As our stock liquidate promptly, kindly contact us prior to place an order with us. All diveR fins are hand made and it may take 6 weeks or more to post order if not available.
Order processing can take 1-10 business days before shipment as it is hand make each fin. Once your item/s is dispatched, the estimated delivery time is:
- Australia: 2-5 business days
MATERIAL IMPACT
At DiveR, design fins that outlast the competition—our fins have an average lifespan of 8 years. The proprietary carbon construction ensures powerful propulsion, allowing divers to move through the water with speed and glide.
Our fins are designed for balance, reducing muscle fatigue and providing excellent buoyancy control for safety. The lightweight design also makes them highly maneuverable, giving you the agility you need for rapid directional changes.
RELIABLE PERFORMANCE
At DiveR, safety is our priority—our durable fins minimize risks, even in challenging dive locations. We back our products with a 3-year warranty, ensuring peace of mind. These fins are essential for professional divers, delivering reliable performance every time.
HAND CRAFTED
DiveR, every design print is made right here in New South Wales, Australia. Our proprietary layering technology is infused in-house, ensuring top-quality construction. Each fin is carefully cut and assembled in Australia, with meticulous hand finishing and cutting.
Choosing Flex
85Kg - we recommend Soft
85Kg we recommend Medium
COMPOSITE FIBRE
Benefits of Using Composite Fiber in Diving Fins:
Lightweight Construction: Reduces fatigue and improves manoeuvrability
Stiffness and Responsiveness: Enables powerful propulsion and enhanced performance in the water.
Efficient Propulsion: Provides reduced leg fatigue and improved manoeuvrability, leading to a more enjoyable and productive diving experience.
CARBON FIBRE
Advantages of Carbon Fibre for Diving Fins:
Lightweight: Enhances manoeuvrability and reduces fatigue during dives.
High Strength and Stiffness: Provides powerful and precise kicks for improved propulsion and responsiveness underwater.