Rigid Inflatable Rescue Dinghy

● The hull is built with an epoxy resin fiberglass structure. Combined with a deep-V design, it delivers a smoother ride in rough water, improves overall speed, and makes the boat easier to control during turns and maneuvering.

● Fiberglass construction also offers a cost advantage. Compared with aluminum boats of a similar size, it provides a more economical solution while maintaining dependable performance.

● The inflatable tubes are made from PVC-coated fabric. This material stands up well to abrasion, saltwater, sunlight, and long-term outdoor exposure.

● Tube sections are joined using a full hot-air welding process rather than traditional gluing methods. This creates a strong and reliable seal while improving both peel strength and tear resistance.

● Inside the tubes, several separate air chambers are incorporated through internal partition walls. Each chamber remains independently sealed, which helps maintain buoyancy and improves safety in the event of accidental damage. The design also allows air pressure to be distributed more evenly throughout the tube system.

● All fittings and accessories are attached with a specially formulated PVC polyurethane adhesive. The bonding system performs reliably in high and low temperatures and offers excellent resistance to seawater. Additional reinforcement is applied around the edges of the accessories to improve long-term durability.

● Different configurations can be supplied according to customer requirements. Optional items include steering consoles, upgraded seating, anchor brackets, and a variety of other accessories.

● The pontoons can be supplied in a detachable design, making the boat easier to transport, store, and assemble when required. This also helps reduce shipping and logistics costs.

● A deep-V hull is used to improve handling and ride quality. The design reduces water resistance, allowing the boat to travel smoothly even in challenging water conditions.

● The hull is manufactured from marine-grade aluminum alloy. Compared with fiberglass construction, aluminum is lighter in weight, offers better impact resistance, and can withstand demanding operating environments. It also has the advantage of being fully recyclable.

● The inflatable pontoons are made from heavy-duty PVC sandwich fabric. The material is designed to withstand abrasion, sunlight, saltwater, and other harsh environmental conditions while maintaining its strength over time.

● All pontoon seams are joined through a hot-air welding process. This method creates strong, airtight connections and improves resistance to tearing and seam separation.

● Multiple independent air chambers are built into the pontoon structure through internal baffle partitions. If one chamber is damaged, the remaining chambers continue to provide buoyancy, helping improve operational safety. The design also allows pressure to be balanced more effectively throughout the tubes.

● Fittings and accessories are secured using a specially developed PVC polyurethane adhesive. The bonding system performs reliably in hot, cold, and marine environments. Reinforced edge treatment is applied around each attachment point for additional strength.

● The transom is reinforced to handle the loads generated by an outboard engine, providing a solid and dependable mounting platform.

● Equipment and layout can be customized to suit different applications. Available options include steering consoles, passenger seating, sun canopies, public address systems, warning lights, searchlights, and other mission-specific equipment.