StormCloud Daisho Pro Boxing Gloves - Ronin model
The new collection of Daisho boxing gloves is a combination of the excellent features of the best-selling StormCloud Boxing Pro gloves and the unique NEO JAPANESE style by the talented tattoo artist Yauhen ABU.
Each pair of gloves in this series has wonderful graphics with motifs from Japanese culture, which give them a unique style and character. All models of gloves from the Daisho collection have excellent protective properties, and their unique graphics make them the perfect accessory for any boxer who wants to stand out from the crowd.
The "Ronin" model is gloves with a samurai mask motif, which symbolizes freedom and independence. Gloves made of 100% genuine grain leather, which guarantees their high quality, durability and strength.
The thickness of the leather is 0.8 mm, which exceeds the standard leather thickness of common products on the market, which is 0.6 mm. Thanks to the multi-layer foam filling, these gloves provide the necessary protection during demanding training. A long cuff with a wide clasp stabilizes the hands and protects the wrists.
The inside of the gloves is equipped with a breathable lining that prevents your hands from sweating. There are also holes inside the gloves for hand ventilation, and we have created the profile of the gloves to make closing them easier.
Overall, these training gloves are an excellent choice for any boxer who is looking for durable and durable gloves that provide the necessary protection during training. If you are a beginner boxer - wrist stabilization and a profile that facilitates fist positioning will give you the necessary support at the beginning of your path to a boxing career! Characteristic:
- 100% genuine leather, thicker than standard leather on the market (ours is 0.8 mm)
- Wide Velcro stabilizing the wrist
- Long cuff for better head support
- Breathable lining prevents hands from sweating
- Ventilation holes in the palm of the hand
- Profiled to support hand clenching
- Multi-layer foam with several densities for even better impact absorption