Magico S3 in blue with Luxman electronics in the Big Room

The Magico story

Sealed aluminum and carbon, drivers built in-house, and a cabinet designed to disappear: the American reference loudspeaker since 2004.

Founded 2004 in The San Francisco Bay Area; in Hayward, California since 2013, where every Magico is machined and built by Alon Wolf · magicoaudio.com

The history and technologies of Magico of Hayward, California, and what Pearl Audio keeps on the floor.

Alon Wolf heard a pair of Quad 57 electrostatics at fourteen or fifteen and, as he told Stereophile, thought he had died and gone to heaven. He came to the United States from Israel, where he had won a scholarship for gifted musicians at sixteen as a classical guitarist, trained as an industrial designer, and worked in computer animation on films and games including Shrek, Antz and The Sims. In the early 1990s he was building one-off loudspeakers for clients around the San Francisco Bay, and in 1994, by his own account, he set out to build the perfect loudspeaker for himself. Magico dates its use of aluminum in enclosures to those early designs, but the first production Magicos were built from wood: stacked and laminated Baltic birch plywood, chosen for its density and damping, with aluminum where it mattered most, at the baffle.

Magico S5 2024 loudspeakers with Burmester 218 amplifiers in Pearl Audio's Big Room, 2025
The S5 2024 with Burmester 218s in our Big Room, 2025. Photo: Pearl Audio. The S5

Magico became a business in 2004. Jeff Rowland mentioned Wolf to a Hong Kong distributor who wanted a premium small monitor for small Asian rooms, and the result was the Mini, a stacked-birch stand-mount with exotic drivers, shown in Las Vegas in 2004 and at CES in January 2005. It won Stereo Sound's Grand Prix in 2005 and The Absolute Sound's Overall Product of the Year in 2006, at a time when Magico was one man in a 1,500-square-foot shop. The Ultimate, an all-aluminum horn system priced in the hundreds of thousands, announced that the ambition was not small. The Mini was a stack of birch-ply laminations with machined aluminum front and rear plates; the Mini II of 2007 did away with wood screws entirely, pulling the birch between its aluminum plates with tension rods. The V2 and V3 floorstanders of the same years kept the laminated birch cabinet behind an aircraft-grade aluminum baffle, Stereophile reviewing the V3 in May 2008, and the four-way M5 followed at CES 2009. In 2008 Wolf bought the machine shop that had been cutting his aluminum and moved the CNC machines in-house, a decision that made everything after it possible.

Magico S3 2023 in Racer Blue with Linn Klimax Solo 800 amplifiers in Pearl Audio's Big Room, 2025
The S3 2023 in Racer Blue with Linn Klimax Solo 800s in our Big Room, 2025. Photo: Pearl Audio. The S3

The Q5 of 2010 was the first all-aluminum, sealed Magico floorstander, 387 pounds of machined aluminum and brass held together by tubular truss rods, more than fifty parts and 350 fasteners. Stereophile named it Loudspeaker of the Year for 2011 and noted that without the in-house shop it would have cost twice its price. The Q3, the Q1 and the 750-pound Q7 followed, and in December 2011 the S5 opened the S series with curved side walls extruded as a single piece of aluminum, a first for a loudspeaker; the S1, the SCC center channel and the S3 and S7 completed the line. In 2013 the company consolidated in Hayward, California, and built a listening room there, 33 by 22 by 13 feet with a 24-decibel noise floor, because, as Wolf put it, most of the time when you listen to a loudspeaker you are listening to the room.

Magico A5 with the dCS Lina in Pearl Audio's Small Room, 2025
The A5 with dCS Lina in our Small Room, 2025. Photo: Pearl Audio. The A5

The tenth-anniversary M Project of 2014, fifty pairs sold within a month unheard, introduced two things that now define the brand: a 28 mm beryllium tweeter dome coated with diamond, and cones reinforced with graphene in place of carbon nanotubes. The Q7 Mk II and the S Mk II revisions carried them across the range. The M3 of 2016 began the M series in earnest, with a carbon-fiber monocoque on an aluminum baffle; the M6 of 2017, which Wolf described as the closest Magico had come to an invisible box, and the M2 of 2018 followed. In the other direction, the A3 of December 2017 was the first Magico under ten thousand dollars, built from machined aluminum plate without the paint and polish; it sold out in two days, and the A1, ACC, ASUB and A5 completed an A series within three years.

