and rapid deployment features, positioning it as an advanced reconnaissance and mapping UAV with potential for expanded military and dual-use applications.
Uniqueness
The EV390 stands out due to its electric VTOL configuration, allowing it to operate in diverse environments without needing a runway. It combines fixed-wing efficiency with multirotor maneuverability, which enhances its adaptability for both military and civilian missions. Its carbon-fiber and fiberglass construction optimizes weight while ensuring durability, and its modular design supports quick deployment in under two minutes.
Unlike many electric UAVs that suffer from short endurance, the EV390’s 3.5-hour max flight time (1.5 hours fully loaded) is relatively long for its class. Its IP54 protection rating enables operation in adverse weather, further extending its utility.
Capabilities
Reconnaissance & Mapping: Equipped with high-resolution electro-optical (EO), infrared (IR), and LiDAR sensors, it supports terrain modeling, environmental monitoring, and surveillance.
Border Security & ISR (Intelligence, Surveillance, and Reconnaissance): The 150 km communication range enables long-range data collection, making it suitable for perimeter monitoring, patrols, and intelligence gathering.
Search & Rescue / Logistics: A drop container system allows for aerial supply delivery in emergency situations.
Autonomous Operations: Supports fully automated flight, including target tracking, GPS mission planning, emergency return-to-home (RTH), and Follow-Me mode.
Multi-Controller Compatibility: Supports V-UAV V7 Pro, CUAV V7+, and Cube Orange+, offering flexibility in integration with existing UAV control infrastructures.
Mission and Goals
Enhance China’s ISR capabilities: The UAV provides low-cost, long-endurance surveillance for military and paramilitary applications.
Improve border security and law enforcement: With thermal imaging and LiDAR support, it can effectively monitor remote areas and enhance security.
Expand dual-use applications: Its LiDAR and mapping systems make it suitable for commercial applications such as infrastructure surveying, agriculture, and disaster response.
Increase China’s presence in UAV technology markets: By offering open-source autopilot compatibility and flexible payload integration, V-UAV targets both domestic and international defense contracts.
Lethality and Military Potential
While not explicitly marketed as a combat drone, the EV390 could be adapted for tactical ISR, electronic warfare (EW), or light munition deployment:
ISR & Targeting Support: The EO/IR cameras and LiDAR sensors could assist with reconnaissance and targeting for long-range artillery, missile strikes, or drone swarms.
Electronic Warfare (EW) Potential: The modular payload system could support jamming, signal interception, or electronic countermeasures.
Weaponization Possibility: While the drone currently has a drop-container system for logistics, modifications could allow it to deploy small explosive payloads, similar to the modified quadcopters used in conflict zones.
Assessment
The EV390 represents a strategic step forward in China’s UAV development by combining cost-effectiveness, high endurance, and modular adaptability. It enhances China’s low- to mid-tier drone capabilities, potentially filling operational gaps between smaller commercial UAVs and larger military-grade systems like the Wing Loong series. Given its broad operational range, integration flexibility, and autonomous features, it could see deployment in military surveillance, law enforcement, and asymmetric warfare scenarios, particularly for border conflicts, maritime patrols, and special operations support.
If China exports this drone, it could become a popular choice for nations seeking cost-effective ISR and security solutions, further solidifying China’s influence in the global UAV market.
🛸 🇨🇳 The Chinese company V-UAV presented a new electric drone EV390 (also known as Flashman EV390) with vertical takeoff and landing
Designed for reconnaissance and mapping. Made using carbon and fiberglass.
🔻 Declared characteristics
• length – 1899 mm
• height – 750 mm
• wingspan – 3914 mm
• maximum payload – 10 kg
• maximum take-off weight – 35 kg
• maximum speed – 130 km/h
• cruising speed – 83 km/h
• ascent speed – 4 m/s, descent speed – 5 m/s
• service ceiling – 4500 m
• control and communication range – 150 km
• deployment time – 2 min using quick-release connections
• capable of operating at wind speeds up to 12 m/s
• protection class – IP54
• operating temperature range – from -20 °C to 60 °C.
🔻 Power plant
The drone is powered by four 6S 30,000mAh Li-ion batteries , providing a maximum flight time of 3.5 hours without payload.
With a full load of 10 kg, the flight time is reduced to 1.5 hours . The battery system supports up to 600 recharge cycles and is charged using the UP600+ charger, which has two 600W channels to simultaneously charge two batteries in less than an hour.
🔻 Radar equipment
Equipped with A30TR-50 or U30TIRM-HD cameras for border patrol, A0305 3D tilt camera or GS-100C LiDAR sensors for mapping, and a drop container system for search and rescue or parcel delivery.
🔻 Application Features
It works with the VTX30 ground control station, which provides long-range data and video transmission. The UAV uses an open-source autopilot system and supports several flight controllers, including the V-UAV V7 Pro, CUAV V7+, and Cube Orange+. It has automated features such as software control, autonomous flight with 3D coordinates, target tracking, emergency return, and fixed-point circling. It can include a Follow-me function that provides autonomous tracking and mission planning using a GPS module.
