Operational Must-Have
Hydraulic rescue tools capable of operating whilst completely submerged are no longer a vision of the future; they are now an established reality. All LUKAS battery-powered rescue tools — Cutters, Spreaders, Rams, and Combi tools — are IP68 certified, ensuring reliable performance not only underwater but also in the most demanding environments, including heavy rain, snow, mud, and dust. This resilience is not an additional feature but a fundamental design principle, with battery technology engineered specifically to deliver consistent power under extreme conditions.
Failure to prepare for incidents involving water or adverse weather can leave front-line responders operationally compromised, unable to carry out interventions that should otherwise be straightforward. At a time when public expectations are high, the ability to act decisively in every environment is essential. Rescue professionals must be confident that their equipment will perform reliably, regardless of the circumstances they encounter.
From Vision to Reality: The Evolution of Submersible Rescue Tools
The relevance of hydraulic rescue tools in or near water first emerged in 2010 with the introduction of battery-operated, self-contained hydraulic rescue systems. This innovation marked a turning point in the industry, offering responders a new level of mobility and independence. Since then, adoption has grown steadily across the globe, with battery-powered tools becoming the preferred choice for many rescue organizations. Their ability to deliver rapid deployment, enhanced safety, and operational freedom has transformed rescue methodology and set a new benchmark for efficiency.
For years, the question persisted as to whether hydraulic tools should be considered for incidents where vehicles enter water. Such events are rare, but they do occur, and when they do, the consequences can be severe. With IP68 certification now standard across all LUKAS battery-powered tools, the answer is unequivocal: they must be. The capability to operate in submerged conditions is no longer theoretical but a practical necessity, ensuring readiness for every foreseeable scenario.
Beyond the Everyday: Why Water Incidents are a Growing Global Concern
Risk profiles differ across regions, but they are increasingly shaped by climate change. In some areas, the likelihood of vehicles entering water may be minimal. In others, where road networks intersect with rivers, lakes, or coastal areas, the risk is significantly higher. More importantly, the global risk profile is no longer static.
The effects of global warming are now widely recognized, and flooding has become a pressing concern for emergency response agencies worldwide. Climatic events once described as “freak” are now occurring with greater frequency, reshaping landscapes and creating new hazards. Heavy rainfall, storm surges, and flash floods are increasingly common, creating scenarios where vehicles may be swept into water or trapped in submerged environments. Rescue organizations have responded by investing in flood rescue capabilities, training personnel, and procuring risk-critical equipment. Until recently, hydraulic rescue tools were rarely included in this water-ready arsenal. With IP68 certification, they now form an integral part of comprehensive preparedness.
The reality is that cars entering water, while not everyday occurrences, are foreseeable events. Emergency responders must prepare for them in the same way they prepare for other low-frequency but high-consequence incidents. The inability to act effectively in such scenarios risks delaying rescue operations and may compromise outcomes for victims.
Submerged Scenarios: The Cost of Compromised Equipment
Rescue operations in or near water present unique challenges. Visibility is often poor, conditions are unpredictable, and responders must balance speed with safety. Equipment that is not designed for submerged use may fail or become unsafe, leaving crews unable to complete interventions. Even in situations where tools are not fully submerged, exposure to heavy rain, snow, mud, or dust can compromise performance if equipment is not adequately protected.
Public expectations add further pressure. Communities rightly expect emergency services to be prepared for all foreseeable scenarios, including those involving water. The inability to act due to equipment limitations is not acceptable in today’s operational environment. Rescue organizations must therefore ensure that their tools are capable of functioning reliably in every condition they may encounter.
For years, the question persisted as to whether hydraulic tools should be considered for incidents where vehicles enter water. Such events are rare, but they do occur, and when they do, the consequences can be severe. With IP68 certification now standard across all LUKAS battery-powered tools, the answer is unequivocal: they must be. The capability to operate in submerged conditions is no longer theoretical but a practical necessity, ensuring readiness for every foreseeable scenario.
IP68: The Standard for Absolute Reliability in All Conditions
LUKAS battery-powered rescue tools are designed to perform in any environment. Whether indoors, underground, in oxygen-deficient atmospheres, underwater, or in severe weather conditions, responders can be confident that their equipment will deliver full operational power. The IP68 rating ensures protection against water and dust ingress, enabling safe use in heavy rain, snow, muddy terrain, or dusty environments without compromise.
The tools are designed to be ready for use immediately and require no adaptation on scene (e.g., no need to apply any cover or modify the tools in any way). Additionally, no specialist servicing is required following submersion, ensuring immediate operational readiness.
Our battery technology has been purpose-built for these applications, incorporating advanced cooling and ingress protection to guarantee reliable performance even when submerged or exposed to the elements. This design philosophy ensures that tools are not only capable of operating underwater but are also resilient against the wide range of environmental challenges that responders face daily. What was once regarded as the “holy grail” of rescue tool design — true submergibility — is now a standard capability. This advancement is not limited to underwater use; it represents resilience across every conceivable operational environment.
The ability to deliver tools that can be operated underwater has long been seen as a milestone in the industry. Now, rescue organizations have a genuine choice: battery-powered hydraulic tools that provide ultimate freedom, with no compromise in performance or safety. Responders can be confident that their tools will function reliably, whether they are working in floodwaters, heavy rain, or dust-filled environments.
The Logical Next Step: Integrating Submersible Tools into Water Rescue Arsenals
Emergency response is built on preparedness. Decades of operational history allow organizations to predict many of the incidents they will face, but they must also prepare for the unexpected. Vehicles entering water following road traffic collisions or extreme weather events may not require hydraulic rescue tools in every case, but when they do, the ability to act quickly and effectively is critical.
Rescue organizations already prepare themselves for a wide range of water-based interventions by procuring equipment such as boats, flotation devices, and protective clothing. Extending this preparedness to hydraulic rescue tools is a logical step. The proportion of incidents involving vehicles in water may be small, but the consequences of being unable to act are significant. Submergible rescue tools ensure that responders are never left without options.
The New Operational Necessity: Why Submersible Tools are Essential, Not Optional
Emergency responders can anticipate many of the incidents they will attend, but they must also prepare for the unexpected. Cars entering water as a result of collisions or extreme weather may be rare, but they do occur. Flooding and severe weather events are now a global reality, and responders must be equipped to act effectively in these circumstances.
For more than a decade, battery-operated hydraulic tools have been the preferred choice of rescue professionals. Today, with IP68-certified submergible tools and battery technology designed specifically for extreme conditions, that choice extends to every environment. Submergible rescue tools are not simply a technological milestone; they are an operational necessity. Anything less risks leaving responders, organizations, and victims in a compromised position.
View the LUKAS Battery Range
e³ (CONNECT) 9 AH
9 AH Saltwater
e³ (CONNECT) 5 AH
