Dayton Audio TT25-8 PUCK Tactile Transducer Mini Bass Shaker 8 OhmDayton Audio TT25-8 PUCK Tactile Transducer Mini Bass Shaker 8 OhmDayton Audio TT25-8 PUCK Tactile Transducer Mini Bass Shaker 8 OhmDayton Audio TT25-8 PUCK Tactile Transducer Mini Bass Shaker 8 OhmDayton Audio TT25-8 PUCK Tactile Transducer Mini Bass Shaker 8 OhmDayton Audio TT25-8 PUCK Tactile Transducer Mini Bass Shaker 8 OhmDayton Audio TT25-8 PUCK Tactile Transducer Mini Bass Shaker 8 Ohm
Dayton Audio TT25-8 PUCK Tactile Transducer Mini Bass Shaker 8 Ohm
Dayton Audio TT25-8 PUCK Tactile Transducer Mini Bass Shaker 8 Ohm
Dayton Audio TT25-8 PUCK Tactile Transducer Mini Bass Shaker 8 Ohm
Dayton Audio TT25-8 PUCK Tactile Transducer Mini Bass Shaker 8 Ohm
Dayton Audio TT25-8 PUCK Tactile Transducer Mini Bass Shaker 8 Ohm
Dayton Audio TT25-8 PUCK Tactile Transducer Mini Bass Shaker 8 Ohm
Dayton Audio TT25-8 PUCK Tactile Transducer Mini Bass Shaker 8 Ohm
Price:
80,99PLN
Quantity (pcs):
Stock:Shipping within 1 - 5 days
Manufacturer:
Dayton Audio
Bandwidth:Bass Shaker
Impedance [Ohm]:8 ohm
Share:
The PUCK™ by Dayton Audio is a small, economical tactile transducer otherwise known as a mini bass shaker that is intended to be used in home theater, gaming, and auto sound applications. This mini bass shaker has the unique ability to transfer low frequency sound waves directly to the listener by mounting the PUCK™ to surface areas that a listener's body will come into contact with. Because the listener "feels" the low frequency, the volume of the overall sound can be kept to a minimum without sacrificing the audio quality.

The PUCK measures a mere 3-1/2" diameter and 1" depth, nearly identical in size to an ice hockey puck. The small depth and diameter of the PUCK™ mini bass shaker make it uniquely suited for tight spaces and unobtrusive applications. 4 layer Voice Coil with 1" aluminum former.
We use cookies on our website. By clicking "I accept all", you consent to the use of all types of cookies, including statistical and advertising cookies. By clicking "I refuse", you consent to the use of only cookies necessary for the proper functioning of the website. More information about cookies can be found in the Privacy Policy.
I accept all