Aerial Drone Kit

Antisink Systems

An automatic drone recovery system designed to prevent the loss of unmanned aerial systems during over-water operations. Upon water impact, the system deploys a buoyancy bag within seconds, bringing the drone safely to the surface for rapid location and recovery.

Lightweight, scalable, and adaptable to virtually any drone platform, the Aerial Drone Kit helps protect valuable assets, payloads, and mission capability while reducing downtime and supporting rapid redeployment.

Key Benefits

• Prevents loss of drones, cargo, and critical equipment during operations over water
• Supports mission continuity through rapid recovery and redeployment
• Deploys automatically within seconds of water contact
• Lightweight and aerodynamic design minimizes impact on flight performance
• Universal fit, tailored to the drone's weight, dimensions, and operational requirements
• Reusable and cost-effective with minimal component replacement
• Equipped with SOLAS-approved reflectors and water-activated LED lights for enhanced visibility and recovery

Trusted by Professionals:
Skyways • Hecto Drone • Flowcopter • Aersea • Griff Aviation

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Erlend Haaland

Chief Marketing Officer

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Driven by operational needs. Proven in the field. Antisink is a Norwegian maritime technology company developing buoyancy, recovery, and casualty response systems designed to protect lives, critical assets, and the environment in demanding operational environments. Founded in 2017 and headquartered in Kristiansand, Norway, we serve customers across the defence, maritime, offshore, search and rescue, and drone sectors. Our solutions are engineered to prevent the loss of vessels, equipment, and unmanned systems following incidents such as flooding, collisions, grounding, or operations over water. Designed for rapid deployment and reliable performance, Antisink technology helps operators maintain asset survivability, improve recovery capability, and enhance operational readiness. Developed, manufactured, and tested in Norway, our systems are lightweight, robust, reusable, and built to perform in harsh maritime conditions. Through close collaboration with end users, we continuously adapt our technology to meet evolving operational requirements across defence, security, and civilian applications.