Hi-Vi Research F1600 6" Car Audio Component System (one pair)
with eyeball textile dome tweeter

• Kevlar/Paper composite cone with phase plug
• Ferrofluid cooled fabric dome tweeter, flush or surface
• Open geometry cast frame, several screw hole options
• Decorative woofer grill included, tweeter includes grill
• Impedance: 4 ohm
• Frequency response: 45Hz to 25kHz
• Nominal power handling: 50W RMS
• Sensitivity: 88dB
• 12dB passive crossover (125mm x 95mm x 35mm)
• 166mm woofer frame diameter (6.53")
• 150mm woofer cut out hole size (5.9")
• 66mm woofer depth (2.6")
• Grill dimensions: 173mm x 22mm (6.8" x 0.87")
• Eyeball tweeter is 50mm in diameter (1.97") and swivels for on-axis setup
• Tweeter flush mount is 59mm in diameter (2.32")
• Please visit the product page on the Hi-Vi website for more information

Notes from Hi-Vi

The F Series was developed for audiophiles and music lovers. This high end car audio system uses drivers adapted from several of our most popular high end home audio speakers. The end result is an incredibly detailed and balanced acoustic system for car audio. Composite Kevlar woofers assembled in die cast frames ensure minimal resonance and a broad and balanced response. Each driver has been treated to prevent water and moisture damage. The F1600 system uses a smooth sounding 28mm dome tweeter and composite Kevlar cone woofer to create a true high fidelity car audio sysem. A true live concert experience can be felt when listening to high quality recordings. Imaging is accurate and music is detailed, smooth, and natural sounding.

Key Features
 
•  Woofer cones are formed with a Kevlar fiber / paper mix. The composite material yields a high rigidity with low mass. T/S parameters were optimized for a car audio environment and the magnetic system was redesigned to maximize output while keeping the drivers depth to a minimum for easy installation.
•  Crossovers are assembled using high quality coils, capacitor and resistors, the same components used in our high end loudspeaker systems. Independent tweeter and woofer filters give a smooth transition at the optimum crossover frequency.