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Mini Scuba Tank with Pump, 0.5L Portable Lung Tank Kits Reusable Scuba Diving Kit
$332.99
Sale price
$332.99
Regular price
$0.00
SPECIFICATIONS
Mini Scuba Tank — 0.5L Portable Dive Air Tank
Extend your time underwater without the bulk of full scuba gear. This compact, refillable mini air tank gives snorkelers and casual divers 6-12 minutes of independent breathing underwater, perfect for getting a closer look at reefs, fish, and underwater scenery beyond what a snorkel alone allows.
Key Features:
- 0.5L Compact Air Tank — Delivers 6-12 minutes of underwater breathing time per fill, giving you extra time to explore without surfacing.
- 6061 Aviation-Grade Aluminum Construction — A lightweight yet durable aluminum alloy tank body built to handle repeated fills and underwater use.
- 3000 PSI / 200 Bar Rated — Rated to a standard, reliable fill pressure for consistent performance dive after dive.
- Fluorescent Pressure Gauge — An easy-to-read gauge lets you monitor remaining air at a glance, even in low-light underwater conditions.
- High-Precision Filter Element — Filters incoming air for cleaner, safer breathing during use.
- Comfortable Silica Mouthpiece — A soft, secure silicone mouthpiece designed for a comfortable seal during extended use.
- Reusable & Refillable — Designed for repeated use — refill and dive again rather than discarding after a single outing.
- Compact & Portable — At just 13.8" long, 2.3" in diameter, and 2.3 lbs, it's easy to pack, carry, and stow in a dive bag.
- Travel-Friendly — Airplane safe for travel when empty, making it easy to bring along on vacation.
Specifications:
| Spec | Detail |
|---|---|
| Capacity | 0.5L |
| Breathing Time | 6-12 minutes |
| Fill Pressure | 3000 PSI / 200 Bar / 20 MPa |
| Material | 6061 aviation-grade aluminum |
| Length | 13.8 in |
| Diameter | 2.3 in |
| Weight | 2.3 lbs |
| Reusable | Yes, refillable |
Perfect for: snorkeling, casual free-diving, underwater photography, and short recreational dives — a compact way to extend your time exploring beneath the surface.