Magico S2 in Corsa Red with dCS Rossini APEX and Pass Labs in Pearl Audio's Small Room, 2026
The S2 in Corsa Red with dCS Rossini APEX and Pass Labs, 2026. Photo: Pearl Audio. The S2

In June 2020 Magico announced the M9, a four-way, six-driver flagship of a thousand pounds a side in a carbon-fiber and aluminum-honeycomb enclosure, with its bass crossover moved outside the cabinet into the MXO; the same year Alon Wolf was inducted into The Absolute Sound's Hall of Fame. What the M9 taught went down the line: the Titan 15 subwoofer in 2021, the S3 2023 with the M9's tweeter and an enclosure 30 percent quieter than before, the S-Sub and the M7, the M9's passive derivative, in 2023, the S5 2024, which Stereophile made its 2025 Joint Overall Product of the Year, the S2 at the end of 2024, the S7 2026 shown at AXPONA in April 2026, and the A3 2027, announced in October 2026. The company now occupies 30,000 square feet in Hayward, with about thirty people, a full CNC shop, a Klippel Near-Field Scanner, a scanning laser vibrometer and a production analyzer that tests every driver and every finished loudspeaker, and it sells in 34 countries. Yair Tammam, who joined in 1998, is chief technical officer; Wolf remains founder and CEO.

Pearl Audio's main listening room with Magico loudspeakers and the dCS collection, 2026
Magico and dCS in Pearl Audio's main listening room, 2026. Photo: Pearl Audio.

The principles have not moved in two decades. Every Magico is a sealed box made of metal or carbon, machined and assembled in Hayward with nothing outsourced; the drive units are designed and built there; the crossovers are passive, with digital processing confined to the subwoofers; and each new model is a new design rather than a revision, because, as Wolf said of the M9, he has never been interested in a few tweaks and calling it a new model. The profit, he says, goes back into the company. The loudspeakers that result are the reference for a particular idea of high fidelity: that the best thing a loudspeaker can do is get out of the way.

