The EVOX V15 is a professional three-way active column loudspeaker designed to deliver clarity, output, and reliability in demanding live sound applications. A 1.75" compression driver on a 120° × 40° True Resistive Waveguide ensures wide, coherent coverage, while ten 4" midrange transducers deliver precise vocal definition. A high-power 15" woofer in a bass-reflex enclosure provides deep, controlled lows. Powered by a 3500 W dual-channel Class-D amplifier, the system achieves 133 dB SPL with touring-grade dynamics. Part of the EVOX Series, the V15 combines RCF transducer and DSP technology in a sleek format, offering natural sound and straightforward deployment for bands, DJs, and live events.

Features

• 133 dB Max SPL
• 3500 W Class-D Amplifier - Built-In DSP
• 1.75" Neo Compression Driver - 120° X 40° True Resistive Waveguide
• 10 X 4" Mid-Range Neo Transducers
• 15" RCF Precision Low-Frequency Woofer
• Enhanced Coverage And Clarity
• Composite Column, Plywood Woofer Enclosure
• PowerCon True1-TOP Mains Connector
• Top Speaker Padded Carrying Bag Included

ELEVATE YOUR SOUND

Engineered for professional performance, EVOX V systems take the acclaimed EVOX concept to the next level. A true three-way active design with RCF high-performance transducers delivers uncompromising clarity, natural vocal presence, and deep, controlled low frequencies. Powered by high-output Class-D amplification, EVOX V delivers professional SPL levels with touring-grade headroom and wide coverage. Despite its power, the system maintains the sleek, unobtrusive form factor and ultra-fast setup that made EVOX a standard in portable sound. Available in black or white, EVOX V is ideal for demanding live music, DJs, corporate events, and rental applications.

3500 W

Engineered for Impact

The new generation 3500 W Class-D two-channel amplifier delivers up to 2.5X more power than the previous architecture, delivering extremely high sound pressure levels with ultra-fast attack, realistic transient response, and minimal thermal buildup.

True 3-Way Design

Neodymium compression driver (1.75" voice coil, Kapton dome) with a True Resistive Waveguide (TRW) for a resonance-free load and constant, 120° X 40° coverage.

The forward radiation of the array of 10 x 4.0" neodymium cone drivers, combined with the centered waveguide, delivers a balanced point-source response.

The forward radiation of the array of 10 x 4.0" neodymium cone drivers, combined with the centered waveguide, delivers a balanced point-source response.

15" RCF transducer provides deep, controlled low frequencies, ideal for bass-heavy music and high-energy performances.

Refined, Road-Ready Design

SUB ACE Presets for EVOX V

When extended, impactful low-end is required, simply add an RCF subwoofer. ACE-enabled models, starting from the SUB AX Series, include dedicated integration presets for EVOX systems, ensuring perfect tuning at the touch of a button. RCF's Advanced Crossover Engine (ACE) precisely adjusts time delay and phase to optimize power and impact of the system.

Digital Signal Proficiency

The EVOX V DSP platform is a real-time DSP engine that delivers unparalleled processing density and scalability, propelling RCF speakers to a new level of performance, and incorporates all RCF proprietary algorithms for protection and tuning.

Bass Motion Control®

EVOX V speakers equipped with Bass Motion Control (BMC) deliver the lowest audible frequencies without compromising woofer stability, with extended linearity and improved sound integrity. The BMC method creates a complete map of the woofer's dynamic behavior to generate a custom algorithm that limits overexcursions. Traditional high-pass filters protect the woofer from over-excursion but change the phase/frequency response. In contrast, the new BMC algorithm protects the woofer while enabling full freedom in signal reproduction.

New perspective on linearity

EVOX V loudspeakers are engineered with proprietary FiRPHASE processing to deliver transparent sound, exceptional clarity, and precise imaging. FiRPHASE optimizes phase response across the listening area, helping provide consistent coverage and a natural transient response while maintaining low system latency. The algorithm refines the transducer transfer function and, where needed, corrects amplitude, reducing the effects of cabinet-related resonances and acoustic cancellations.

Specifications