Scubapro MK25 EVO/G260 DIVE REGULATOR SYSTEM
In stock — ships from Irvine, CA
Scubapro MK25 EVO/G260 DIVE REGULATOR SYSTEM - INT is backordered and will ship as soon as it is back in stock.
Pickup currently unavailable at 23D
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Description
Description
The Scubapro MK25 EVO/G260 DIVE REGULATOR SYSTEM combines SCUBAPRO's flagship first stage with a second stage engineered to perform in harsh conditions, delivering reliable performance for recreational and technical diving across the world’s underwater environments. This durable scuba gear setup provides smooth, consistent airflow and dependable breathing in a range of water temperatures.
Key design and material elements include a balanced 2nd stage and a piston 1st stage, built for long-term reliability. The 1st stage is chrome-plated brass, and the 2nd stage uses a metal/reinforced technopolymer casing for rugged use in the field. The system supports nitrox up to 40% and offers versatile hose routing with multiple ports for flexible scuba gear configuration.
Features
Features
- 2nd Stage Design: Balanced
- 1st Stage Type: Piston
- 2nd Stage Series: G Series
- Water Temperature: Cold, Temperate, Warm
- Connector Type: INT
- Nitrox Mix: Up to 40%
- HP Ports: 2
- LP Ports: 5
- 1st Stage Materials: Chrome-Plated Brass
- 2nd Stage Materials: Metal/Reinforced Technopolymer Casing
- Air flow: Air balanced flow-through piston in a chrome-plated brass body for constant airflow
- XTIS: Patented Extended Thermal Insulating System for improved cold-water resistance
- Anti-freeze protection: Provides increased breathing reliability in extreme temperatures
- Port arrangement: Two opposing HP ports for versatile positioning
- Ports on turret: Four high-flow and one axial super high-flow LP ports on a swivel turret for hose routing
Specifications
Specifications
| 2nd Stage Design | Balanced |
| 1st Stage Type | Piston |
| 2nd Stage Series | G Series |
| Water Temperature | Cold, Temperate, Warm |
| Connector Type | INT |
| Nitrox Mix | Up to 40% |
| HP Ports | 2 |
| LP Ports | 5 |
| 1st Stage Materials | Chrome-Plated Brass |
| 2nd Stage Materials | Metal/Reinforced Technopolymer Casing |
Payment & Security
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WARNING: This product contains chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, visit www.P65Warnings.ca.gov.
Frequently Asked Questions
How often does a scuba regulator need servicing?
Follow the interval in your regulator's manual, since manufacturers commonly specify an annual inspection or a set number of dives and many warranties depend on it. A regulator is life-support equipment, so service belongs with a factory-trained technician rather than being attempted at home. Have it looked at sooner than scheduled if you notice increased breathing effort, free-flow, bubbles, or water in the second stage.
How do I rinse and care for a regulator after diving?
Make sure the dust cap is dry and firmly seated over the first-stage inlet before the regulator goes anywhere near water, because water inside the first stage is the leading cause of internal corrosion. Rinse in fresh water without pressing the purge button, since purging while depressurized can draw water back into the second stage. Shake out the water and hang it to dry with the hoses in wide, gentle loops rather than tight bends.
Can I fly with a scuba regulator?
Regulators travel well and are usually best carried in hand luggage where they will not be crushed or lost. A regulator holds no gas of its own, so there is nothing inherently problematic about it on an aircraft, though the airline and security screeners always have the final say. Pack it dry with the dust cap in place, in a padded regulator bag or wrapped in soft gear.
Can I use my regulator with nitrox?
Many modern regulators are supplied as suitable for nitrox mixes up to 40 percent oxygen, which is the widely used recreational industry standard, while anything above that requires dedicated oxygen-clean equipment and procedures. Confirm what your specific regulator's manual states, and follow your nitrox training and your fill station's requirements. Never assume a regulator is oxygen-service clean simply because it looks clean or is new.
What is the difference between DIN and yoke regulators?
A yoke (A-clamp) fitting clamps over the tank valve and is the most common connection across much of the recreational world, while a DIN fitting screws into the valve and is standard in much of Europe and in technical diving. DIN captures the o-ring inside the threads, which many divers consider more secure, but yoke is often what rental cylinders provide. Adapters exist in both directions, so check what is used where you dive before deciding.
What is the octopus regulator for?
The octopus is your backup second stage, carried so you can share air with a buddy who is out of gas, or breathe from it yourself if your primary fails or free-flows. It is normally on a longer, brightly colored hose so it is easy to find and hand over under stress. Secure it in the triangle between your chin and the bottom of your rib cage so it is instantly accessible and not dragging through sand or coral.
How should I store a regulator between dive trips?
Store it fully dry, out of sunlight, with the dust cap in place and the hoses in wide loops rather than tightly coiled. Avoid hanging it by the second stages for long periods, which stresses the hose fittings; laying it flat in a padded bag or hanging it by the first stage is kinder. If it has sat unused for a long stretch, have it checked before your next trip rather than assuming it is ready to dive.
