Description
Description
Immerse yourself in exhilarating, rapid-fire contests with the Takara Tomy Beyblade CX-12 Phoenix Flare Booster Z9-80WW, an energetic new entry in the Beyblade X collection. Engineered for fierce competition, this Beyblade incorporates a highly accelerated mechanism (X-Dash) that generates astonishing velocity and impact, ideal for challenging matches and thrilling encounters.
Constructed for personalized adjustment and resilience, this Beyblade separates into three distinct components, enabling users to optimize performance to suit their individual approach. Featuring a robust consecutive blade and bits that minimize tipping, the Phoenix Flare is designed to command the arena by sustaining a powerful defensive posture and executing precise, successive attacks.
Details
• Product Material: Metal
• Manufacturer: Takara Tomy
• Made in: Vietnam
Features
Ultra-accelerated mechanism (X-Dash) for maximum velocity and impact during combat
Modular construction with three separable components: blade, ratchet, and bit
Robust consecutive blade paired with anti-tilt bits improves defensive capabilities and steadiness
Appropriate for children aged 6 and older, promoting tactical thinking and fine motor development
Authentic anime-licensed plaything, boosting its collectible appeal and genuine nature
How to use
To operate the Takara Tomy Beyblade CX-12 Phoenix Flare Booster, initially connect the ratchet and bit elements firmly to construct the blade. Propel the Beyblade using a suitable stadium and launcher from the Beyblade X range, available for purchase separately. Participate in contests by launching your Beyblade into the arena and devise tactics to overcome your adversary. Handle gently to prevent harm and guarantee secure enjoyment.
Care instructions
Maintain the Beyblade’s cleanliness by wiping it with a gentle, dry fabric following each use to eliminate dust and residue. Keep the parts in a cool, arid location to inhibit corrosion or deterioration of the metallic elements. Refrain from contact with water or aggressive chemicals that could harm the metal composition. Periodically inspect for any unfastened sections and verify all components are firmly attached prior to operation to sustain peak functionality and security.
