Technical Highlights

  • Impedance 4 Ohms, frequency range 10–80 Hz, aluminum housing.
  • Designed for 10–80 Hz, aluminum housing for heat dissipation.
  • Optimal heat dissipation due to aluminum, 4 Ohm impedance.
  • More technical details
Regular price €46.75
Regular price -15% €55.00 selling price €46.75
2% discount with credit card

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ProductBST-2

including VAT plus shipping
5 piece in stock This quantity is ready to ship. Extra units follow within the stated delivery time at no extra shipping cost.
Estimated delivery: Sep 17–Sep 18.
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BST-2 is a Bass Shaker from Dayton Audio. The device operates with an impedance of 4 ohms. The frequency range is from 10 to 80 Hz. An aluminum cast housing supports heat dissipation.

Features
  • Bass Shaker
  • Aluminum cast housing for heat dissipation
  • Impedance 4 ohms
  • Frequency range 10–80 Hz

datasheet

Open data sheet

Frequently Asked Questions about BST-2


How does the Bass Shaker BST-2 from Dayton Audio work?

The Bass Shaker BST-2 from Dayton Audio works by converting low frequencies into mechanical vibrations. This special device has an impedance of 4 Ohm and operates in the frequency range of 10 to 80 Hz. Thanks to its aluminum die-cast housing, the generated heat is effectively dissipated, which benefits stability at high power. Its design allows deep frequencies to be physically felt, which is particularly advantageous in speaker systems without Subwoofer capabilities.

What advantages does the aluminum die-cast housing of the Dayton Audio BST-2 offer?

The aluminum die-cast housing of the Dayton Audio BST-2 offers several advantages. It primarily ensures excellent heat dissipation, which is important for ensuring the longevity and performance of the Bass Shaker. Good heat management is crucial for devices operating in the low frequency range, as more energy is typically converted here. Additionally, the aluminum die-cast housing gives the device robustness and durability, which is significantly beneficial for long-term operation.

Why is the impedance of 4 Ohm important for the BST-2?

The impedance of 4 Ohm for the BST-2 is crucial for efficiency and compatibility with Amplifiers. A low impedance like 4 Ohm means that the Bass Shaker draws more current through the amplifier, which, when properly tuned, ensures a more effective utilization of amplifier power. Especially if you enjoy listening to music loudly, a 4-Ohm impedance provides powerful performance and allows for direct integration into existing audio systems designed for low-impedance speakers.

In which frequency range does the Dayton Audio BST-2 operate?

The Dayton Audio BST-2 operates in the frequency range of 10 to 80 Hz. This frequency range is ideal for converting deep bass frequencies into vibrations, allowing the shaker to make the low tones physically perceivable. This spectrum covers most of the sub-bass frequencies important for Bass Shakers, which are typically used in music and film applications to create an immersive soundscape. By optimizing for low frequencies, the effect is enhanced.

What performance advantages does a Bass Shaker offer compared to a conventional Subwoofer?

The main advantage of a Bass Shaker like the BST-2 over a conventional Subwoofer lies in the physical sensation of low frequencies. While Subwoofers reproduce sound audibly, a Bass Shaker transmits vibrations to the seat or surface it is mounted on. Therefore, you experience a more intense bass effect without the need to significantly increase the volume, which is particularly beneficial in limited or noise-sensitive environments.

Can the Dayton Audio BST-2 be flexibly installed in different environments?

Yes, the Dayton Audio BST-2 can be flexibly installed in various environments. Thanks to its compact design with specific dimensions, it is suitable for a variety of applications. In home theaters, it can be mounted under sofas or chairs to enhance the sound experience. Additionally, installation in vehicle interiors is possible, provided the vehicle structure allows for it. Its construction and robust materials facilitate installation in a wide range of environments.

What installation tips are there for the Dayton Audio BST-2 in different car models?

For the installation of the Dayton Audio BST-2 in various car models, it is important to consider the dimensions of the shaker in relation to the available space. Make sure to use a stable mounting surface to effectively transmit the vibrations. Ensure that the Bass Shaker is securely fixed so that it does not shift during driving. If no specific car brand information is available, check the vehicle structure for cavities or unused areas for integrating the device. Placement is crucial for effectiveness.

How does the frequency range of 10–80 Hz influence the sound landscape of the BST-2?

The frequency range of 10–80 Hz of the BST-2 is ideal for producing the deepest bass frequencies. These vibrations enhance the audio performance through physical resonance that can be heard and felt. This specific spectrum is perfectly tuned to amplify bass frequencies that are otherwise difficult to reproduce. This low-frequency capability is especially valuable in home theaters or gaming setups, where intense sound experiences are desired. The lower cutoff frequency of 10 Hz ensures noticeable vibrations.

What materials are used in the Dayton Audio BST-2 for performance optimization?

An aluminum die-cast housing is used in the Dayton Audio BST-2 for performance optimization. Aluminum is known for its excellent thermal conductivity, which is important for efficiently dissipating the heat generated during operation. This keeps the Bass Shaker stable even under intense operating conditions. This construction ensures a robust build and optimal protection of the internal components. Its material-related lightness and strength allow for secure installation in various applications without compromising performance.

How can the Bass Shaker BST-2 effectively contribute to improving an audio system?

The Dayton Audio Bass Shaker BST-2 enhances audio systems by generating vibrations that align with the low frequencies. Operating in the frequency range of 10 to 80 Hz, it can specifically amplify deep bass that many speakers cannot produce alone. By directly transmitting vibrations to the listener, either through seating or other contact surfaces, it significantly enhances the immersive listening experience. This is particularly useful in home theaters, gaming setups, or anywhere intense bass reproduction is required.

Manufacturer information/responsible person

Audio Components BV
Koen Pronk, Martijn Ouwerkerk
Peizerweg 97a
9727AJ Groningen
Netherlands


Contact: info@audio-components.com

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