PIONEER TS-D69F
6” x 9” 2-Way Coaxial System

26mm Polyester Soft Dome Tweeter with Swivel Capability
Aramid Fiber Interlaced Injection Molded Polypropylene (IMPP) Cone Construction
Universal Woofer Basket Design Expands Installation Flexibility for Maximum Bass and Sound Quality.

26mm POLYESTER SOFT DOME TWEETER
Contoured from lightweight, resin-impregnated fibers of coated polyester fabric, the D tweeter delivers extended high-frequency performance. The 26mm diaphragm is very resistant to the harsh environmental conditions of the automotive interior (temperature, humidity, vibration, etc.), while maintaining its uniform hemispherical shape to reduce dome breakup due to excessive vibration at ultrasonic frequencies. The result is extremely low distortion levels and a smooth, natural sound.

ARAMID FIBER INTERLACED INJECTION MOLDED POLYPROPYLENE (IMPP)
Polypropylene (PP) is a tough thermoplastic resin, ideal material for a speaker cone. The low mass and high damping of a PP cone generate good sensitivity and low distortion. However, polypropylene cones lack the rigidity and strength required for high output and extreme low bass. To resolve this, Pioneer engineers used advanced Computer-Aided Manufacturing to develop a process to blend aramid fibers into the polypropylene resin during the injection molding process. The resulting aramid fiber interlaced IMPP cone is ultra-thin and low mass with high rigidity and superior strength, built to produce natural, detailed sound with deep and powerful bass.

SYSTEM
System Type
2-way Coaxial
Sound Pressure Level (Sensitivity)
87dB (+- 1.5dB)
Frequency Range
33 Hz to 42 kHz
Continuous Power Handling (RMS)
110 Watts
Maximum Peak Power Handling
330 Watts
Nominal Impedance
4 ohms

WOOFER
Diameter
6” x 9”
Cone Material
Aramid Fiber Interlaced Injection Molded Polypropylene (IMPP)
Surround Material
Butyl Rubber
Magnet Material
Ferrite
Magnet Weight
15.2 oz

TWEETER
Type
Soft Dome
Diameter
26mm
Diaphragm Material
Polyester
Magnet Material
Neodymium
Magnet Weight
6.4 g
Swivel Type
Yes