Laney LA30D Dual Channel Acoustic Guitar Amp

Laney LA30D Dual Channel Acoustic Guitar Amp

The LA30D is a compact, road-friendly acoustic amplifier that delivers consistent performance across two independent channels. Its lightweight 7.4 kg frame and closed-cabinet design make it genuinely portable without sacrificing the 30-watt presence needed for small venues and rehearsal spaces. The dual-channel architecture accommodates multiple acoustic sources simultaneously, making it equally at home with a soloist or a duo setup.

Amplification & Speaker Configuration

30 watts of real RMS linear output power drives a pair of custom-designed 6.5" dual-cone drivers housed in a closed cabinet, ensuring articulate midrange reproduction and reliable feedback control across typical performance volumes. This combination produces the clarity and projection acoustic instruments demand without coloration.

Channel Design & Connectivity

Two fully independent input channels accept both balanced XLR and unbalanced jack inputs, with phantom power permanently available on XLR inputs for condenser microphones and active pickups. An 1/8" CD/MP3 input lets you run backing tracks or practice material through the same amp, while 1/4" D.I. and 1/8" headphone outputs provide flexible routing for live sound engineers and silent practice.

Key Features

• 30 watts real RMS linear output power
• Pair of 6.5" drivers with custom dual-cone design
• Two independent input channels with balanced XLR or unbalanced jack inputs
• Phantom power permanently available on XLR inputs
• 1/8" CD/MP3 auxiliary input
• Channel controls: Volume, Bass, Mid, Treble, Shape, Reverb, Chorus, Phase, Anti-Feedback
• Digital Reverb and Chorus effects
• Three-band equalisation (Bass, Mid, Treble)
• 1/8" headphones output
• 1/4" D.I. output
• Closed cabinet design for controlled feedback rejection
• Compact dimensions (280 x 390 x 210 mm) and lightweight at 7.4 kg

The LA30D combines straightforward channel architecture with essential tone-shaping tools and practical I/O flexibility, making it a dependable solution for acoustic amplification in working environments.