Bring high performance sound to your vehicle with the Ground Zero 6.5 Inch Titanium Component Speakers GZTC 165.2X, part of the respected Titanium series. Designed as a 2 way split component speaker system, this pair delivers a balanced blend of clarity, efficiency and dynamic output for an upgraded in car listening experience. With a 165mm woofer, soft dome tweeter and a resonance free steel basket, these speakers are built to handle detailed music reproduction while maintaining solid control and durability.

The HQPP cone with 3D structure works with the rubber surround to provide accurate midbass response and reduced distortion, while the 19mm silk dome tweeter helps deliver clean high frequencies with smooth top end detail. A 6 and 12 dB per octave passive crossover is included to help achieve seamless driver integration, and the tweeter level adjustment lets you fine tune the sound to suit your installation and listening preferences. With a frequency response of 50Hz to 22kHz and 90dB sensitivity, these speakers are engineered for efficient performance across a wide range of music styles.

Ideal for upgrades where quality, power handling and flexibility matter, the GZTC 165.2X offers 100W RMS and 150W max power handling, plus bi amp capability for more advanced installations. The included grilles add protection and a clean finished look, while the Euro DIN basket and compact 68mm mounting depth make fitment easier in many applications. If you want a component speaker system that combines premium build quality with impressive sound refinement, this Titanium series set is a strong choice.

Features & Benefits

• Part of the Titanium series for refined sound quality and strong performance
• 2 way split component design for improved stereo imaging and detail
• HQPP cone with 3D structure for controlled midbass and reduced distortion
• Silk dome tweeter delivers smooth, clear high frequencies
• External crossover network supports cleaner speaker integration
• Bi amp capable with tweeter level adjustment for tuning flexibility