Following the successful delivery of the first REMUS 300 systems earlier this year, BlueZone Group is continuing to build Australia’s autonomous Mine Countermeasure capability, bringing together advanced platforms, sensors, software and sovereign technical expertise. Earlier this year, BlueZone Group, working alongside HII Mission Systems, Kraken Robotics and SeeByte, completed the first delivery and acceptance […]
While much of Land Forces 2026 focused on drones, land systems and emerging battlefield technologies, BlueZone Group brought something different to the exhibition floor: a comprehensive showcase of capability designed for the world’s most contested operational environment, the littoral zone. As one of the only exhibitors presenting a dedicated subsea and littoral warfare capability, […]
See More. Survey Faster. Operate Safer. Across defence, offshore energy and marine research, the ability to survey large areas of seabed while retaining the resolution required to identify small features is increasingly valuable. Kraken Robotics’ KATFISH combines an actively stabilised towfish with synthetic aperture sonar (SAS), providing high-resolution seabed imagery and bathymetric data from […]
Survey. Clear. Advance. Littoral Clearance Zone (LCZ) operations are a critical component of amphibious, maritime security, and expeditionary warfare missions. Conducted in the challenging transition area between land and sea, LCZ operations are designed to identify, classify, and mitigate hazards that could threaten vessels, amphibious forces, port infrastructure, or personnel. Traditionally, these missions relied […]
Modern military and police diving teams operate in some of the most challenging environments imaginable. For decades, Port and Harbour clearance missions have relied on diver experience, tactile searches, and traditional sonar systems. While effective, these methods can be time-consuming, physically demanding, and inherently hazardous. Today, however, technology is reshaping the way underwater clearance operations […]
Ensuring Recoverability in High-Value Underwater Missions. The Importance of Subsea Asset Tracking Modern subsea operations rely on increasingly sophisticated autonomous and remotely operated technologies. From mine countermeasure missions and offshore energy inspections to hydrographic surveys and scientific research, Autonomous Underwater Vehicles (AUVs) and Remotely Operated Vehicles (ROVs) are expanding what is possible beneath the […]
The surf zone remains one of the most dangerous and least understood environments in military operations, concealing mines, unexploded ordnance, and obstacles that threaten both personnel and mission success. Traditionally, clearing this route would require military divers, reconnaissance teams, or specialised vessels to move into harm’s way. Every metre of progress would carry risk. Every […]
Survey smarter. Investigate faster. Recover with confidence. When police dive teams are called to investigate a submerged vehicle, recover critical evidence, or conduct a search and recovery operation, every minute spent searching increases resource demands and can expose divers to unnecessary risk. Modern robotic and sonar technologies are changing that equation, enabling teams to […]
In a field where accuracy is everything, the SeaBat T51‑R emerges as the ultimate tool—pairing Teledyne’s world‑leading innovation with BlueZone’s trusted regional expertise. As hydrographic surveying demands higher accuracy, faster data acquisition, and more efficient workflows, Teledyne Marine continues to set the global benchmark for multibeam echosounder technology. The Teledyne RESON SeaBat T51‑R represents […]
Faster Mine Detection. Safer Naval Operations. For decades, naval mines have remained one of the most effective and affordable maritime threats. Capable of disrupting sea lines of communication, delaying military operations, and threatening critical infrastructure, mines present a challenge far disproportionate to their cost. While naval platforms continue to evolve, the task of detecting […]
