Aztron Mach Glass/Carbon 3-Piece SUP Paddle (AC-P151)

The 3-piece SUP paddle Aztron Mach Glass/Carbon is designed with versatility and reliability in mind for water activities. Carefully selected materials and the ability to adjust make this equipment suitable for both beginners and more advanced users.

Advanced construction materials

The Aztron Mach Glass/Carbon model is constructed using a combination of polyamide, fiberglass, and carbon fibre, resulting in high strength and an optimal stiffness-to-weight ratio. The carbon fibre ensures a low paddle weight, enhancing paddling efficiency. The blade, with an area of 784 cm2, guarantees adequate lift and performance at every stage of the stroke.

Practical adjustment and comfortable transport

The model is equipped with a length adjustment system, allowing precise tailoring of the settings to the user’s height and preferred paddling style. The three-piece design facilitates easy assembly and disassembly, significantly simplifying transport and storage of the paddle outside the season or during travel. The durability of all segments of the construction allows for intense use in various water conditions.

Durability and functionality in everyday use

The use of modern materials enhances the resistance of the Aztron Mach Glass/Carbon model to mechanical damage and external factors. Thanks to its thoughtful design, the equipment performs well during regular training as well as recreational SUP excursions. The combination of stiffness and flexibility enables smooth and effective manoeuvring of the board in various waters.

3-piece SUP paddle Aztron Mach Glass/Carbon - features:

• Three-piece design allowing for quick assembly and disassembly of the paddle;
• Advanced blade material made from polyamide, fiberglass, and carbon fibre;
• Length adjustment system tailored to individual user needs;
• Blade with an area of 784 cm2 providing effective lift;
• Low weight promoting prolonged and comfortable use;
• Durable construction allowing for intensive use;
• Convenient transportation and storage options due to its segmented design;
• Resistance to mechanical damage and external factors;
• Universal application for different skill levels.