Textron delivers Grand Caravan EX amphibian in Malaysia
Textron Aviation announced Saturday that it had delivered a new Cessna Grand Caravan EX Amphibian turboprop in Malaysia. This delivery will be used in the country's first amphibious plane operation in recent history.
The Grand Caravan EX was delivered to Malaysian property developer Ikhasas Sdn Bhd through its subsidiary company Oriental Sky Sdn Bhd. The aircraft will be operated and managed by local charter operator Systematic Aviation Services and will be used for passenger transport between the capital city Kuala Lumpur and a new waterfront resort on the Perhentian islands, off of the northern east coast of Malaysia. The operation will be Malaysia's first amphibious plane operation in recent years after it achieves the necessary approvals from the Civil Aviation Authority of Malaysia will launch domestic operations in 2024.
"Seaplanes will be the most convenient way to reach the Perhentian Islands," Ikhasas Group Managing Director Tan Chee Kian said. "Currently, it takes a time-consuming 6-hour road journey followed by a one-hour ferry ride from the port in Kuala Besut. With our 11-seater aircraft, travelers will benefit from time savings as it will transport passengers from Kuala Lumpur to land directly in the waters near the beachside resort. At the same time, we preserve the islands' pristine environment and natural forests which would otherwise be felled for airport construction."
Textron products make up over 40 percent of Malaysia's general aviation aircraft. Malaysian customers use Textron products for VIP transport, tourism and special missions like air ambulances and skydiving.
"We are honored for Grand Caravan EX Amphibian to be selected," VP of International Sales (Asia-Pacific) Tony Jones said. "The versatility and excellent operating economics make it the perfect partner for Ikhasas to develop sustainable tourism. The comfortable cabin, large windows for sightseeing, and floats allowing it to take off and land anywhere is ideal for their missions."