1/700 Fujimi IJN Aircraft Carrier Hiyo (1944 Operation Agou)
Build an authentic replica of the IJN Aircraft Carrier Hiyo as she appeared during Operation Agou in 1944 with this highly detailed 1/700 scale model kit from Fujimi. This precision-engineered kit captures the unique characteristics of the Hiyo-class carrier during her final operational period, making it an essential addition to any Imperial Japanese Navy collection.
Key Features:
- Accurate 1944 Configuration: Represents the Hiyo during Operation Agou with period-specific details and markings
- Detailed Flight Deck: Precisely molded deck surface with accurate arresting gear and elevator positions
- Comprehensive Parts: Includes aircraft, photo-etched details, and optional configuration parts
- Quality Molding: Fujimi's renowned precision engineering ensures excellent fit and authentic scale detail
- Historical Accuracy: Based on extensive research of the Hiyo's appearance during her final operations
About the IJN Hiyo:
The Hiyo was a Hiyo-class aircraft carrier that served in the Imperial Japanese Navy during World War II. Originally laid down as a luxury liner, she was converted to an aircraft carrier and participated in several major operations including the Battle of the Philippine Sea, where she was sunk during Operation Agou in June 1944.
Perfect For:
- Experienced modelers seeking a challenging and rewarding build
- Naval history enthusiasts focused on Imperial Japanese Navy carriers
- Collectors building a complete IJN carrier fleet in 1/700 scale
- Diorama builders recreating Pacific War naval scenes
Complementary Products:
Enhance your build with our selection of 1/700 Fujimi Model Ships including other IJN carriers, and browse our Diorama Effects collection for realistic ocean and weathering materials.
Manufacturer: Fujimi Model
Scale: 1/700
Skill Level: Intermediate to Advanced
Item Number: 433776
For more information about Fujimi's complete range of scale model kits, visit https://www.fujimimokei.com/sp/ to explore their product catalog and modeling resources.