Laney LFR-110 full range flat response powered cabinet, 10"

Laney LFR-110 Full Range Flat Response Powered Cabinet

The LFR-110 is a compact, lightweight powered cabinet engineered for accurate monitoring and reinforcement across diverse audio sources. Its tilt mechanism and top-mounted grab handles make real-world positioning effortless, while the rigid MDF construction delivers articulate, extended full-range reproduction without compromise. This is a practical workhorse for keyboardists, bassists, backing tracks, and small-venue PA applications.

Audio Performance

A custom 10" woofer paired with a 1" LaVoce compression driver crosses over at 2.4 kHz, ensuring smooth transition across the full 55 Hz–18 kHz frequency response. Peak output reaches 121 dB SPL with 118 dB continuous SPL, delivering sufficient headroom for rehearsal spaces, small venues, and personal monitor setups without audible distress.

Connectivity & Controls

Multiple input options—XLR/1/4" combo, 1/8" auxiliary, and Bluetooth 5.0 with true wireless stereo—enable seamless integration with instruments, microphones, and mobile devices. The XLR DI output with switchable cabinet emulation feeds a mixing console or recorder directly, while dedicated controls for volume, HF trim, ground lift, and DI emulation mode provide real-time tonal shaping in the field.

Key Features

• 2-way active speaker: 10" woofer + 1" LaVoce compression driver
• 250 W power rating, 125 W RMS continuous output
• Full range flat response: 55 Hz to 18 kHz
• Maximum SPL: 118 dB continuous, 121 dB peak
• Crossover frequency: 2.4 kHz
• MDF cabinet construction with tilt mechanism
• Inputs: XLR/1/4" combo, 1/8" auxiliary, Bluetooth 5.0 with TWS
• XLR DI output with switchable cabinet emulation
• Controls: volume, HF trim, DI emulation switch, ground lift, light switch
• Compact dimensions: 475 x 383 x 300 mm (18.7" x 15.1" x 11.8")
• Top-mounted grab handles for transport

The LFR-110 combines professional connectivity, extended frequency response, and portable design—delivering accurate monitoring and direct reinforcement in a chassis built to last.