First Watch RBA-200 Throw Device & Rescue Tube

The First Watch RBA-200 Throw Device & Rescue Tube is a compact, water-rescue essential designed for swift water recovery, maritime response, and emergency personnel operating near aquatic environments. Weighing just 2.05 lbs and measuring a highly portable 11 inches in length, this throw device addresses a critical gap in tactical and first-responder loadouts: rapid victim deployment from a safe distance. Whether deployed by coast guard units, swift-water rescue teams, or law enforcement conducting water-based operations, the RBA-200 eliminates the need for swimmers to enter dangerous currents or undertows, reducing rescuer exposure and improving victim survival outcomes in time-critical scenarios.

The rescue tube design functions through a throw-and-retrieve mechanism, allowing operators to extend flotation assistance to distressed persons from shore, boats, or elevated platforms without entering the water themselves. The compact tube profile—6 inches wide and 4 inches in depth—enables one-handed deployment while maintaining stability and buoyancy in moving water. This lightweight construction does not compromise durability; the device is engineered to withstand repeated throws, waterlog resistance, and the abrasion inherent to rocky banks and rough rescue environments. The throw mechanism provides consistent distance and accuracy, critical factors when operating in poor visibility or high-stress water incidents where every second counts.

First responders, rescue swimmers, and tactical teams benefit most from the RBA-200's rapid deployment capability and minimal pack footprint. The device integrates seamlessly into vehicle-mounted rescue kits, patrol bags, or boat emergency stations without adding significant weight or bulk. Personnel trained in swift-water rescue protocols will find the RBA-200 invaluable for initial victim contact and stabilization before in-water recovery techniques are deployed. The compact dimensions ensure compatibility with confined rescue scenarios, elevated water access points, and scenarios where traditional rope systems may be impractical or time-prohibitive.