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£450.00 £678.00 You Save 33% (£228.00)
The Scubapro MK25 S600 is a truly tried and tested regulator that has been around in one version or another for many years and is used by thousands of divers all over the world. This version marries the high performance balanced piston MK25 EVO first stage with the latest cosmetic version of the balanced S600 second stage.
Special Offer - Until the end of July every purchase of this Scubapro regulator will include a FREE R195 Octopus worth £149 (RRP). Simply make sure you have selected 'Yes' in the product options and it will automatically be included with your order.
The MK25 EVO is Scubapro's thoroughbred race horse. Years of careful breeding has led to this seriously high performance version of the MK25 and features new anti-freeze coatings and components to further improve it's cold water performance and reliability. The MK25 EVO is fitted with two high pressure ports on either side on the main body and five high-flow low pressure ports mounted on a swivelling turret.
The S600 is a compact balanced second stage with a lightweight but strong fibreglass body that features diver adjustable inhalation control and venturi switch to fine tuning during the dive. The S600 has a large purge button set in the centre of a stainless steel fron cover, an orthodontic mouthpiece and compact exhaust cover.
MK25 EVO First Stage:
S600 Second Stage:
30 DAY RETURNS
If you change your mind, it doesn’t fit, or you become inflicted with buyer’s regret - that's OK!
Mike's Dive Store offer an extended returns policy of 30 days - so you can be rest assured if the suit, piece of diving equipment or gift doesn't suit then just send it back and we will either exchange it or offer a full refund less any postage costs. Too easy!
Please note that there are some special order items on our website that will be subject to a 20% re-stocking fee but we will let you know about these items before we special order them so that you are aware of this. If this is the case we can always help with correct sizing so that we minimise the risk of return.
For step-by-step instructions click here