Milestones

  1. 1994 The first Magico Alon Wolf, an industrial designer and classical guitarist working in computer animation, sets out to build the perfect loudspeaker for himself, and builds one-off designs for Bay Area clients through the 1990s.
  2. 2004 Magico founded; the Mini Magico becomes a business in the Bay Area. The Mini, a stand-mount of stacked Baltic birch plywood between aluminum plates, built for a Hong Kong distributor, is shown in Las Vegas and at CES 2005; it wins Stereo Sound's Grand Prix in 2005 and The Absolute Sound's Product of the Year in 2006.
  3. 2005 The Ultimate An all-aluminum horn system, later priced at $395,000 as the Ultimate II and $600,000 as the v.3, shows the scale of Magico's ambitions while the company is still one man in a 1,500-square-foot shop.
  4. 2008 The V Series, and the machine shop The V2 and V3 floorstanders and the Mini II carry laminated birch-ply cabinets behind aluminum baffles, with tension rods in place of wood screws. Magico buys the CNC shop that had been machining its parts; everything it has built since is cut on its own machines, and the four-way M5 follows at CES 2009.
  5. 2010 Q5 The first all-aluminum sealed Magico floorstander: 387 pounds, more than fifty machined parts, 350 fasteners, carbon-nanotube Nano-Tec cones. Stereophile's 2011 Loudspeaker of the Year.
  6. 2011 Q3, Q1, Q7 and the first S series The Q series fills out, with the 750-pound Q7 at its head, and in December the S5 introduces the extruded curved-aluminum enclosure, a first for a loudspeaker. The S1, SCC, S3 and S7 follow by 2015.Magico SCC
  7. 2013 Hayward Magico consolidates in a 20,000-square-foot facility in Hayward, California, and builds a listening room with a 24-decibel noise floor, to take the room out of the equation.
  8. 2014 M Project Fifty pairs for the tenth anniversary, sold within a month unheard. The first diamond-coated beryllium tweeter and the first graphene cones; the Q7 Mk II and S Mk II revisions carry them across the range.
  9. 2016 M3, then M6 The M series begins with a carbon-fiber monocoque on an aluminum baffle. The M6 of 2017, in half-inch carbon fiber, is the closest Magico has come to what Alon Wolf calls an invisible box.
  10. 2017 A3: the first Magico under $10,000 Machined aluminum plate without paint and polish, a beryllium tweeter and Nano-Tec cones. The first production sells out in two days; the A1, ACC, ASUB and A5 complete the A series by 2020.Magico A1
  11. 2018 M2 The carbon-fiber M series in its most compact form, with the 28 mm diamond-coated beryllium tweeter and Gen 7 graphene cones.
  12. 2020 M9 and the MXO The flagship: a thousand pounds a side, carbon-fiber skins over an aluminum honeycomb core, an external analog crossover for the bass. Alon Wolf enters The Absolute Sound's Hall of Fame; the A5 brings Gen 8 honeycomb cones to the A series.Magico M9
  13. 2021 Titan 15 Two 15-inch drivers in a sealed aluminum enclosure with Magico's own DSP: 136 dB at 20 Hz, 395 pounds.Magico Titan 15
  14. 2023 S3 2023, S-Sub and M7 The S series is rebuilt around the M9's tweeter and drivers, starting with an S3 whose enclosure is 30 percent quieter; the second-generation S-Sub arrives in July and the M7, the M9's passive derivative, in November.Magico S3
  15. 2024 S5 2024 and S2 The S5 2024 is Stereophile's 2025 Joint Overall Product of the Year; the S2, on the largest single extrusion Magico has made, is announced in December. Magico enters its third decade with more than forty products behind it and sales in 34 countries.Magico S5
  16. 2026 S7 2026 and A3 2027 The S7 2026 debuts at AXPONA with Duelund capacitors in an S-series crossover for the first time; the factory expands to 30,000 square feet; and in October the A3 is reborn as the A3 2027.Magico S7

Magico at Pearl Audio

Pearl Audio is an authorized Magico dealer in Portland. The A5, S2, S3 2023 and S5 2024 are on demonstration in our rooms, and the full A, S and M series, the SCC and ACC centers and the ASUB, S-Sub and Titan 15 subwoofers are available to order. Magicos are sealed 4-ohm designs that ask for current, so we demonstrate them on amplifiers that have it, and we deliver and set them up ourselves, with the footers and positioning done in your room.

Signature technologies

The engineering behind Magico

Magico gives its technologies names because each one solves a specific problem. Here is what each does, where it came from, why it matters in a system, and what you may hear.

The silent boxSince 2010

Sealed aluminum enclosures

Every current Magico is a sealed box built from thick aluminum or carbon fiber, braced from the inside and damped with constrained layers, so the cabinet stores and re-radiates as little energy as possible. The first Magicos, the Mini and the V Series, were laminated Baltic birch behind aluminum baffles; since the Q5 of 2010 the company has built nothing in wood. Read the deep diveClose

What it does

Alon Wolf's position, stated in 2008, was that a loudspeaker cabinet should be both stiff and well damped, and that MDF is damped but not stiff. Magico's answer is aluminum: machined 6061-T6 plate in the A series, large curved extrusions in the S series, and carbon-fiber monocoques on aluminum baffles in the M series, all bolted to internal frames and lined with constrained-layer damping that turns what movement remains into heat. The Q5 of 2010, the first all-aluminum Magico floorstander, was assembled from more than fifty machined parts and 350 fasteners; Stereophile estimated it would have cost twice its price had Magico not bought its own CNC shop. The boxes are sealed, so there is no port to resonate or to chuff, and the bass rolls off gently at 12 dB per octave, which is why Magicos work closer to walls than their size suggests and why Magico pairs them with its own sealed subwoofers rather than reflex loading.

