Description
Description
This Hot Toys Matrix Reloaded Neo 1/6 Scale Figure vividly brings the iconic sci-fi protagonist to life as an exceptionally detailed collectible. Drawing inspiration from Neo in Matrix Reloaded, this premium figure embodies the character’s serene intensity, distinctive flair, and cinematic aura with striking authenticity.
Masterfully crafted by Hot Toys, this figure boasts a highly poseable body, a finely sculpted head with adjustable eyeballs, and meticulously hand-painted elements that enrich the skin’s texture, hair, and facial resemblance. It also comes with a detachable coat featuring an internal wire, various interchangeable hands, and an impactful display stand inspired by the movie.
Details
• Specifications:
Premium 1/6 scale articulated collectible figure
Stands approximately 12.2 inches in height
Over 30 points of articulation for dynamic posing
Articulated eyeball mechanism
Meticulously hand-painted finish
Detachable sunglasses
Trench coat with integrated wire for versatile posing
Comes with diorama pedestal and backboard
• Item dimensions: 13 x 13 x 31 cm
• Condition: New
• Product Material: Plastic
• Manufacturer: Hot Toys
• Release Date: 2027-04-30
• Recommended Age: Ages 15 and up
• Country of origin: China
Features
Exquisitely detailed Neo portrayal, drawing from Matrix Reloaded
Articulated eyeballs provide a range of expressive display choices
Accompanied by sword, spike mace, staff, and shattered spear accessories
Features 9 different hand parts for diverse posing possibilities
Diorama base and backboard elevate the overall display presentation
Care instructions
Gently dust using a soft, dry cloth. Ensure the figure is kept away from direct sunlight, heat, and high humidity to aid in preserving its paintwork and plastic elements. Exercise caution when handling the head, hands, coat, and weapon attachments, as small parts and articulated sections can be delicate. Keep any unused accessories in a clean, dry location and exhibit the figure in a dust-free display case whenever feasible.
