SWaP-Optimized EO/IR System Profile

The NTPOD64 Compact Multi-Sensor EO/IR System is a highly integrated, miniature three-axis gyro-stabilized gimbal developed for high-resilience drone airframes, containerized commercial robotics, and specialized vehicle monitoring systems. Engineered to excel in harsh outdoor environments, strong mechanical vibrations, and severe thermal fluctuations, this robust micro-gimbal houses a multi-spectral imaging suite within an ultra-compact structural footprint of ≤Φ64mm × 88.5mm. Weighing ≤260g, the platform drastically lowers the power-to-weight entry barrier for small aerial platforms while maintaining compliance with strict industrial and airborne performance standards.

Operating as an authoritative original source manufacturer, NTRON supports international system integrators with factory-direct volume distribution, API-level firmware scaling, and full hardware deployment support. This turn-key eo/ir system delivers flawless day and night surveillance capabilities for critical infrastructure inspections, forest fire prevention, search and rescue coordination, and commercial maritime monitoring.

Core Functions of the Multi-Sensor EO/IR System

Multi-Spectral Long-Range Observation: The eo/ir system integrates a high-definition visible light sensor alongside a long-wave thermal imaging core on a co-axial boresight. This structural synergy grants operators immediate toggle capabilities between visual contrast and thermal signatures, ensuring uninterrupted vehicle target detection up to 3.3km and human identification across total darkness, coastal smog, or high-glare industrial fields.
Dual-Mode Edge AI Tracking Network: Powered by localized micro-computing processing, the onboard algorithmic loop simultaneously captures, registers, and tracks up to 20 independent targets—including aircraft, surface vessels, and ground vehicles—at ≥20FPS. For dynamic close-range locking, the eo/ir system auto-switches to single-target tracking at ≥50FPS with an update velocity of 32 pixels/frame, correcting for drift during sudden platform maneuvers.
High-Kinematics Ingress Protection: Driven by an active, closed-loop gyro-stabilized servo drive, the internal platform counters high-frequency vibrations with an angular velocity of ≥60°/s and acceleration of ≥150°/s². This mechanical drive is fully enclosed within a CNC-machined, shielded housing that provides IP54 moisture protection, 200g physical shock resistance, and continuous operation from -40°C to +60°C.
SWaP-C Subsystem & Network Telemetry: Architected to eliminate redundant structural mass, the entire assembly confines its power consumption draw to a 10W baseline (20W peak) while maintaining a weight of ≤260g. The system features native hardware-level H.264/H.265 video compilation, broadcasting real-time RTSP/UDP digital streams over Fast Ethernet or TTL links while supporting continuous local storage via onboard TF media.

NTPOD64 EO/IR System Full Specifications

Visible Light Camera Specifications
Spectral Bandpass Range	0.4μm to 0.9μm Visual Band
Native Sensor Resolution	2688 × 1520 Pixels (4MP Output)
Pixel Size Geometry	2.9μm Individual Pixel Pitch
Optics Focal Length & FOV	8.5mm / F1.6 Lens \| 47.2° × 26.5° Field of View
Nominal Ranging Coverages	Human Detection: 0.73km \| Vehicle Detection: 3.3km
Nominal Recognition Coverages	Human Recognition: 0.2km \| Vehicle Recognition: 0.8km
Thermal Infrared Imaging Core
Spectral Bandpass Range	8μm to 14μm LWIR Spectrum
FPA Array Resolution	640 × 512 Micro-Bolometer Core
Pixel Pitch Geometry	12μm Pixel Pitch
Germanium Lens & FOV	19mm / F1.0 Optics \| 23° × 18.4° Field of View
Thermal Ranging Coverages	Human Detection: 0.53km \| Vehicle Detection: 2.5km
Thermal Recognition Coverages	Human Recognition: 0.19km \| Vehicle Recognition: 0.8km
Servo Control & Kinematics
Mechanical Rotation Envelope	Pan Range: ±145° \| Tilt Range: -90° to 30°
Maximum Angular Velocity	≥60°/s
Maximum Angular Acceleration	≥150°/s²
Single Target Tracking Analytics
Supported Target Type	General Moving Targets
Tracking Rate Constraint	≥32 pixels/frame
Update Frame Rate	≥50FPS
Edge AI Multi-Target Tracking Subsystem
Target Categorization Filters	Human, Vehicle, Vessel, Aircraft
Algorithmic Performance Bounds	Recall Rate: ≥90% \| Tracking Precision: ≥80%
Minimum Target Resolution	32 × 32 Pixels @ 1080P
Maximum Tracking Quantity	Concurrent Tracking Up to 20 Targets
Tracking Jitter Rate Limit	≤15%
Multi-Target Update Frame Rate	≥20FPS
Video, Streaming & Storage System
Image & Video Format	JPEG (Static Image) \| MP4 (Video Container)
Compression & Encoding	H.264, H.265 Hardware Compilation
Digital Video Protocols	RTSP, UDP Data Links
Storage Media Capacity	Supports 32GB / 64GB / 128GB TF Cards
Physical Parameters & Hardware Interfaces
Geometric Dimensions & Weight	≤Φ64mm × 88.5mm \| Weight: ≤260g
Power Supply & Power Draw	11~28VDC \| 10W (Average) / 20W (Peak Processing Active)
Communication & Video I/O Ports	Serial Port (TTL/RS232) & Fast Ethernet (Data & Video Stream)
Environmental & Survivability Ratings
Operational & Storage Window	Operating: -40°C to 60°C \| Storage Environment: -45°C to 70°C
Mechanical Impact Survivability	Shock Resistance: 200g
Ingress Protection Rating	IP54 Moisture & Dust Defiance

Engineering Integration Note: The multi-sensor analytics running inside this uncooled payload are fully scalable for automated target recognition. For engineering groups requiring standalone ranging subsystems or high-energy distance measurement tools to fit alongside this eo/ir system capsule, explore our complete catalog of 1535nm Laser Rangefinder Sensors, or contact our engineering desk for interface blueprints and communication protocols.

For lightweight flight platforms requiring a dual-sensor layout optimized to withstand structural launch shock, evaluate the NTPOD80 Miniature Stabilized Payload or the dual fixed-focus lens NTPOD80A Micro Pod.