Experience the quietest dive you've ever known with the husher
Smaller bubbles, less noise, no vibration and clearer view
- Patented Solution -
The features highlight
A smart trade-off between standard scuba and rebreather
The husher breaks large bubbles into smaller ones
Easier on your ears
Smaller bubbles mean less pressure impact on your ears
Up to 50% noise reduction
Reduced harsh tonal peaks for a smoother underwater accoustic signature
Wildlife encounter
Potentially less accoustic disturbance to the marine life
What the Husher products bring extra
Fit
Seamless integration inside compatible regulator exhaust deflectors.
No replacement of primary regulator components required
Field of View
Improved exhaust bubble dispersion around the field of view
Breathe
Maintained or improved breathing performance versus OEM configurations
Same to lower exhaling pressure
Vibration
Reduce the majority of vibrations experienced while exhaling
Testing
Each Husher have been tested and validation experimentally for exhale pressure drop to accoustic
Hydrodynamic Protection
The Husher provides a strong protection against back current towards the umbrella valve
Testimonies
Thanks to all of you who considered and approved the Husher system
„Banger le produit.”
SSI Dive Master
– Rosana S
„Incroyable, super, je ne veux plus m'en passer.”
CMAS Level 3
– Eddy F
„ah ouais quand même”
SSI Instructor
– M
Interrestingly, during my testings and development quite some divers were not looking for any noise reduction as they were totally fine with it.
I lend them some prototypes and during the dive, switching from their octopus regulator(with no Husher) and their main one(with Husher) they realized how noisy actually the usual scubadiving is :)
I lend them some prototypes and during the dive, switching from their octopus regulator(with no Husher) and their main one(with Husher) they realized how noisy actually the usual scubadiving is :)
No, after countless hours of development and testing on test bench according to the flow rate set by EN250 standard at 62.5 L/mn no increase of pressure has been recorded
Yes, after 1 year of development I ran the following :
1. Testing in cold water of Leman lake of Switzerland
2. Test setup taking the same volumetric flow rate of the EN250 diving standard for breathing devices
3. Strong focus has been deployed to not impact the breathing performance
4.The system is safe to use if installed properly
1. Testing in cold water of Leman lake of Switzerland
2. Test setup taking the same volumetric flow rate of the EN250 diving standard for breathing devices
3. Strong focus has been deployed to not impact the breathing performance
4.The system is safe to use if installed properly
I developped it for a year with repetitive dive testings and test bench testings.
In the The developper header, at the bottom of the page, you will find a pdf explaining all the testings and results I have done.
Based on the official EN250 standard for underwater breathing equipment I was able to test as close as possible with my test bench pressure drop of the exhaling, temperatures, flow rate and thanks to different hydrophones measuring the spectral noise emission.
In the The developper header, at the bottom of the page, you will find a pdf explaining all the testings and results I have done.
Based on the official EN250 standard for underwater breathing equipment I was able to test as close as possible with my test bench pressure drop of the exhaling, temperatures, flow rate and thanks to different hydrophones measuring the spectral noise emission.
First, the same volume is going through the Husher so it doesn't reduce the amount of air you will exhale. What it does, it manage better liquid and air interaction and split in a engineered way the air to break it into small bubbles. The results are lower to equal pressure exhaling and reduced noise at your ears
No, the Husher won't change your way of diving. Thanks to its architecture, you will be able to breathe normally in any direction at any depth while moving your head as normal.
Please check the compatibility description in the shop tab. If you don't find yours you can request a development or if you are not sure please reach out to me
On purpose the Husher can move slightly depending the version. The material used is also flexible and it allow the Husher to be more resilient with shocks during transport or manipulation.
Fully rigid Husher would be too risky for fragility
Fully rigid Husher would be too risky for fragility
Totally the Husher are really easy and fast to remove or install. What I recommend though is to remove them in the most clean and calm environnement as possible. Check carefully the assembly manuals in the footnote called : Assembly Manuals
Make sure you don't damage the umbrella valve and it will be no brainer
Make sure you don't damage the umbrella valve and it will be no brainer
I recommend to treat your Husher as you would treat your equipment. I encourage you to always rinse all your stuff with clear water and inspect your Husher before you dive. Make sure the holes are not clogged by sand for example.
Absolutely, we have tested it in Leman lake of Switzerland and I can tell you that temperatures are usually not high
Yes the material is made of Polypropylene(PP) which is a high chemical and UV resistant plastic.
Like other piece of equipment I still advise you to avoid sun exposition as much as you can to still prolongate life time and prevent early degradation
Like other piece of equipment I still advise you to avoid sun exposition as much as you can to still prolongate life time and prevent early degradation
I am really sorry that you damaged one of the Husher, unfortunately this can happen. Use the second contact form under the contact tab, I will respond within a week and arrange the next steps.
As with any third-party accessory, we recommend checking the warranty conditions provided by your regulator manufacturer
Depending on the volume of orders I will try to ship within 2-3 days to the delivery company. Then depending your location lead time may vary.
Restocking Husher may take up to 3 weeks increase potentially your lead time.
Restocking Husher may take up to 3 weeks increase potentially your lead time.
The material used is Polypropylene (PP) and it is extremely resistant to salt water and chemicals. It is UV resistant and choc resistant. The Husher use MJF industrial machines for manufacturing
Husher is the subject of a patent application ("Patent Pending"). The application number is available upon request or can be found in our legal information