HALO is pleased to announce the initial launch of the Halo Laser Defence System (HLDS), introducing a new capability within its developing laser defence portfolio.
The launch marks an important step in presenting HALO’s approach to directed-energy technology, with HLDS designed around precision sensing, automated target tracking and controlled laser engagement. The system has been conceived to address electro-optical and infrared (EO/IR) sensor threats, with an emphasis on accuracy, adaptability and integration within a wider defence architecture.
A precision-focused approach to laser defence
At the centre of HLDS is the integration of electro-optical acquisition, automatic closed-loop tracking and precision beam-steering control. Together, these elements are intended to support stable aimpoint control and a precise response against identified EO/IR sensor threats.
The system has been designed with flexibility in mind, with potential configurations spanning fixed-site, vehicle-mounted and expeditionary applications. Its architecture is also intended to support operation as a standalone capability or integration into a broader surveillance and command-and-control environment.
This emphasis on adaptability reflects the role that integration and deployment flexibility can play in the development of emerging defence technologies.
Designed with integration in mind
HLDS is intended to operate within a layered defence architecture, with the ability to receive cueing from external systems, including radar, electro-optical and infrared sensors, and third-party command-and-control platforms.
Its Modular Open Systems Architecture (MOSA) approach is intended to facilitate integration with wider defence networks, while a single-operator interface supports local or remote control, surveillance, target confirmation and operator-authorised engagement.
These design principles form part of HALO’s wider approach to developing a system that combines precision capability with operational flexibility.
HALO Laser Defence — an introduction to what comes next.
