Mom's Choice 2023 Duotone Neo D/lab Aluula Kite Complete Set [S9qYPQ3g]

2023 Duotone Neo D/Lab Kiteboarding Kite

The 2023 Duotone Neo D/Lab Kiteboarding Kite is a game-changer for wave riders seeking unparalleled performance. This advanced wave kite is designed for those who demand the best, featuring an Aluula frame that elevates wave-riding to new heights. The Neo D/Lab is not just another kite; it's a testament to Duotone's commitment to innovation and excellence. With its incredible drift capabilities, lightweight design, and dynamic handling, this kite is poised to revolutionize your wave-riding experience.

Advanced Design and Performance

The Neo D/Lab is renowned for its outstanding drifting abilities, which are up to 30% lighter than the original version. This weight reduction allows the kite to float down the line with ease, making it seem almost magical. The dynamic handling is a result of the new flex strut design, which, combined with the ultra-light Aluula fabric, creates a stiffer, more responsive frame. Each kite is carefully fine-tuned for performance, with the flex strut individually designed for each size, ensuring optimal performance for every rider.

• Lightweight Aluula frame for superior performance
• New flex strut design for dynamic handling

Unmatched Power and Control

The Neo D/Lab is a powerful kite with massive depower capabilities, making it ideal for a wide range of wave riding scenarios. Its impressive range and bottom end allow riders to get going on a smaller kite, giving them a significant advantage over others. The D/Lab construction, which includes materials like Aluula and Trinity TX, reduces the overall weight of the kite while improving durability. The geometry of the kite is tuned to size, with larger kites optimized for power and smaller sizes focused on maneuverability. This versatile kite is perfect for both beginners and advanced riders looking to ride waves with precision and control.

• Unbelievable range and bottom end for longer rides
• Geometry tuned to size for optimal performance