Description
Description
This Takara Tomy Transformers TS32 Foil Jack Action Figure vividly portrays the iconic Autobot scientist, featuring an intricate design drawn from the cinematic universe. Foil Jack seamlessly converts from robot mode to a sleek race car, making it an engaging collectible and a thrilling enhancement to any Takara Transformers assembly. Expertly crafted by Takara Tomy, this figure caters to enthusiasts eager to reenact thrilling moments from Cybertron’s imaginative sci-fi realm.
Recognized as a brilliant scientist and innovator, Foil Jack’s creative essence is captured in this figure’s character-centric aesthetic. The package provides the primary figure, accompanying weaponry, and a comprehensive instruction guide, equipping collectors with all essentials to fully appreciate its transformation and showcase potential. Requiring no batteries, it delivers immediate enjoyment and exhibition straight from its packaging, saving you time on setup.
Details
• Specifications:
Action Figure
Transforming figure
Robot to race car conversion
Includes weapons
Includes instruction manual
No batteries required
• Item dimensions: 6 x 9 x 13 cm
• Condition: New
• Product Material: Plastic
• Manufacturer: Takara Tomy
• Release Date: 2026-10-31
• Recommended Age: 15+
• Country of origin: Japan
Features
Converts between robot form and race car vehicle mode
Comes with the primary figure, extensive and compact weaponry, plus an instruction booklet
Centered on Foil Jack, a prominent Autobot scientist and ingenious inventor
Requires no batteries for either activation or exhibition
Belongs to the Takara Tomy Transformers cinematic collection
Care instructions
Carefully clean with a soft, dry cloth to eliminate dust. Refrain from applying water, abrasive cleaning agents, or alcohol to painted and plastic components. Keep in a cool, arid location shielded from direct sunlight to aid in preventing discoloration and distortion. Manipulate transformation mechanisms and minor attachments with care to avert damage or loosening across time.
