• Featuring a compact, fully articulated visible-light guidance head
  • Featuring a compact, fully articulated visible-light guidance head
  • Featuring a compact, fully articulated visible-light guidance head
  • Featuring a compact, fully articulated visible-light guidance head
  • Featuring a compact, fully articulated visible-light guidance head
  • Featuring a compact, fully articulated visible-light guidance head
  • Featuring a compact, fully articulated visible-light guidance head
  • Featuring a compact, fully articulated visible-light guidance head
  • Featuring a compact, fully articulated visible-light guidance head
  • Featuring a compact, fully articulated visible-light guidance head

Featuring a compact, fully articulated visible-light guidance head

Recognition Distance
≥3km
Detector Pixels
6.5μm, 768×576
Field of View Angle
22.4° × 16.8°
Tracking Accuracy
±2Pixels
Size
Φ150mm × 200mm
Power Consumption
≤15W
  • Featuring a compact, fully articulated visible-light guidance head
  • Featuring a compact, fully articulated visible-light guidance head
  • Featuring a compact, fully articulated visible-light guidance head
  • Featuring a compact, fully articulated visible-light guidance head
  • Featuring a compact, fully articulated visible-light guidance head

Description

Featuring a compact, fully articulated visible-light guidance head

Fully strapdown visible light guidance head is a low-cost guidance head used for simple guidance, featuring miniaturization, integration, high reliability, and a large instantaneous field of view. Combined with strapdown guidance system technology, it can also achieve efficient cost-to-performance ratio for precise strikes.

No external laser pointer required
Target recognition based on real-time images Stable tracking using visual data Suitable for cost-sensitive applications 

Vision-Based Target Recognition

Unlike laser-based seekers, this system relies on onboard optical imaging to detect and track targets. By analyzing visual features, it can identify and track targets in real time, making it suitable for autonomous or semi-autonomous guidance applications.

Its fixed-mount design can be directly integrated into the platform, simplifying system design while maintaining reliable performance.

Visible Light Imaging Detection

Uses optical sensors to capture target images for target recognition and tracking.

Integrated Tracking Capability

Tracking accuracy within ±2 pixels ensures stable target acquisition.

Wide Field of View

With a field of view of 22.4° × 16.8°, it enables effective target capture.

Designed for Efficient Target Acquisition

The seeker has a detection range of up to 3 kilometers and is suitable for medium-range visual guidance missions. Its imaging sensor (6.5 micrometers, 768×576 resolution) provides sufficient detail to ensure reliable target detection and tracking.

The system strikes a balance between performance and cost, offering an effective solution for applications that do not require high-end sensors.
Specifications
Product Name Strapdown Visible Light Seeker

Recognition Distance

≥3 km

Detector

6.5 μm, 768 × 576 pixels

Field of View

22.4° × 16.8°

Tracking Accuracy

±2 pixels

Size

Φ150 mm × 200 mm

Power Consumption

≤15 W

Application Scenarios

This visible-light seeker is suitable for systems requiring vision-based tracking and target recognition.

Electro-optical tracking systems Unmanned platforms equipped with on-board vision guidance Target recognition and tracking modules Cost-effective precision guidance systems

FAQ

1.How is this different from a laser homing device?

It uses visual imaging technology rather than detecting reflected laser signals, so it does not require an external laser source.

2. What is the effective detection range?

Under standard conditions, the detection range can reach up to 3 kilometers.

3. What is its tracking accuracy?

Tracking accuracy is within ±2 pixels.