AD-10MD26 – High-Performance
Elevate your sound system with the Audiotone AD-10MD26 – High-Performance a professional-grade 10-inch midrange speaker designed for high-performance audio in demanding live sound, PA, and stage monitoring environments. Built with precision engineering and superior components, this speaker delivers a perfect blend of power, clarity, and durability, making it an ideal choice for audio professionals and sound system integrators.
Another key point is AD-10MD26 is a powerful 75.5 mm (3″) In/Out voice coil, which ensures excellent thermal conductivity and power handling. With a continuous max power rating of 800 watts and 400 watts RMS, this speaker delivers robust and consistent output even during extended performances. The 98 ± 2dB sensitivity ensures high efficiency, allowing it to produce loud, clear audio with minimal power consumption.
This midrange driver offers a frequency response range of 61Hz to 3800Hz. It is ideal for reproducing vocals and instruments with clarity and detail. The AD-10MD26 performs exceptionally well in line arrays, floor monitors, and PA cabinets. Its design ensures tight, accurate midrange performance with minimal distortion, even at high volumes.
The AD-10MD26 is built with a durable aluminium basket. This provides a rigid and stable foundation that reduces unwanted resonance and improves structural strength. It also features a Y35 grade ferrite magnet (180×85×20), which delivers strong magnetic flux for precise control and better dynamic response. Despite its rugged construction, the speaker weighs just 5.4 kg, making it both durable and portable.
The nominal impedance of 8 ohms and DC resistance of 5.8 ohms make it compatible with a wide range of amplifiers and crossover configurations, allowing seamless integration into existing audio setups.
Whether you’re building a new sound system or upgrading an existing one, the Audiotone AD-10MD26 is a reliable choice. It delivers professional-grade midrange audio with consistent clarity and power. This speaker is trusted by sound engineers and event professionals across India. Audiotone remains dedicated to sonic excellence, pushing boundaries through quality and performance-driven innovation.
FAQ Section
1. What role does the Audiotone AD-10MD26 play inside a professional multi-way line array?
The AD-10MD26 is engineered explicitly as a high-performance midrange/mid-bass driver. In a professional line array or multi-way cabinet, its purpose is to bridge the acoustic gap between heavy low-frequency subwoofers and high-frequency compression drivers.
2. Why is a 3-inch (75.5mm) inside/outside voice coil a massive advantage for a 10-inch midrange speaker?
While standard 10-inch speakers typically use smaller 2-inch or 2.5-inch single-wound coils, the AD-10MD26 features a heavy-duty 3-inch voice coil with inside/outside winding technology. Wrapping the conductive wiring on both sides of the glass-fiber former doubles the physical surface area exposed to airflow and the magnet assembly structure.
3. How does a 98dB sensitivity rating impact the overall power requirements of a PA system?
A high sensitivity rating of 96dB to 98dB (measured at 1W/1m) means the AD-10MD26 is exceptionally efficient at turning raw amplifier wattage into physical acoustic volume. For sound rental companies and event integrators, this high efficiency allows the system to achieve blistering sound pressure levels.
4. What are the structural benefits of the Y35 grade ferrite magnet and aluminum basket assembly?
The AD-10MD26 utilizes a heavy-duty 180x85x20 mm Y35-grade ferrite magnet to establish an incredibly dense magnetic flux field within the voice coil gap. This gives the motor structure ultimate control over the lightweight paper cone, resulting in lightning-fast transient responses.
5. What are the best active crossover and filtering practices for the AD-10MD26 on a DSP?
To maximize the lifespan and clarity of this 10-inch midrange unit, it should never be forced to handle deep subsonic bass frequencies. When configuring your Digital Signal Processor (DSP), you should apply a High-Pass Filter (HPF) utilizing a sharp Linkwitz-Riley or Butterworth curve.

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