Burn Fireblaze 135MS, also known as Burn Phoenix 135MS in Japan, is a Stamina-Type Beyblade from the Metal Fusion series. Released by Takara Tomy on December 26, 2009, it was later introduced internationally by Hasbro in 2010. This Beyblade is associated with the character Phoenix (Ryo Hagane) in the anime series.​
Component
- Face Bolt – Fireblaze: Features the image of the mythical Phoenix, representing rebirth and resilience. The design varies between releases, with some versions displaying the word “Phoenix” beneath the image.​
- Energy Ring – Fireblaze: Depicts fiery wings and tail feathers, symbolizing the Phoenix’s flames. The original Takara Tomy release includes yellow paint details, while some Hasbro versions omit these features.​
- Fusion Wheel – Burn: Designed with flame-like ridges, this component provides significant Stamina capabilities. Notably, the Takara Tomy version has “BURN WHEEL” engraved, whereas the Hasbro version does not.​
- Spin Track – 135: A unique mid-height track exclusive to this Beyblade, offering a balance between height and stability. Its yellow color complements the fiery theme.​
- Performance Tip – Metal Sharp (MS): A metal tip that reduces friction, enhancing endurance but potentially compromising balance if struck.​
Special Moves
- Burning Fire Strike: A powerful attack that unleashes a fiery burst upon impact.​
- Reverse Gazer: A strategic move that counters the opponent’s attacks with a sudden reversal.​
Variants and Releases
- BB-59: Original Takara Tomy release.​
- BB-59A: Part of the Burning Fire Strike 2-Pack.​
- Hasbro Versions: Released under the names Burn Fireblaze 135MS and Burn Phoenix 135MS across various series, including Metal Fusion, Metal Masters, and Beyblade Legends.​
Trivia
- The Burn Fusion Wheel was once considered top-tier for Stamina battles but has been outclassed by newer designs.​he 135 Spin Track is unique to this Beyblade, offering a distinct balance between height and performance.​
- The Metal Sharp tip, while enhancing endurance, requires precise control due to its reduced friction.​