Why it matters in a system

Panel resonance is one of the main sources of coloration in a loudspeaker, and it is the one a listener cannot separate from the music because it arrives a few milliseconds late from the same place. Take the cabinet out of the sound and what is left is the drive units, which is where Magico wants the engineering to show. Wolf's stated goal has been a diffractionless, invisible box.

What you may hear

The absence of a cabinet signature: voices and instruments with no boxiness or thickening behind them, and bass that stops when the note stops. Stereophile's Michael Fremer called the Q5 the smoothest, most detailed, least mechanical-sounding speaker he had heard; of the S3 2023 Stereophile wrote that the proof of the aluminum sandwich is in the listening.

Curved walls from a single dieSince 2011

The extruded S-series cabinet

The S series takes its shape from aluminum extrusion: curved side walls pressed through a die as one piece, up to two inches thick, with no seams to flex and no flat panel to ring. The S5 of 2011 was the first loudspeaker built this way. Read the deep diveClose

What it does

An extrusion is a length of aluminum forced through a shaped opening, which produces a wall of constant, controllable thickness with a curve designed in rather than bent. Magico's first, the S5 announced in December 2011, used a 16-inch-diameter curved extrusion for its side walls; the S1 of 2012 was a monocoque 12-inch extrusion with three-eighths-inch walls. The current S3 2023 is built from four extruded panels between a half inch and two inches thick, under a curved top plate on a thicker base; the S2 of 2024 uses the largest single-piece extrusion Magico has produced, with a full-length vertical brace inside it. The S5 2024 and S7 2026 add internal volume (31 percent on the S5, 180 liters on the S7) within curved enclosures shaped by 3D simulation and checked with a laser vibrometer. The outside is finished in Magico's Softec textured paint or high gloss, each in six colors.

Why it matters in a system

A curve is stiffer than a flat panel and it diffracts less, and an extrusion gives Magico that curve in thick metal at a cost that puts the S series between the A series and the M series. Magico's claim for the S3 2023 was an enclosure 30 percent quieter than the model it replaced.

What you may hear

The S-series signature reviewers describe: scale and ease from a cabinet that is not adding to the sound. Stereophile's John Atkinson called the S5 2024 the finest-sounding loudspeakers he had experienced in his listening room and it was Stereophile's 2025 Joint Overall Product of the Year; The Absolute Sound gave the S3 2023 a 2024 Golden Ear and called it a truly great dynamic loudspeaker that competes with the twice-as-expensive competition.

Carbon skins, aluminum baffle, tension rodsSince 2016

The M-series carbon-fiber monocoque

M-series cabinets are carbon-fiber shells, half an inch thick on the M6 and built as inner and outer skins over an aluminum honeycomb core on the M9, closed by machined aluminum baffles and pulled together by tension rods. It is Magico's closest approach to a box that is not there. Read the deep diveClose

What it does

The M3 of 2016 introduced the recipe: an internal three-axis matrix of bracing encapsulated in a sandwich carbon-fiber skin, with a multi-ply 6061-T6 aluminum front baffle and front-to-back tensioning rods that preload the whole structure. The M6 of 2017 is a six-sided monocoque sculpted from half-inch carbon fiber around four machined aluminum billets and ten rods; the M2 of 2018 brought the construction down in size. The M9 of 2020 went further, with carbon-fiber inner and outer skins over an aluminum honeycomb core, a combination Magico says cuts weight and doubles stiffness, shaped with finite-element analysis and damped with aerospace composites. The M7 of 2023 is the all-passive derivative of the M9 in a monocoque carbon shell with a constrained-layer aluminum baffle, and it carries a chrome plate signed by Alon Wolf.

Why it matters in a system

Carbon fiber is stiff and light, which moves the cabinet's resonances up and lets them be damped, and the curved monocoque has no corners to diffract. Wolf has said that the only weak spot in such a structure is the bolt coupling, which is why the baffles are preloaded with rods rather than simply screwed on.

