Bear And Son Galaxy Butterfly Trainer 114GXTR Non Sharp 5 Inch Blade Galaxy Finish Handle For Knife Collectors

The Bear & Son Galaxy Butterfly Trainer 114GXTR is a purpose-built practice knife designed for flip enthusiasts and beginners who want a safe, stylish path to mastering butterfly techniques. With a non-sharp blade and a striking galaxy-finish handle, it delivers a realistic feel without the risk of cuts.

• Purpose & Design: Butterfly trainer configuration engineered for practice flips, grips, and transitions in a risk-free environment.
• Blade: 4" stainless steel blade with a stonewash finish; unsharpened and featuring a round tip for safer training.
• Size & Dimensions: Closed length of 5" (12.7 cm) to mirror real-world handling while maintaining safety.
• Handle & Aesthetics: Galaxy finish zinc handle that is durable and visually distinctive, built to withstand daily handling.
• Safety Features: Non-sharp blade and rounded tip reduce accidental pokes during rapid flipping motions.
• Weight & Balance: Weighted to mimic a real butterfly knife’s feel, supporting realistic practice without risk.
• Packaging & Authenticity: Boxed presentation; sold exclusively through our store or website, ensuring authenticity and reliable customer support.
• Ideal Users: Perfect for beginners learning basic spins and grip changes, and for intermediates refining release points and fluidity.

Practicing with this trainer helps you build muscle memory for flips, grips, and transitions in a risk-free way. The 4" unsharpened blade provides a realistic weight and balance, while the round tip reduces accidental pokes during rapid motions. The galaxy finish on the zinc handle adds a distinctive, durable look that withstands daily handling. The boxed presentation makes it a ready-made gift for knife-flip enthusiasts or collectors, and purchasing directly from our store guarantees authenticity and reliable customer support. This trainer is ideal for beginners learning basic spins and grip changes, as well as intermediate users refining release points and fluidity in a safe environment.