Deaf Bonce Apocalypse AP-M67AC 600 Watt 6.5" Mid-Range Speakers (Pair)

The Deaf Bonce Apocalypse AP-M67AC is a 6.5" midrange pair built for demanding car audio systems, delivering midband clarity across 100–15000 Hz with 300 W RMS (600 W max) power handling for strong dynamic performance.

• Size / Type: 6.5" midrange pair — compact footprint suited for door or kick-panel installations while handling vocal and instrument content with precision.
• Frequency response: 100–15000 Hz — covers midrange and upper treble, enabling articulate vocals and bright instrumental detail.
• RMS / MAX Power: 300 W RMS / 600 W max — provides ample headroom for dynamic passages and high-level playback without clipping.
• Impedance: 4 Ω — typical car-audio load that pairs well with a wide range of amplifiers for efficient power transfer.
• SPL: 101.70 dB — indicates loudness potential; higher values mean more perceived output for a given input.
• Voice coil: 1.75" CCAW — larger coil with copper-clad aluminum winding improves heat handling under heavy use.
• Cone / Surround: Paper cone with cloth surround — balances midrange fidelity with reliable excursion control.
• Magnet / Frame: Ferrite magnet in a cast aluminum frame — rigid structure aids alignment and heat dissipation in a compact design.
• Mounting depth / Cut-out: 3" (77 mm) depth; 5.98" (152.8 mm) cut-out — defines installation space and mounting requirements.
• Package quantity: Pair — two midrange drivers provided for a matched stereo or multi-driver setup.
• TS parameters: Fs 110 Hz, Qts 0.32, Vas 4.50 L — these values inform enclosure interaction and midrange behavior in real installations.
• Weight: 16 lb (7.1 kg) gross — relevant for handling and packaging considerations.

In a premium car audio build, the AP-M67AC serves as the dedicated midrange channel, delivering clear vocal articulation and instrument texture across the critical midband while integrating with other drivers for a cohesive, detailed overall sound. Its robust power handling, solid mechanical build, and TS parameters give installers predictable behavior and mounting flexibility in a variety of layouts, making it suitable for high‑performance multi-driver systems that demand precise midrange delivery without sacrificing dynamics.