What you may hear

Harry McKerrell of What Hi-Fi? wrote of the M7 that he had never heard clarity like it. Stereophile's Jim Austin found the M2 differentiates tone and touch very well. These are loudspeakers whose size is visible and whose cabinets are not audible.

The 28 mm dome from the M9Since 2014

Beryllium and diamond-coated beryllium tweeters

Magico's tweeter is a 28 mm beryllium dome of its own design. In the S and M series it carries a five-micron layer of diamond grown onto the beryllium by chemical vapor deposition; the A series uses the same dome uncoated. Both descend from the unit developed for the M9. Read the deep diveClose

What it does

Beryllium is lighter and stiffer than aluminum or titanium, so a beryllium dome moves as a piston to frequencies far above hearing before it breaks up. A thin diamond coating, deposited atom by atom, stiffens it further; Magico introduced the diamond-coated beryllium dome on the M Project of 2014, enlarging the dome from 26 to 28 mm at the same time, and the current version was developed for the M9 of 2020 with a neodymium motor and a back chamber shaped by finite-element analysis to absorb the dome's rear radiation. The S3 2023 was the first S model to inherit it, and the S2, S5 2024, S7 2026 and SCC all use it now. The A1, A3 2027, A5 and ACC use a 28 mm pure beryllium dome on the same platform, with a new neodymium motor on the A3 2027.

Why it matters in a system

The tweeter sets the ceiling on resolution, and a dome that stays pistonic and quiet in its decay lets the crossover hand over to the midrange with no change of character. Magico's claim for the M9-derived unit is the lowest distortion then measured from a high-frequency transducer.

What you may hear

Treble that reviewers stop describing as treble. Hi-Fi+ wrote of the M Project tweeter that it absolutely did not sound like a tweeter; the same quality, of air and detail without edge, is what distinguishes the current S and A models from loudspeakers with conventional metal domes.

Carbon nanotubes, then graphene, now an aluminum honeycomb coreSince 2010

Nano-Tec cones

Magico builds its own midrange and bass cones as sandwiches: stiff skins over a light core. The skins were reinforced with carbon nanotubes in the Q series, with graphene from 2014, and the current Gen 8 cone puts graphene-reinforced carbon-fiber skins over an aluminum honeycomb core. Read the deep diveClose

What it does

A cone should move as a single rigid piston through its working range and then break up in a way the crossover can hide. Magico's Nano-Tec cones of 2010, the first to use carbon nanotubes in a cone, put nanotube-reinforced skins over a Rohacell foam core. The M Project of 2014 replaced the nanotubes with graphene, which Magico said cut weight by 30 percent and tripled stiffness, and that XG Nanographene generation went into the S7, the S Mk II models, the M3, M6 and M2 and the first A series. The eighth generation, first seen in the A3's woofers in 2018 and the A5 and M9 of 2020, replaces the foam with an aluminum honeycomb core between graphene-reinforced carbon-fiber skins, which can be formed into custom profiles for each driver size. Every current S and M model uses Gen 8 cones, from the 5-inch midrange of the S2 to the 15-inch bass drivers of the M9, and the A3 2027's new 5-inch midrange and 7-inch woofers are built the same way.

Why it matters in a system

A lighter, stiffer cone has less stored energy and a first breakup further above its passband, so the midrange is handled by a diaphragm behaving as the model predicts rather than flexing with the music. Magico's own description is that the cones operate as perfect pistons throughout their entire operating range.

What you may hear

The transparency that defines the brand: Stereophile called the S5 2024 a revelation of what can be achieved by an apparently conventional moving-coil loudspeaker, and Hi-Fi+ described it as an open window to the music, neither adding nor subtracting from the signals it receives.

