Need More Detail From Your Car Audio? Meet the Deaf Bonce MFT-25 Tweeters

If your car audio system has a strong low-end impact but the upper frequencies are not coming through with enough detail, the right tweeter can make an important difference. The Deaf Bonce Machete MFT-25 tweeters are designed specifically for high-frequency reproduction, combining a neodymium magnet, 4-ohm impedance, and compact dimensions in a pair-oriented solution for car audio builds.

What Are the Deaf Bonce MFT-25 Tweeters?

The Deaf Bonce MFT-25 tweeters are 2.2-inch tweeters with a 1-inch voice coil and a frequency response of 4,000–20,000 Hz. They are rated at 35 watts RMS and 70 watts maximum power, with a listed 106 dB SPL.

That specification range makes their role straightforward: they are dedicated to reproducing the higher-frequency portion of your car audio system rather than handling bass or midbass duties.

The MFT-25 also uses a neodymium magnet. Its compact design includes a 1.02-inch mounting depth and a 1.63-inch cut-out dimension, giving installers useful measurements to consider when planning placement.

Key Features and Benefits

Neodymium Magnet

The MFT-25 uses a neodymium magnet in a compact tweeter design. That is a particularly useful feature when you're building a system where available installation space matters.

Real-world use: Custom car audio installers and enthusiasts can consider the MFT-25 when planning systems where tweeter size and mounting depth need to be accounted for carefully.

4,000–20,000 Hz Frequency Response

The listed frequency response covers the high-frequency range from 4,000 Hz through 20,000 Hz.

This makes the MFT-25 a focused component for adding dedicated high-frequency reproduction to a car audio setup.

35W RMS / 70W Maximum Power

The MFT-25 is rated for 35 watts RMS and 70 watts maximum power.

These ratings give system builders clear power-handling figures to consider when matching the tweeters with the rest of the audio system.

106 dB SPL

With a listed SPL of 106 dB, the MFT-25 offers a high-sensitivity specification for a compact car audio tweeter.

Where Can the MFT-25 Fit?

The Deaf Bonce MFT-25 tweeters can be considered for custom car audio systems, upgrades, and builds where dedicated high-frequency reproduction is needed.

They may be relevant for:

• Custom car audio enthusiasts
• High-output car audio builds
• Installers working with limited mounting depth
• System builders adding dedicated tweeters
• Enthusiasts upgrading the high-frequency section of an existing setup

Before installation, verify the amplifier's output, impedance requirements, available mounting space, cut-out dimensions, and overall system design.

What to Consider Before Buying

The MFT-25 is a specialized high-frequency component, so it should be selected as part of a properly matched system rather than viewed as a replacement for a full-range speaker.

Pay particular attention to its 4-ohm impedance, 35W RMS rating, 1.02-inch mounting depth, and 1.63-inch cut-out dimension.

If you're comparing alternatives, VIP Pro Audio also carries a broader selection of car audio tweeters for different system requirements.

Why Buy From VIP Pro Audio?

VIP Pro Audio Inc. offers professional audio, DJ, lighting, and event-production equipment alongside car audio products. Its online catalog includes dedicated Deaf Bonce products and other car audio components, making it easier to explore equipment around your specific build.

For shoppers specifically looking for the MFT-25, you can view the Deaf Bonce Machete MFT-25 product page and review the specifications before choosing the right components for your system.

Conclusion

The Deaf Bonce MFT-25 tweeters stand out for a focused combination of a neodymium magnet, 4,000–20,000 Hz frequency response, 106 dB SPL rating, and compact 1.02-inch mounting depth.

For a car audio builder looking to add dedicated high-frequency reproduction while keeping installation dimensions in mind, the MFT-25 is a practical component to consider. Explore the MFT-25 through VIP Pro Audio and determine whether its specifications fit your system design.