Laser Seeker Module
LASER SEEKER MODULE / 1064 NM GUIDANCE
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 without dependence on radio-frequency command links.
Compact solid-state seeker with plug-and-play OEM integration, one-way laser communication and no active cooling requirement.
Direct Laser-Based Guidance for Unmanned Platforms
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 resistant to electronic jamming and signal interruption as described in the supplied product information.
Land, Air and Naval Unmanned Platform Integration
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.
Wavelength 1064 nm
One-Way Laser Communication Architecture
Guidance is achieved through a one-way laser communication protocol, enabling uninterrupted operation without the need for two-way data exchange.
The module supports 1064 nm laser guidance and is compatible with programmable laser designators as well as the QD series designator. The supplied information reports a 99.99% success rate in direct guidance operations.
Compact Solid-State Guidance Features
Compact & Lightweight
The solid-state module has a total weight of less than 80 grams for integration into unmanned platforms.
Wide Input Voltage
The module operates across a 9–36 VDC input range and consumes less than 5 watts of power.
1064 nm Guidance
Laser guidance operates at 1064 nm with support for compatible programmable designators and the QD series.
99.99% Reported Success Rate
The supplied product information reports a 99.99 percent success rate in direct guidance operations.
No Active Cooling
The solid-state architecture operates without an active cooling requirement.
Plug-and-Play OEM Integration
The module is designed for OEM-level integration and plug-and-play deployment without specialized operator training.
Guidance, Designator and Platform Compatibility
Laser Communication
- Protocol
- One-Way Laser Communication
- Wavelength
- 1064 nm
- Success Rate
- 99.99%
Designator Compatibility
- Wavelength
- 1064 nm Designators
- Series
- QD Series
- Additional
- Programmable Designators
OEM Platform Integration
- Land
- Compatible
- Air
- Compatible
- Naval
- Compatible
Unmanned Platform Applications
Wide Temperature Range for Harsh Environments
The Laser Seeker Module has an operating temperature range of -40°C to +71°C and a storage temperature range of -55°C to +85°C.
Its solid-state architecture requires no active cooling and is described as suitable for operation under harsh environmental conditions.
STANAG 3733 with A-Code and PIM Compatibility
The supplied product information states that design compatibility with STANAG 3733 supports standardized laser coding and interoperability within laser-guided systems.
The module is specified as compatible with A-Code and PIM and supports operation with multiple programmable designators.
Environmental Resilience and Laser Coding Compatibility
The Laser Seeker Module is stated to be certified according to MIL-STD-810G for environmental resilience.
Compatibility with STANAG 3733 supports standardized laser coding and interoperability, including the stated A-Code and PIM compatibility.
Low-Power Laser Guidance Component for Integrated Platforms
Functionally, the Laser Seeker Module provides laser guidance without requiring specialized operator training or piloting skills, according to the supplied product information.
Its low power consumption, solid-state construction and resistance to electronic interference support sustained operation in complex mission profiles, while OEM compatibility allows integration as a guidance component within land, air and naval unmanned platforms.
Frequently Asked Questions
01 What type of guidance does the Laser Seeker Module use?
It uses one-way laser communication to follow a designated laser beam toward the target.
02 Is the system affected by electronic jamming?
The supplied information states that laser-based guidance does not rely on radio-frequency communication and is resistant to jamming.
03 Which laser wavelength is supported?
The module operates with 1064 nm laser designators.
04 Does the system require active cooling?
No. The solid-state design operates without any cooling requirement.
05 Can the module be integrated into different platforms?
Yes. It is designed for OEM integration with land, air and naval unmanned systems.
Technical Data
(secure and uninterrupted guidance)
(no specialized training required)
(proven market performance, robust design)
Need More Information About the Laser Seeker Module?
Contact our team for Laser Seeker Module documentation, 1064 nm designator compatibility, OEM integration and land, air or naval platform requirements.