The drive units are built in HaywardSince 2011

Underhung neodymium motors and titanium voice coils

Magico designs and assembles its own drive units. The motors are underhung, with a short voice coil inside a tall neodymium magnetic gap, wound on titanium formers with copper pole caps and shorting rings, so force on the cone stays constant through the stroke and distortion stays low at high level. Read the deep diveClose

What it does

In an underhung motor the coil is shorter than the magnetic gap, so every turn of wire stays in the full field no matter where the cone is in its travel; the force is linear with current and the sound does not change with volume. Magico started with dual-neodymium underhung midrange motors on the S5 and S1 of 2011 and 2012, built the Q7's motor with a flux it described as ten times the industry norm, and gave the M6 a 1.7-tesla midrange motor. The current generation uses N48H neodymium ring magnets with a matching top magnet to balance the field, pure titanium formers of three, four and five inches, and copper pole caps and shorting rings to cancel the inductance that would otherwise rise with the coil's position. The M9's 15-inch woofers have a 36 mm gap and 15 mm of linear travel each way; the S7 2026 adds a third-generation chassis with a dual-post architecture. Magico does not use dust caps; Wolf's view is that a dust cap is a sign the engineering was not finished.

Why it matters in a system

Most of a loudspeaker's distortion is generated in the motor, by a coil leaving the field and by inductance changing with position. An underhung motor on a titanium former with copper in the gap removes both mechanisms, which is why Magico can quote midrange drivers linear to 120 dB and why the loudspeakers keep their composure at levels that compress others.

What you may hear

Dynamics without strain, and the same tonal balance at a whisper and at full orchestra. Hi-Fi News measured the A5's midband distortion at 0.06 percent; What Hi-Fi?'s reviewer of the M7 found its bass clarity more startling than its price.

ESXO, Mundorf and DuelundSince 2011

Elliptical Symmetry Crossover

Magico's crossovers are designed from each driver's measured acoustic roll-off so that the summed slopes meet symmetrical 24 dB per octave Linkwitz-Riley targets with steeper-than-usual attenuation outside the band and fewer parts in the path. The parts are Mundorf's best, and on the M7 and S7 2026, Duelund CAST capacitors. Read the deep diveClose

What it does

A conventional crossover applies an electrical filter and hopes the driver's own response cooperates. Magico's Elliptical Symmetry Crossover starts from the measured driver and designs the network so that the acoustic result, filter plus driver, is the target: an elliptical filter shape with accelerated roll-off, which keeps each driver out of the range where it misbehaves without adding the extra poles that would cost phase linearity. The parts are chosen to match: Mundorf M-Resist Ultra foil resistors (the A5 was the first product to use them), copper-foil coils and induction-free capacitor windings, and on the M7 and the S7 2026, Duelund CAST PP Radial capacitors, used in an S-series loudspeaker for the first time. Magico does the filtering passively in all its loudspeakers; Wolf has said the company has yet to hear a DSP that preserves the transparency of a top system, and reserves digital processing for its subwoofers.

Why it matters in a system

Fewer parts in series with the music means less loss and less coloration, and symmetrical acoustic slopes keep the drivers in phase through the crossover region, so the handover from midrange to tweeter is seamless and intermodulation stays low. The result is the coherence reviewers describe, a multi-way loudspeaker that speaks with one voice.

What you may hear

Hi-Fi+ on the S5 2024: an uncanny ability only possible with a loudspeaker as intrinsically neutral and accurate as this one. Magico's own word for the S2 is coherence across its four drivers.

FEA, laser vibrometry and the Klippel scannerSince 2011

Measurement-led design

Magico models drivers and cabinets with finite-element analysis before a part is cut, then scans the built prototype with a laser vibrometer to see which areas of the cabinet move and with a Klippel Near-Field Scanner robot to map its output in three dimensions, and tests every finished driver and loudspeaker on a Klippel analyzer. Read the deep diveClose

What it does

Finite-element analysis has been part of Magico's method since the Q7 of 2011, when it was used to study how the drivers behaved inside the cabinet. Yair Tammam, Magico's chief technical officer since 1998, models each driver across its mechanical, thermal, electrical and magnetic behavior on one software platform. Once a prototype exists, a Polytec scanning laser vibrometer shows exactly where the cabinet walls move, so bracing, bolt placement and damping can be put where they are needed; the S3 2023's resonances were measured by 3D laser interferometry, and the A3 2027's bracing was tuned from vibrometer data. A Klippel Near-Field Scanner, a robot that measures the loudspeaker over a full sphere, gives Magico coherent measurements down to 20 Hz without an anechoic chamber. In production, Magico was described in 2015 as the only American high-end loudspeaker company using a Klippel Production Analyzer to check every driver and every finished loudspeaker. The company's Hayward listening room, 33 by 22 by 13 feet with a 24 dB noise floor, was built to take the room out of the equation.

