Walker's Headset Bone Conduction
Ships from
United States
Shipping options
Seller handling time is 3 business days Details
This reflects the seller's handling time and may not include time spent in transit.
If you have questions about shipping, please contact the seller.
No shipping price specified to GB
Ships from
United States
Payment options
PayPal accepted
PayPal Credit accepted
Venmo accepted
PayPal, MasterCard, Visa, Discover, and American Express accepted
Maestro accepted
Amazon Pay accepted
Nuvei accepted
Shipping options
Seller handling time is 3 business days Details
This reflects the seller's handling time and may not include time spent in transit.
If you have questions about shipping, please contact the seller.
No shipping price specified to GB
Ships from
United States
Payment options
PayPal accepted
PayPal Credit accepted
Venmo accepted
PayPal, MasterCard, Visa, Discover, and American Express accepted
Maestro accepted
Amazon Pay accepted
Nuvei accepted
Item traits
Category: |
Hearing Protection
|
Quantity Available: |
4 in stock
|
Condition: |
New
|
Brand: |
Walkers
|
Model: |
Raptor
|
MPN: |
GWP-BCON
|
Noise Reduction Rating: |
33 dB
|
Color: |
Black
|
Features: |
Ambient Sound Enhancement
|
Type: |
Earplugs
|
Listing details
Shipping discount:
|
No combined shipping offered
|
Posted for sale:
|
More than a week ago
|
Item number:
|
1687781397
|
Walkers introduces the RAPTOR, a radical new approach to hearing enhancement protection. Utilizing bone-conduction technology to amplify ambient sounds by transmitting sound waves through bones in the head to the inner ear rather than through the ear canals. Used purely as an enhancement device, Raptor delivers unparalleled comfort with nothing covering or inserted into the ear canal. Pair it up with your choice foam or custom plugs and the Raptor provides hearing protection through Walkers legendary SAC (Sound Activated Compression) combined with the plugs NRR Rating. A combination that cant be beaten.
Features :
High NRR with Standard Ear Tips
Ambient Sound via Bone Conduction
Independent Volume Control