Laser Seeker Module

laser-seeker-module

Laser Seeker Module

The Laser Seeker Module is a compact laser target designator module developed for seamless integration with land, air, and naval unmanned platforms. The system enables uninterrupted line-of-sight guidance using a one-way laser communication protocol, providing reliable target tracking without dependence on radio-frequency command links. Its solid-state architecture and plug-and-play design support consistent performance across demanding operational environments.

TECHNICAL DOCUMENT
Laser Seeker Module – Technical Datasheet
Download the detailed technical documentation including electrical specifications, operating conditions, dimensions, and compliance information.

Laser Seeker Module

The operational role of the Laser Seeker Module is to provide direct laser-based guidance toward designated targets. By detecting and following a laser beam projected from a compatible designator, the module enables precise guidance while remaining inherently resistant to electronic jamming and signal interruption.

Areas of Use

The Laser Seeker Module is designed for integration into land, air, and naval drone platforms requiring laser-guided navigation. It is suitable for unmanned systems operating in environments where reliable line-of-sight targeting and resistance to electronic interference are critical.

Structure / Configuration / Technical Features

The Laser Seeker Module features a compact and lightweight solid-state design with a total weight of less than 80 grams. It operates within a wide input voltage range of 9–36 VDC and consumes less than 5 watts of power. The module supports laser guidance at a wavelength of 1064 nm and is compatible with programmable laser designators as well as the QD series designator.

Guidance is achieved through a one-way laser communication protocol, enabling uninterrupted operation without the need for two-way data exchange. The system achieves a reported 99.99 percent success rate in direct guidance operations. No active cooling is required, and the module is designed for OEM-level integration.

Environmental performance includes an operational temperature range of −40 °C to +71 °C and a storage temperature range of −55 °C to +85 °C. The system complies with MIL-STD-810G environmental requirements and supports STANAG 3733 compatibility with A-Code and PIM.

Test Standards

The Laser Seeker Module complies with MIL-STD-810G for environmental resilience. Design compatibility with STANAG 3733 supports standardized laser coding and interoperability within laser-guided systems.

Functional Role

Functionally, the Laser Seeker Module provides a reliable laser guidance capability without requiring specialized operator training or piloting skills. Its low power consumption, solid-state construction, and resistance to electronic interference support sustained operation in complex mission profiles. The module is intended to serve as a dependable guidance component within integrated unmanned platforms.

Frequently Asked Questions (FAQ)

It uses one-way laser communication to follow a designated laser beam toward the target.

No. Laser-based guidance does not rely on radio-frequency communication and is resistant to jamming.

The module operates with 1064 nm laser designators.

No. The solid-state design operates without any cooling requirement.

Yes. It is designed for OEM integration with land, air, and naval unmanned systems.

Technical Data Table

Form Factor
Compact and lightweight
Weight
< 80 g
Power Requirements
9–36 VDC, < 5 W
Power Efficiency
Low consumption for extended operating time
Laser Wavelength
1064 nm
Designator Compatibility
1064 nm designators / QD series / programmable designators
Guidance Success Rate
99.99%
Communication Protocol
One-way laser communication (secure and uninterrupted guidance)
Integration Method
Plug-and-play (no specialized training required)
Environmental Durability
MIL-STD-810G compliant for environmental resilience
Operating Temperature
-40°C ~ +71°C
Storage Temperature
-55°C ~ +85°C
Cooling Requirement
No cooling required
Technology
Patented solid-state design
Reliability
High reliability (proven market performance, robust design)
System Integration Compatibility
OEM-compatible with Land, Air, and Naval systems
STANAG 3733 Compliance
Compatible with A-Code and PIM
Operational Flexibility
Operates with multiple programmable designators
Ease of Use
No specialized training required for operation
Extreme Conditions Suitability
Designed to operate in harsh environmental conditions

LET’S WORK TOGETHER

Engineering Today,

Building Tomorrow

We partner with forward-looking industries to deliver precise,
reliable and future-ready engineering solutions.

+90 (312) 504 54 53

info@neroindustry.com