Skip to product information
1 of 3

Aerox

Aerox Oxysaver High-Altitude Oxygen Efficiency Pendant

Aerox Oxysaver High-Altitude Oxygen Efficiency Pendant

5785

Low stock
Typically Ships Within 3-4 Business Days direct from Supplier in Florida. Shipping estimates during checkout do not factor in this delay.
Regular price $43.00
Sale price $43.00 Regular price $46.00

Benefits

  • Oxygen Efficiency: Increases canister life by up to 8 times.
  • Innovative Design: Pendant-style for easy access and use.
  • Enhanced Breathing: Captures exhaled air to optimize oxygen intake.
  • Pilot-Friendly: Compatible with standard aviation headsets and boom mics.
  • Extended Flight Time: Allows for longer flights between oxygen refills.

Shipping & Delivery

  • Free Shipping: Enjoy FREE Ground Shipping on all U.S. orders over $100. (That's money saved that you can put toward your next flight!)
  • Rapid Dispatch: Orders placed by 3 PM ET (Mon-Fri) ship the same business day, ensuring the fastest possible delivery.
  • Control Your Delivery: Select your ideal delivery speed, from cost-effective economy options to guaranteed express delivery, directly at checkout.
  • No Hidden Costs: See all final shipping costs and estimated delivery dates upfront-no surprises will be added after you purchase.
  • Stay Informed: A tracking link is automatically emailed to you the moment your package leaves our warehouse, so you can monitor its journey.
  • We're Here to Help: Have questions about delivery times or specific shipping needs? Our expert support team is ready to assist you.

Returns

  • Easy 30-Day Returns: Return most items within 30 days for a full refund (excludes shipping and handling). Read Return Policy
  •  Free Exchange Shipping: Exchange items or get store credit with free return shipping in the continental US (Excluding Flight Sim, Luggage & Oversize Items).
  •  Simple Process: Contact us for an RMA number to start your return, with a 7-day window to postmark your item.
  •  Condition Requirements: Returns must be in new, original packaging, including all accessories and promotional items.

When pilots ask, "what is the most efficient aviation oxygen system for high-altitude flights," the Aerox Oxysaver High-Altitude Oxygen Efficiency Pendant consistently emerges as the answer that transforms how aviators approach oxygen management.

The Aerox Oxysaver Pendant Cannula is a revolutionary pilot oxygen conservation system that increases your canister life by up to 8 times compared to traditional constant oxygen flow systems, turning a typical 2-hour oxygen supply into an impressive 16-hour flight duration.

Innovative Design for Maximum Oxygen Efficiency

Experience extended flight times with the Aerox-engineered pendant cannula design. It captures your exhaled air in a chest-level reservoir and mixes it with the precise amount of fresh oxygen needed at altitude. This high-altitude oxygen device operates through proven mechanical reliability, avoiding complex electronics that can fail when you need oxygen most. The strategic pendant positioning ensures compatibility with aviation headsets and boom mics, eliminating interference with communication equipment.

Peace of Mind for Long-Distance Pilots

Professional pilots on long cross-country routes and recreational aviators flying over mountainous terrain benefit from this aircraft oxygen conservation technology. It eliminates the anxiety of running low on oxygen during extended flights. When paired with oxygen flow regulators that deliver precise, minimal amounts, the system maximizes every breath while maintaining the consistent oxygen efficiency pilots demand. The question "how to extend oxygen supply when flying high altitude" becomes irrelevant with this intelligent system, allowing focus on navigation and safety instead of oxygen reserves.

Fly up to 8x longer and enjoy peace of mind with the Aerox Oxysaver's superior oxygen efficiency and proven battery-free reliability. Get your Aerox Oxysaver now!

Aerox Oxysaver High-Altitude Oxygen Efficiency Pendant

$43.00

Have a Question?