Hasegawa 1/32 Toyota Celica LB 1600GT Turquoise Car Model Kit

The Hasegawa 1/32 Toyota Celica LB 1600GT Casual Turquoise Scale Model Kit presents an ideal option for hobbyists and collectors seeking a precise yet straightforward construction. This kit highlights the renowned Toyota Celica LB 1600GT, presented in an elegant casual turquoise hue, demonstrating the meticulous craftsmanship of the esteemed Japanese producer, Hasegawa. It belongs to the innovative e-moke series, providing a contemporary approach to vintage car modeling with easy assembly.

Distinguished by its snap-fit construction, this model kit requires no adhesive or paint, thus catering to both novice and seasoned modelers. The package comprises pre-colored components and decals for simple, precise construction. The completed replica measures about 13.2 cm long and 5.05 cm wide, ensuring it's a small but impressive item for any display.

• Specifications:

• Assembly required
• Snap-fit design, no glue needed
• Color-separated parts
• Includes decals
• Pre-colored plastic parts
• Scale 1/32

• Item dimensions: 13.5 x 5.05 x 3 cm

• Condition: Brand New

• Product Material: Plastic

• Manufacturer: Hasegawa

• Release Date: August 1, 2026

• Recommended Age: Ages 15 and up

• Country of origin: Japan

• 1/32 scale replica of the Toyota Celica LB 1600GT in a casual turquoise finish
• Snap-fit construction, requiring no adhesive or coloring
• Comes with pre-colored components and decals for straightforward detailing
• Incorporates chrome elements for the bumpers, headlamps, and pillar vents
• Finished model's compact dimensions, perfect for exhibition, at 13.2 x 5.05 cm

Exercise caution when handling the model kit components during construction to prevent harm. Employ a gentle cloth for cleaning the completed model and shield it from direct sunlight to avert color degradation. Keep the model in a dust-free location or a showcase to uphold its aesthetic. As the kit consists of plastic, keep it away from abrasive chemicals or moisture. Adhere to the assembly guidelines accurately for optimal outcomes and to safeguard fragile elements.