Aztron Stream Fiberglass 3-Piece SUP Paddle (AC-P181)

The 3-piece SUP paddle Aztron Stream Fiberglass allows for precise maneuvering on the water and is suitable for both recreational outings and more dynamic paddling. Thanks to its construction using fiberglass and polyamide, the tool is characterized by high durability and an optimal balance between stiffness and flexibility.

Adjustable three-piece design

The Aztron Stream Fiberglass model features a three-piece design that enables quick disassembly and easy transportation of the paddle. The integrated length adjustment mechanism ranging from 180 to 220 cm allows for precise adaptation of the tool to the user's height and conditions on the water. This ensures that the paddle remains comfortable and functional regardless of the paddling style.

Durable materials and ergonomics

The Aztron Stream Fiberglass is made from a blend of fiberglass and polyamide, which contributes to high resistance to mechanical damage and long-lasting dimensional stability. The blade surface of 561 cm² allows for effective power transfer to the water with every stroke. The ergonomic shape provides a secure grip and reduces hand fatigue even on long journeys.

Functionality during transport and use

The compact form when folded makes the Aztron Stream Fiberglass model easily fit into luggage or a backpack. Its low weight of 892 g ensures comfort during hours of water activities. Easy assembly and disassembly allow for quick preparation of the equipment for launching or storage.

3-Piece SUP Paddle Aztron Stream Fiberglass - Features:

• Three-piece design ensuring quick assembly and disassembly;
• Length adjustment of the paddle ranging from 180–220 cm;
• High durability due to the use of fiberglass;
• Blade made from damage-resistant polyamide;
• Ergonomic handle enhancing comfort while paddling;
• Compact form facilitating transport and storage;
• Lightweight at 892 grams;
• Blade surface optimized for efficient pushing;
• Functionality tailored for various paddling styles;
• Dimensional stability even during intensive use.