Why it matters in a system

A loudspeaker that is modeled, scanned and measured is a loudspeaker whose designer knows why it sounds as it does, and can change one thing at a time. Wolf's own description is that for the first time the engineers can see things rather than guess, and that a great deal of subjectivity has been removed from the process.

What you may hear

Consistency: a Magico heard in our room sounds like the one that was reviewed, because every unit is checked against the same reference. And the lack of surprises that comes from a design with no unmeasured resonances.

Magico's flagship, semi-activeSince 2020

The M9 and the MXO crossover

The M9 is Magico's statement loudspeaker: a four-way, six-driver tower of a thousand pounds each in a carbon-and-honeycomb enclosure, with its 120 Hz bass crossover performed outside the cabinet by the MXO, a fully balanced analog active crossover with its own regenerating power supply. Read the deep diveClose

What it does

Announced in June 2020 at $750,000 a pair, the M9 carries the 28 mm diamond-coated beryllium tweeter, a 6-inch Gen 8 midrange linear to 120 dB, two 11-inch mid-bass drivers and two 15-inch bass drivers with 36 mm gaps and 15 mm of linear excursion. Its enclosure is the first to combine inner and outer carbon-fiber skins over an aluminum honeycomb core, closed by a 6061-T6 baffle under front-to-back tensioning rods and shaped by finite-element analysis. Tweeter, midrange and mid-bass share an internal passive Elliptical Symmetry Crossover; the split between the mid-bass and the 15-inch woofers is handled by the MXO, a separate chassis with discrete balanced circuitry, 24 dB per octave Linkwitz-Riley slopes, half-decibel step attenuators and an open architecture for added filters, fed from its own AC-regenerating supply. A pair needs two stereo or four mono amplifiers. The M7 of 2023 is the all-passive derivative, at $375,000, conceived as a more accessible version of the same design.

Why it matters in a system

Taking the bass crossover out of the cabinet removes the largest, lossiest inductors and capacitors from the signal path and lets the bass drivers be driven directly, with the level trimmed to the room. Magico calls the result semi-active: the precision of an active low end with the transparency of a passive top.

What you may hear

What Magico itself describes: a loudspeaker with a commanding physical presence that sonically vanishes. The M9 sets the direction for everything below it; the tweeter, the Gen 8 cones and the motors in today's S series were developed for it.

Titan 15, S-Sub and ASUBSince 2019

Sealed subwoofers with DSP

Magico's subwoofers are the one place it uses digital signal processing: sealed, thick-walled aluminum enclosures on the QSUB platform, aluminum-cone drivers with long linear travel, Class D amplification and a DSP crossover and control center with room calibration and presets. Read the deep diveClose

What it does

The Titan 15 of 2021 carries two 15-inch aluminum-cone drivers mounted opposed so their reaction forces cancel, each with a 4-inch voice coil, a 10-inch dual progressive spider and about 1.6 inches of linear travel each way, and each on its own Class D amplifier: 4,500 watts in total on 120-volt mains. A SHARC processor running 32-bit floating-point code provides the crossover, equalization, three presets, signal sensing, limiting and thermal protection through a touch panel, and Magico rates the cabinet to withstand internal pressures equivalent to 175 dB with less than one percent displacement; the output figure is 136 dB at 20 Hz below one percent distortion, with response from 12 to 150 Hz, in a 395-pound box. The S-Sub of 2023 uses two 13-inch front-firing drivers with 550-watt capability each, a 2,250-watt amplifier and network-based room calibration, reaching 15 Hz; the ASUB puts a single 10-inch driver and a 500-watt amplifier with the same DSP functions in a three-eighths-inch 6061-T6 enclosure to match the A series.

