High-Performance FPV Drones Built for Tactical and Professional Missions

MMC M2

A compact yet powerful quadcopter tailored for security, military, and reconnaissance operations — capable of carrying up to 6kg of mission payload.

Rapid Assembly & Disassembly

Balanced Agility & Stability

Heavy Lift for Tactical Loads

Night Vision Camera

Multi-Drone Control

High Altitude Flight

Dynamic Maneuvering

Compact Transport Case

Why Choose MMC M2 FPV Drones?

Versatile Payload Capacities

The M2 series offers a wide range of payload options to suit varied operational needs (M2-7 1.6 kg, M2-10 3 kg, M2-11 4 kg, M2-13 5 kg, M2-15 6 kg). This flexibility allows customization for tasks like weapon deployment, surveillance, and logistics in scenarios such as counter-terrorism and military operations.

Enhanced Maneuverability & Portability

All models feature an X-shaped quadcopter design with quick-release or foldable arms (e.g., M2-7/10/11 with quick-release; M2-13/15 with foldable arms), ensuring rapid deployment and easy transport. Their compact size and lightweight construction (480 g to 1550 g) enable single-person operation and quick setup in the field.

Night Operations Capability

Equipped with a high-definition wide-angle night vision camera as standard, the M2 series ensures unobstructed flight in low-light or dark environments. This is critical for 24/7 missions requiring continuous surveillance or covert operations.

High-Altitude Performance

All M2 drones support a maximum takeoff altitude of 4000 meters, making them suitable for operations in high-elevation regions such as mountains or plateaus, where environmental adaptability is essential.

Positioning & Key Selling Points

The M2 series is a lineup of professional FPV drones (M2-7, M2-10, M2-11, M2-13, M2-15) engineered for tactical, counter-terrorism, and military applications. Designed for rapid response, high maneuverability, and mission flexibility, each model targets specific payload and operational needs while sharing core strengths in adaptability and performance.