Laney LFR-112 Powered 1x12 Speaker Cab - Nearly New
Key Features
- Enhanced on-stage projection with tilt mechanism
- Perfect for digital modelling systems thanks to FRFR response
- Industry standard build from studio quality speaker emulation
- Elevate your performance through the AUX in & DI out for multiple stage connections
Laney LFR-112 Powered 1x12 Speaker Cab - Nearly New Overview
The Laney LFR-112 Powered 1x12 Speaker Cab is a Full Frequency, Flat Response speaker with a 200-watt power amp designed for crystal-clear audio reproduction. The LFR-112 is loaded with a 12'' driver and a 1'' compression driver which provides the full frequency response needed to accurately amplify digital modelling systems. The traditional guitar cabinet design features a kick-back stand which allows you to position it perfectly on stage for direct monitoring.
While the LFR-112 is crafted like a guitar cab and perfect for use with digital modelling systems, the FRFR sound means it can also function as a balanced music playback device or as a standard active monitor. The cab also features a 1x12 and a 4x12 speaker emulation DI to give you the option of connecting the LFR-112 to a mixing desk or recording device without the need for a microphone. This is the ultimate speaker for guitarists using digital modelling who prefer the traditional look of a guitar speaker cabinet.
Nearly New: This product may have been opened for quality control purposes, returned by a customer, refurbished, or may have non-essential parts or software missing. Otherwise, the product operates as new. This is a great opportunity to buy a fully functioning product at a discounted price.
Product Ref: 301491
Full Description
View Full DescriptionGlorious FRFR response
The Laney LFR-112 is loaded with a 12'' driver and a 1'' compression driver for a Full Range Flat Response sound that is perfect for accurately amplifying a digital guitar modelling system. A hugely powerful 200-watt power amp gives you plenty of volume for stage use & rehearsals and, should you require even more volume, the LFR-112 features a range of additional connections to make sure you're heard load and clear on any stage. The 47kHz - 20Khz frequency response is perfect for digital modelling systems but the cabinet works equally as a traditional active speaker with line-in instruments such as keyboards.
Traditional cabinet aesthetic
The traditional guitar cabinet design of the LFR-112 means that you can get the classic look of a guitar back-line for the real experience of using a guitar amp. The tilt-back stand enables you to position the cab on stage for the optimum listening position. The LFR-112 also features a switchable front baffle illumination for a classy, retro and professional aesthetic, that will fit in wherever you take it.
Cabinet emulation & connectivity
The LFR-112 features an XLR DI output and a selection of speaker emulations, including 1x12, 4x12, or the standard FRFR response. This allows you to connect directly to a mixing desk or recording device without the need for a microphone - perfect for use on stage and in the studio. The combi jack/XLR input enables easy routing to different input types, while the AUX-in lets you playback music directly - so you can discover, re-shape and reinterpret that classic guitar amplifier tone to your own specifications time and time again.
Features
- Conventional guitar cabinet chassis and design with tilt-back stand for stage mounting
- 1 x 12'' driver and 1'' compression driver for FRFR (full range flat response) sound
- 200 watts RMS
- Different speaker emulations (FRFR, 1x12, 4x12)
- AUX in and DI output with cabinet emulation
Specifications
- Type: Full Range Flat Response Speaker Cabinet
- Construction: Conventional cabinet design with tilt-back mechanism
- Speakers: 1 x 12'' driver, 1'' compression driver
- Power: 200 watts RMS
- Connectivity: XLR combi/jack input, AUX in, XLR Cabinet Emulated DI Output, Link output
- Controls: Switchable cabinet emulation (FRFR, 1x12, 4x12), Ground lift, HF Trim, Input level
- Frequency Range: 47Hz - 20kHz
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