Products
High-resolution EO/IR Imaging System
Custom High-resolution EO/IR imaging system Manufacturer
Eagle-Eye Inspired Dual-Capability:
Combines wide-field search (via edge sub-apertures) and high-res targeting (via central sub-aperture), mimicking eagle's foveal vision for comprehensive situational awareness.
Sub-Centric Level Resolution:
EO modules support ultra-high pixel imaging; IR sensors (15μm×15μm pixels) capture subtle thermal differences, enabling target characterization without proximity.
Intelligent Multi-Aperture Collaboration:
Edge sub-apertures (16% FOV overlap) realize large-area scanning; central aperture locks onto targets automatically via Agent-based control.
Missile-Borne Environment Adaptability:
No complex gimbals required; coaxial design with optical dome ensures stability under high-speed, high-vibration conditions during missile flight.
Product Specifications
| Parameter Category | Index Item | Specific Parameter Requirements |
|
|
Azimuth | ≥60°/s |
| Pitch | ≥60°/s | |
Maximum Angular Acceleration of Rotation |
Azimuth | ≥100°/s² |
| Pitch | ≥60°/s² | |
| Rotation Range | Azimuth | 360° continuous rotation, left as negative and right as positive |
| Angle Reporting Accuracy & Resolution | / | Resolution: ≤1 mrad (milliradian) |
| Stable Accuracy | / | ≤0.1 mrad (milliradian) |
Working Principles
Huirui is a professional customized EO IR systems manufacturer
Multi-Aperture Integration
Adopts five-sub-aperture structure-four edge apertures for FOV stitching, one central aperture for high-res imaging, forming a compact unified payload.
Agent-Based Synergistic Sensing
Edge apertures trigger target alerts; Agent control system directs central aperture to focus, achieving simultaneous wide search and precision capture.
Variable-Resolution Fusion
Onboard processors stitch edge-aperture FOV data and merge with central high-res images, generating integrated visuals with both context and details.
Coaxial Stability Control
Central aperture rotates around optical dome's center, minimizing aberration; no multi-axis turntables, ensuring stable imaging in high-dynamics scenarios.
Technical Advantages
●Optimized LWIR Sensitivity: Operates in 8–12 μm band with low NEI, detecting faint thermal signatures from low-heat targets like small UAVs or hidden personnel.
●Superior MTF Performance: Optical system meets high modulation transfer function standards, ensuring clear imaging even with off-axis aberration from irregular dome surfaces.
●F-Number Optimized Design: Central sub-aperture F/3 (3x resolution of edge apertures F/1) balances light intake and resolution for diverse illumination conditions.
●Mechanical Simplification Advantage: No complex turntable structures reduce weight and failure risk, ideal for payload-limited platforms like missiles and small UAVs.
FAQ
Q: What's the resolution difference between central and edge apertures?
A: Central sub-aperture (F/3) has 3x higher resolution than edge ones (F/1). EO max resolution reaches sub-centimeter level; IR uses 1024×768 pixels (15μm pitch) for clear thermal imaging.
Q: Is the system compatible with missile-borne guidance platforms?
A: Yes, its coaxial dome design and simplified mechanics suit high-vibration, high-speed missile environments, avoiding issues from traditional gimbals and ensuring stable imaging during flight.
Q: How to calibrate the multi-aperture fusion accuracy?
A: Annual professional calibration for sub-aperture alignment; the system has built-in self-calibration functions for daily use to maintain FOV overlap (16%) and fusion precision.
Q: What's the IR spectral range and its advantage?
A: It operates in 8–12 μm LWIR band, which minimizes atmospheric interference, enabling reliable detection in haze, smoke, and long-distance missile-borne scenarios.
Q: Can it realize real-time target handoff between apertures?
A: Absolutely. The Agent-based control system enables millisecond-level handoff-edge apertures detect targets, and central aperture locks on instantly without data lag.
Q: Can we customize the number of sub-apertures for specific needs?
A: Yes. Standard model uses 5 sub-apertures; we offer 3–7 aperture customizations for different platforms (UAVs/missiles) with 6–10 weeks lead time and MTF performance validation.
Hot Tags: high-resolution eo/ir imaging system, China high-resolution eo/ir imaging system manufacturers, suppliers, factory
