Regulator
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Hollis DC1/212
SKU: HLS.RG.DC1$424.95Just in - "Testers Choice" by Sport Diver UK. Now have unlimited versatility in our top of the line regulator and a 5 out of 5 winner according to Scubalab. We have just added a 5th low pressure that points directly down from the first stage providing easier hose routing for backmounted doubles, sidemount or even for recreational divers.
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Hollis DC3/221
SKU: HLS.RG.DC3$399.95Built with the same quality as the DC1, without the swivel turret, the DC3 is the ideal 1st stage for double cylinder configuration as well as perfect for single cylinders. Paired with the 221 which uses the same technology as the 212 without the dynamic adjustment . This reg set is designed for those who believe keeping it simple is best.
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Hollis 212 Second Stage
SKU: HLS.RG.212$239.95The Hollis 212 Second Stage Regulator is a Pneumatically Balanced Demand Valve Design with a Patented Dynamic Adjustment that once set Automatically Maintains Inhalation Effort throughout the Dive by Compensating for Depth Changes.
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Hollis 221 Second Stage
SKU: HLS.RG.221$179.95The Hollis 221 Second Stage Regulator is a Pneumatically Balanced Demand Valve Design with an Adjustable Venturi System (A.V.S).
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Hollis 321 Octo Second Stage
SKU: HLS.RG.321$179.95This octopus is designed on the same platform as the high performance 221 2nd stage.
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Hollis 500SE Second Stage
SKU: HLS.RG.500SE$269.95Old School. New Tech. The new 500SE utilizes a servo controlled valve to provide precision airflow and unparalleled performance for both air and trimix divers in a side exhaust configuration.
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Hollis DC7 First Stage
SKU: HLS.RG.DC71$299.95High performance over-balanced first stage provides progressively greater intermediate pressure as depth and gas density increases for superior gas delivery under the most extreme conditions.
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Hollis DC1 First Stage
SKU: HLS.RG.DC11$239.95High performance over-balanced first stage provides progressively greater intermediate pressure as depth and gas density increases for superior gas delivery under the most extreme conditions.
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