Fighter VTOL Drone

  • VTOL Capability: Enables takeoff and landing vertically, much like a helicopter, which is ideal for operations in rugged or confined environments.
  • Advanced Materials: Constructed with high-grade materials such as carbon fiber and engineering plastics for durability, strength, and lightweight performance.
  • Long Endurance: Designed for extended flight times to cover large areas or conduct prolonged missions without the need for frequent landings to recharge or refuel.
  • High Payload Capacity: Capable of carrying various payloads, including cameras for aerial photography and videography, sensors for surveying and mapping, or equipment for scientific research.
  • Modular Design: Often features a modular design for easy transportation, quick setup, and field maintenance or repairs.

1-Year Warranty     7 days return policy     PAN India Fast Shipping   

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The Fighter VTOL (Vertical Take-Off and Landing) Drone represents a cutting-edge advancement in unmanned aerial vehicle (UAV) technology, designed for both military and civilian applications. This highly versatile drone is equipped with innovative VTOL capabilities, allowing it to take off and land vertically in confined spaces, making it ideal for operations in urban environments or rugged terrain where traditional runways are not accessible.

The Fighter features a sleek, aerodynamic design with foldable rotors or propellers that enable seamless transition between vertical take-off/landing and horizontal flight modes. This design not only enhances its operational flexibility but also improves its efficiency and speed in flight. The drone is constructed from lightweight, durable materials that withstand harsh weather conditions and offer enhanced stealth capabilities through reduced radar signature.

Vertical Take-Off and Landing (VTOL) Capabilities: This drone can operate from virtually any terrain, including congested urban areas, dense forests, and confined spaces on naval vessels, eliminating the need for conventional runways and significantly enhancing its operational flexibility and deployment speed.

Advanced Propulsion System: It is equipped with an efficient, high-performance propulsion system that not only allows for rapid acceleration and high cruising speeds but also provides exceptional endurance, enabling the drone to undertake extended missions over vast distances without frequent refueling or recharging.

Modular Payload System: The drone features a highly adaptable payload bay designed for easy customization, capable of accommodating a diverse array of equipment ranging from high-definition surveillance cameras and thermal imaging sensors to sophisticated SIGINT equipment and precision-guided munitions, offering unparalleled mission versatility.

Stealth Design: Constructed with radar-absorbing materials and a shape optimized to reduce its radar cross-section, the drone minimizes detection by enemy radar systems, enhancing its survivability in contested airspace and making it an ideal platform for stealthy surveillance and reconnaissance missions.

Autonomous Flight Control: Incorporating cutting-edge AI and machine learning algorithms, the drone’s autonomous flight control system can navigate complex environments, make real-time decisions, and execute mission objectives with minimal human intervention, significantly reducing operator workload and enhancing mission effectiveness.

Real-Time Data Link Communication: Equipped with a high-bandwidth, secure data link, the drone can transmit and receive real-time video, images, and sensor data to and from the control station, ensuring immediate access to mission-critical information and facilitating timely decision-making.

Advanced Navigation Systems: With its ability to operate in GPS-denied environments, the drone employs an advanced suite of navigation technologies, including inertial navigation systems, visual navigation aids, and other sensors, to accurately determine its position, orientation, and velocity, ensuring precise navigation and mission execution under challenging conditions.

Weather Resistant Design: Engineered to withstand a wide range of environmental conditions, the drone’s robust, weather-resistant construction ensures reliable operation in adverse weather, including heavy rain, strong winds, and extreme temperatures, enabling consistent performance across diverse operational theaters.

Foldable Rotors/Propellers: The drone’s innovative design incorporates foldable rotors or propellers, which not only reduce its footprint for transportation and storage but also enhance its operational readiness, allowing for rapid deployment and retrieval in the field, further augmenting its tactical flexibility.

Energy Efficient: Designed with an emphasis on energy efficiency, the drone optimizes power consumption across all operational modes, maximizing its range and endurance on a single charge or fuel load, which is critical for long-duration surveillance, reconnaissance, and tactical missions.

High-Resolution Imaging Capabilities: Armed with advanced imaging technology, the drone captures high-resolution images and videos, providing exceptional detail and clarity for surveillance and reconnaissance missions, enabling operators to identify targets, assess threats, and gather intelligence with unprecedented precision.

Thermal Imaging: The inclusion of thermal imaging technology allows the drone to detect heat signatures in low-light conditions or through obscurants like smoke and foliage, making it an invaluable tool for night operations, search and rescue missions, and surveillance in complex environments.

Electronic Warfare Systems: Capable of being outfitted with electronic warfare components, the drone can conduct a range of operations, from disrupting enemy communications and radar to intercepting and jamming signals, thereby providing a significant tactical advantage by degrading the enemy’s situational awareness and operational capabilities.

Rugged Construction: Constructed from high-strength, impact-resistant materials, the drone is designed to endure rough handling and harsh operational conditions, ensuring its longevity and reliability in the field, which is crucial for maintaining operational readiness and effectiveness over extended periods.

Easy Maintenance and Upgradability: The drone’s design emphasizes ease of maintenance and the capacity for future upgrades, allowing for quick component replacement and system updates, which ensures that the platform remains at the forefront of UAV technology, adapting to evolving mission requirements and technological advancements.


Basic parameters

  •  Material: EPO, EVA, Carbon Fiber, Engineering Plastics, etc
  •  Wingspan: 2430mm
  •  Fuselage height: 180mm
  •  Fuselage length: 1450mm • Wing area: 72.5dm2
  •  Assembly method: Tool-Less Quick Disassembly
  •  Load compartment size:280×160×110mm
  •  Transport box size : 1.25m×0.34m×0.49m


  •  Max. Payload: 1.5kg
  •  Max. Take-off Weight: 11.5kg


  •  Take-off and landing mode: VTOL
  • Practical lift altitude: 4000m
  • Wind resistance: Class 5 (normal operation)
  • Recommended Flight speed: 19-20m/s
  • Stall speed: 10m/s (Test condition: alt 500m, 10.5 kg takeoff weight)
  • Maximum Range: 150km (speed 19m/s , load 600g, battery GenX 6S 16000mAH 2 nos)

GenX Power Premium 22.2V 6S 16000mAH 25C / 50C Lipo Battery (2 nos)

Extra batteries will be available at extra cost


  • Minimum Capacity: 16000mah
  • Configuration: 6S1P / 22.2V / 6 Cells
  • Discharge Rate: 25C
  • Max Burst Discharge Rate: 50C
  • Net Weight(±2%): 1870g
  • Dimensions: 185mm LX 75mm W X 74mm H

ULTRA POWER 1100 AC/DC Two Channel

Smart Balance Charger


  • Input Voltage: AC 110V or 220V
  • Charge Power: 1100W(550W*2)
  • Discharging Power: 80W(40W*2)
  • Current Input Range: 5-22A
  • Battery Type: LiPo4.20V/LiHv4.35V/LiHv4.40V
  • Battery Cell Count: 2-6S
  • Working Mode: Storage mode/Charge mode
  • Balance Current: 1.5mA/cell
  • Weight: 3.8kg
  • Dimension: 260x150x140mm

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