The Premium 28 Parasail boat has been in active service since 1988. The hull and winch system has gone though many refinements over time to improve the in-service workability of the entire system. The wide chine beam of the Premium 28 Parasail hull carries further forward than similar hulls providing, an extremely stable and comfortable ride in most sea conditions. All deck hardware and fastenings meet commercial workboat standards.
During parasailing flight operations, the Premium 28 Parasail outperforms all other boats in its class. The hull’s high degree of transverse stability helps keep the boat properly trimmed, even in high wind conditions. When the weather picks up, the crew doesn’t have to spend half of their time scrambling for a handhold. A crewman that is trying to work the “flyer” while on their hands and knees is not what we consider a safe operation.
The quality of construction found in our boats speaks for itself. Premium Boat Co. is known throughout the parasailing industry as a quality builder who takes great pride in the finished product. They continuously research the market for new materials and boat building methods to improve the quality of their product.
UFO has recently taken a bold environmental initiative and voluntarily switched its fleet to ultra low sulfur diesel fuel. This move to a more expensive greener fuel will mean a significant reduction in the amount of particulate matter and other pollutants released into the environment by its fleet and comes 5 years ahead of a EPA requirement for marine diesel engines to use ULSDF. Also, our entire fleet was re-powered to Volvo D6 engines which meet or exceed all EPA federal requirements.
Performance and Handling
The hull stability in the Premium 28 is especially important in locations that are subject to shifting wind conditions. As the wind clocks, the helmsman’s job of keeping the “flyer” aloft and under control becomes more difficult. If the hull is bouncing around in an active seaway, passenger and crew safety can be compromised. Hull stability is even more important in locations where heavy sea conditions are encountered in and around inlets exposed to the open ocean.