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SP-200 HYPERDRY MAX DRY SNORKEL |
Model#: SP-200 |
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The SP-200 Hyperdry MAX is TUSA’s all new revolutionary dry snorkel. The Hyperdry MAX incorporates several features including the Hyperdry MAX
Dry Top System (pat p.) with two independent high buoyancy floats for superior dry
snorkelling performance, high flow angled purge valve, 3-D large
bore pipe and TUSA's patented detachable swivel adapter making the SP-200 the dry snorkel for the water!
Features:
- New Hyperdry MAX dry top technology (pat p.) with 2 independent high buoyancy floats for superior dry top performance.
- High flow and angled purge valve for quick clearing and to allow air bubbles to pass by the face when purged.
- Ortho-consciously designed mouthpiece for ultimate comfort.
- Crystal silicone flexible neck.
- Detachable two-section swivel adapter for free movement.
- Three-dimensional pipe curve for the ideal angle for
snorkelling.
- Colours: Aquamarine, Black, Cobalt Blue, Flo. Yellow, Pale Pink, Transparent.
- Available in black silicone as SP-200QB: Black (BK), Black Red (BK/R), Metallic Red (MDR).
Colours:
Technology:
Hyperdry Technology
The Hyperdry system keeps the main tube dry by ejecting water through an independent escape channel. This easy system uses the tilt of the snorkel pipe and
the resilience of the water surface to eject water. TUSA's Hyperdry technology is one of a kind.
Ortho-Conscious Mouthpiece For Ultimate Comfort and Reduced Jaw Fatigue
Even with a light bite, a high level of stability is achieved, so there is no fatigue from long periods of usage.
High Flow Channel and Purge Valve
The periphery of the valve always remains at the lowest point even when
snorkelling upright at the water surface, so water is easily cleared at all
times. It prevents gurgling or sucking water when breathing.
Detachable Two-Piece Swivel Adaptor To Maximize Comfort
1. This mechanism allows the snorkel to swivel to the optimum angle to reduce tension and stress for enhanced comfort and performance (Photo 2) as
compared to earlier models (photo 3).
2. Adjustments are made by sliding the adaptor's position forward or backward --a forward or rearward position may be selected (Photo 4).
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