Created in partnership with defense and public safety end-users, the MI-3 is equipped with advanced aerial intelligence features and is resilient in GPS-denied and communication-congested environments.
The Martlet MI-3 offers 85 minutes of flight time, a range of 20 kilometers, exceptional EO/IR camera capabilities, and an acoustic signature that keeps it undetectable from a distance of 250 meters at an altitude of 120 meters AGL.
85 minutes
Flight time incl. payload
20 kilometers
Radio range
250 meter
Covert distance
25 knots
Wind resistance
For defense & public safety operations
Field-proven unmanned technology in a foldable, multi-mission covert system designed with an open architecture to adapt to our client’s evolving needs. This versatile platform is ready to execute a wide range of missions, ensuring optimal performance in any scenario.
The MI-3 is a portable, foldable multirotor designed for extended missions in high-risk situations that demand rapid decision-making. Its ability to carry heavy payloads and operate with minimal noise ensures discreet observation for covert day and night operations.
Stealth
Covert operations
Design
Foldable design
System
Endurance
Payload options
EO/IR cameras
Made for covert operations
The MI-3 is ideal for monitoring high-risk situations that require a system capable of extended observation. With its low noise operation at an altitude of 120 meters, the MI-3 remains covert at distances up to 250 meters from the target. This capability enables operators to gather detailed intelligence discreetly, ensuring successful missions without detection.
Foldable, rugged design
The MI-3 features a design that can be easily folded for transportation, offering the convenience of mobility with the capabilities of a larger system. Its robust monocoque airframe ensures exceptional shock resistance and durability, guaranteeing operational readiness in diverse environments.
Multi-mission system for extended observations
With an impressive flight duration of 85 minutes while carrying an EO/IR payload and resilient radio communications extending over 20 km, the MI-3 delivers powerful information for extended missions. It is truly a multi-mission tactical multirotor designed for versatility and effectiveness.
Advanced eye in the sky
The MI-3 offers advanced thermal and optical imaging with up to 80x zoom, providing exceptional DRI performance. Built for long-range observation, these payloads deliver HD image quality and powerful zoom capabilities, enabling the capture of detailed visuals like license plates and faces with precision.
The DragonEye X3 is a dual EO-LWIR stabilized camera with an uncooled thermal sensor and optical zoom, paired with a 40x EO and 4x digital IR zoom. Designed for compact, long-range applications, it delivers clear images day and night, even at extended distances. The lightweight system provides steady performance in various environments, making it highly versatile for various demanding missions.
The X80 is a long-range electro-optical (EO) stabilized camera payload named for its impressive combination of optical and digital zoom capabilities. The X80 delivers excellent performance with a clear image resolution, making it ideal for various observation tasks. An optional quick swap mount adds to its adaptability, enabling rapid deployment across different missions.
The Starling is a dual EO-IR 3-axes stabilized camera with a weight of just 180 grams. The Starling delivers unparalleled performance in a compact system. It is designed for low weight platforms that have a limited energy capacity, resulting in extended mission time with optimized day & night vision.
The NightHawk-UZ is a dual EO-IR stabilized camera turret designed for long-range observation applications that require very low weight. Embodying cutting-edge technological innovations, the NightHawk-UZ provides unmatched capabilities for various missions. Its efficient design ensures excellent performance while maintaining a lightweight profile, making it ideal for platforms with limited payload capacities. An optional 5mW 850nm laser illuminator enhances its versatility, improving performance.
The Raptor is a dual EO-LWIR stabilized camera with an uncooled thermal sensor and optical zoom, paired with a powerful 22x IR zoom and 80x EO zoom. Designed for long-range applications, it delivers clear images day and night, even at extreme distances. The system is stabilized mechanically and electronically across all three axes, ensuring steady performance in any environment. An optional 200mW 850nm laser illuminator further enhances its versatility, making it ideal for various demanding missions.
The Falcon is a dual EO-LWIR stabilized camera with an uncooled thermal sensor and optical zoom, paired with a powerful 4x IR zoom and 80x EO zoom. Designed for long-range applications, it delivers clear images day and night, even at extreme distances. The system is stabilized mechanically and electronically across all three axes, ensuring steady performance in any environment. An optional 200mW 850nm laser illuminator further enhances its versatility, making it ideal for various demanding missions.
The ground control station (GCS) is a portable unit equipped with a tactical interface and Mil-Std. components, built for one-person operations in all weather conditions.
The software defined digital datalink has the ability to use a predefined custom encryption-key, to automatically “hop” between frequencies and to operate in a wide range of user-definable frequency ranges: 2.0–2.5GHz +5.0–5.2GHz.
The Martlet MI-1 is the most silent, compact, and easily portable UAV within the Martlet Family of Systems. The MI-1 is quickly deployed for swift and covert observation and situational awareness.
The Martlet MI-2 is a lightweight, rugged, and versatile UAV within the Martlet Family of Systems, designed for rapid deployment and exceptional aerial intelligence in high-risk environments.
The Martlet MI-2S is a lightweight, rugged, and versatile UAV within the Martlet Family of Systems, designed for rapid deployment and exceptional aerial intelligence in high-risk environments.
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