OXYJUMP™ NG: Revolutionizing High Altitude Parachute Operations

Revolutionary Oxygen System for Parachutists

As someone who's always been drawn to the edges of the human experience, the kind of places where the rubber meets the road and normal rules don't always apply, this latest release from Collins Aerospace, a part of the Raytheon Technologies family, caught my eye. They've come up with something called the OXYJUMP™ NG, an oxygen supply system that's been specifically designed for high altitude parachutists. It's like they've looked at the very edges of our world, seen these warriors descending from the sky, and thought: “how can we make this better?”

The OXYJUMP NG offers a longer gliding distance, increased safety, ease of use, and it's also lighter and smaller than the systems currently in use. This is a big deal for those who push the boundaries, for whom every ounce counts when they're stepping into the void. This isn't just about comfort – it's about survival.

Existing oxygen supply systems have their limits when it comes to extended high-altitude operations, which can hamper the effectiveness of parachute missions. The OXYJUMP NG uses an oxygen pulse technology – which is already certified by a NATO country – to provide a solution that's not just lighter, but also automatically adjusts oxygen levels, enabling the accomplishment of lengthier missions.

The comfort and ease of use of this system is also noteworthy. It operates automatically, and it features an ergonomically designed mask that fits securely and comfortably against the face. That's the kind of detail that matters when you're engaged in a high-stakes operation, where distractions can be fatal.

The vice president and general manager of Military, Safety and Cargo Systems at Collins Aerospace, Brad Haselhorst, seems to be confident that the OXYJUMP NG system is the future of combat jumps. And I'm inclined to agree. It seems that the OXYJUMP NG is not just keeping up with the evolving nature of combat jumps but is ready for deployment today.

This is the kind of cutting-edge tech that fascinates me. It's a piece of the puzzle in a high-stakes, high-altitude game of chess. And whether we're talking about a chessboard, a kitchen, or the thin air ten miles above the earth's surface, having the right tools can make all the difference. Well done, Collins Aerospace. I can't wait to see where you take us next

The OXYJUMP™ NG oxygen supply system brings several advancements that could revolutionize high altitude parachute operations. However, as with any new technology, there could be potential drawbacks to consider. Here's a breakdown:


  1. Increased Operational Range: The system's improved oxygen pulse technology extends the gliding distance of parachutists, allowing them to cover more ground and potentially expand the scope of their missions.
  2. Enhanced Safety: By automatically adjusting oxygen levels, the system mitigates the risk of hypoxia (oxygen deficiency), a serious concern in high altitude operations.
  3. Ease of Use: The OXYJUMP NG operates automatically, reducing the cognitive load on parachutists who already have plenty to focus on during missions.
  4. Lighter and Smaller: The system's reduced size and weight are major advantages in military operations, where every extra ounce can impact a soldier's mobility and endurance.
  5. Comfort: The ergonomically designed mask offers a secure and comfortable fit, contributing to the overall well-being of the user during strenuous activity.


  1. Adoption and Training: As with any new technology, there could be a learning curve associated with its implementation. Proper training will be necessary to ensure users can fully utilize its features and benefits.
  2. Cost: The release doesn't mention cost, but advanced technology usually comes with a higher price tag. Budget constraints could limit its accessibility.
  3. Reliability: While the system is stated to be ready for use today, its performance and reliability in real-world conditions are yet to be proven. Any malfunction, especially during critical missions, could have serious implications.
  4. Maintenance and Repair: Depending on the complexity of the system, maintenance and repairs could prove to be challenging, requiring specialized knowledge or equipment.
  5. Regulatory Approvals: The system has been certified by one NATO country, but it may still need to go through regulatory hurdles in other countries before it can be widely adopted.

It's important to note that these potential drawbacks are often part and parcel of any new technology and don't necessarily detract from the impressive advancements that the OXYJUMP™ NG appears to offer. The real test will be its performance in the field, which will ultimately determine its success.

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