Recon Eye-3IE-MK Micro Gimbal Camera with LRF

Description

Recon Eye-3IE-MK Ultra-Clear Quad-Sensor 3-Axis Micro Gimbal Camera: Advanced High-End ISR and Target Acquisition Payload with Integrated 1.2km Laser Rangefinder

The Recon Eye-3IE-MK is an elite, high-end quad-sensor micro gimbal camera system engineered from the ground up to deliver tactical-grade Intelligence, Surveillance, and Reconnaissance (ISR) capabilities within an ultra-compact footprint. Specifically tailored for heavy-duty FPV platforms, stealthy sub-scale scout units, and advanced mini-UAVs, this sub-system integrates an uncompromised collection of state-of-the-art optical sensors. Featuring twin 48MP daylight cores, a high-fidelity uncooled thermal infrared matrix, a 1.2-kilometer laser rangefinder, and an onboard edge-AI tracking brain, the 3IE-MK delivers complete daytime ultra-HD target acquisition, thermal night vision, and pinpoint geo-spatial coordinate rendering without compromising aircraft flight agility.

Dual-Channel 48MP EO Architecture with Dedicated 3x Optical Telephoto Zoom

The primary optical engineering breakthrough of the Recon Eye-3IE-MK is its synchronized dual-lens Electro-Optical (EO) daylight bench, delivering unprecedented pixel density across variable focal distances:

• 48MP Telephoto Sensor (3x Optical Zoom): Rather than relying on blurry, upscaled digital magnification, this specialized sensor delivers a native 48-Megapixel structural image layout paired with a 3x optical zoom lens. This allows operators to sit back at a safe standoff distance while extracting crisp license plates, structural serial markers, and facial characteristics.

• 48MP Wide-Angle Primary Core: Working in parallel is a secondary high-resolution 48MP wide-angle sensor. This lens is optimized for maximum horizontal situational awareness, allowing pilots to seamlessly scout expansive terrain boundaries, track broad search-and-rescue grids, or manage low-altitude tactical piloting routes.

Integrated 640×512 VOx Thermal Infrared Core and 1.2km Laser Rangefinder (LRF)

To ensure uncompromised mission success across twenty-four-hour deployment cycles, the payload bridges optical monitoring with long-wave infrared tracking and precise distance acquisition:

1. 640×512 High-Sensitivity Thermal Imager: Driven by an uncooled Vanadium Oxide (VOx) focal plane microbolometer matrix, the thermal camera exposes hidden heat signatures through ground fog, dense smoke, dust storms, and total environmental darkness. It effortlessly highlights personnel, hot machinery, and terrestrial vehicles for swift tactical response.

2. 1.2-Kilometer Pulsed Laser Rangefinder (LRF): Operating on a safe, discrete wavelength, the built-in laser rangefinder rapidly calculates precise distance coordinates to targets located from 5 meters up to 1200 meters away with an exceptional accuracy tolerance of $\pm1$ meter.

3. Real-Time Target Geo-Location: By combining the LRF distance measurements with the gimbal’s real-time angular positions (pitch/yaw/roll) and the drone’s primary GPS inputs, the system instantly computes exact target geo-coordinates (Geo-Tagging) for immediate tactical coordination.

Edge-AI Automatic Identification, Target Tracking, and Active 3-Axis Stabilization

Despite its microscopic, low-mass structure, the Recon Eye-3IE-MK features a powerful edge-computing neural network processor designed to automate target classification:

• AI Auto-Identification Engine: The payload runs onboard convolutional neural networks that scan the video pipeline in real time. It automatically isolates, highlights, and classifies multiple moving objects simultaneously—specifically categorizing human targets and ground vehicles.

• Fluid 30Hz Locked Target Tracking: Once an operational target lock is initialized via the ground station software, the internal AI tracking module runs at a swift 30Hz update loop. It dynamically commands the gimbal motors to follow the target smoothly, counteracting sudden aircraft banks or brief target occlusions behind terrain.

• True 3-Axis Gyro-Stabilization Matrix: High-frequency, direct-drive brushless motors actively neutralize high-frequency structural aircraft vibrations, rolling-shutter artifacts, and wind buffering, ensuring smooth, jitter-free video output via standard Ethernet RTSP video streaming and responsive serial TTL controls.