WG165-565B-PR-60-D 6.5-Inch Speaker Driver – 6 Ohm, 60W RMS, Frosted White Diamond-Patterned Cone

The WG165-565B-PR-60-D is a 6.5-inch speaker driver featuring a frosted white diamond-patterned cone, a 30mm voice coil, and a ferrite magnetic circuit. With a nominal impedance of 6 ohms, it is rated for 60W RMS power handling and 120W maximum power handling.

Its specified frequency response extends from 55Hz to 5,000Hz, with a sensitivity of 87dB and a resonant frequency (Fs) of 55Hz. These specifications provide reference points for selecting the driver and matching it to the intended speaker system’s operating range.

The frosted white finish and diamond-patterned cone give the driver a distinctive appearance for speaker assemblies with visible components. With a total weight of 1,412g, the WG165-565B-PR-60-D can be considered for custom speaker builds, DIY audio projects, and replacement applications where its electrical and mechanical specifications match the system requirements.

Key Features

• 6.5-inch nominal speaker size.
• Frosted white cone with a diamond-patterned surface.
• 30mm voice coil diameter.
• Ferrite magnetic circuit.
• 6 ohm nominal impedance.
• 60W RMS rated power handling and 120W maximum power handling.
• Specified frequency response of 55Hz–5,000Hz.
• 55Hz resonant frequency (Fs).
• 87dB sensitivity.
• Total weight of 1,412g.

Technical Specifications

Product Model: WG165-565B-PR-60-D
Product Type: Speaker Driver
Nominal Size: 6.5 Inches
Nominal Impedance: 6Ω
Rated Power (RMS): 60W
Maximum Power: 120W
Voice Coil Diameter: 30mm
Magnet Material: Ferrite
Magnetic Circuit Specification: 100 × 20
Resonant Frequency (Fs): 55Hz
Sensitivity: 87dB
Frequency Response: 55Hz–5,000Hz
Total Weight: 1,412g
Cone Appearance: Frosted White with Diamond Pattern

Applications and Installation

Consider this driver for compatible custom speaker assemblies and replacement projects. Verify the mounting cutout, installation depth, screw-hole spacing, and amplifier compatibility before installation. Select the enclosure and crossover using complete driver data, including relevant Thiele-Small parameters and response measurements.