Why it matters in a system

Magico's loudspeakers are sealed and roll off gently, so a sealed subwoofer with the same character extends them without a change of texture, and the DSP lets the crossover and room response be set precisely where a passive box could not. A pair of Titans or S-Subs under an S or M system is how Magico shows its loudspeakers at full scale.

What you may hear

Bass that is felt as pressure rather than heard as a boom, and that stops instantly. Magico's own claim for the Titan is output extending below the range of hearing into the infrasonic.

Constrained-layer footersSince 2015

QPod and MPod isolation

Magico's footers are stacks of dissimilar metals with damping layers between them, so vibration passing through is turned into heat by shear. QPods go under electronics; MPods carry heavy loads and are the standard feet of the M series. Read the deep diveClose

What it does

A QPod is machined from hardened stainless steel, oxygen-free copper and black-anodized aluminum, with multiple constraining layers; each layer deforms in shear as vibration passes and dissipates it as heat. Magico developed them for its own research and development before selling them, and its listening room has used them under its electronics and racks since at least 2015. The MPod is the heavy-duty version for medium to heavy loads, made of aircraft aluminum and tungsten steel around a solid pure-copper center between ISODAMP layers; a pull-pin releases the two halves so the load is effectively floated, and a coupling stud makes it an upgrade footer for the M3, Q7, Q7 Mk II, M Project and the original S7. The M6, M2 and M7 stand on MPod-based support systems, and the current S models ship with a three-footer support of their own with constrained-layer damping; the APod and SPod are the lighter versions for the A and S series.

Why it matters in a system

A loudspeaker that has eliminated its cabinet resonances still stands on a floor, and electronics sit on racks that vibrate with the music. Draining that energy through a damped path, rather than coupling it with a spike or storing it in a soft foot, is the same principle as the constrained-layer damping inside the cabinets, applied at the interface.

What you may hear

A cleaner, more settled presentation under a loudspeaker or a component that was already good; the effect is in the low-level detail and the stability of the image rather than in tonal balance.

A Magico for a wider audienceSince 2017

The A series

The A series applies Magico's materials and methods, a sealed 6061-T6 aluminum enclosure, beryllium tweeter, Nano-Tec cones and an Elliptical Symmetry Crossover, in a simpler brushed-and-anodized box made on the same Hayward machines, at prices that start below ten thousand dollars a pair. Read the deep diveClose

What it does

The A3 of December 2017 was Magico's first loudspeaker under ten thousand dollars; its first production sold out in two days and the company planned a thousand pairs for the first year. The enclosure is a simplified version of the Q-series construction: machined and bolted 6061-T6 plate, three-eighths of an inch thick on the A1, ACC and ASUB, fully braced and damped, validated with finite-element analysis and physical testing, and finished in brushed or black anodizing rather than paint. The A1 stand-mount, ACC center and ASUB followed in 2019 and the A5, with Magico's first five-inch pure midrange driver and three 9-inch Gen 8 woofers, in 2020. The A3 2027, announced in October 2026 at $25,000, rebuilds the model with a new 5-inch Gen 8 midrange, 7-inch Gen 8 woofers, a new tweeter motor, a crossover with Mundorf parts, radiused edges, no visible fasteners and bead-blasted anodized panels in four colors. A-series loudspeakers are 4-ohm designs with moderate sensitivity, and they reward amplifiers with current.

Why it matters in a system

Most of what makes a Magico sound like a Magico is in the sealed metal cabinet, the drivers and the crossover rather than in the finish, and the A series is built on that premise. It is the way most Magico owners begin, and the ASUB and ACC let a pair of A1s or A5s grow into a system.

What you may hear

SoundStage!'s Doug Schneider on the A1: a minimonitor with a maxi sound that surprised him more than any product in a long while. Stereophile's Jim Austin on the A5: if the boxy A5 seems utilitarian, it is an aesthetic many will appreciate, and one with substance.

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