Every Edelweiss is a fully acoustic grand piano, handbuilt in Britain. Self-play fitted as standard. You’ll find them in luxury homes across the world, from the Cotswolds to Cape Town, Manhattan to Monaco.
Choose a piece. The keys move. The atmosphere changes.
This is not a speaker. Not a digital simulation. Felt hammers striking copper strings. A live instrument, playing itself.
New commissions, collaborations and stories from our Cambridge workshop.
A self-playing piano is a fully acoustic piano that can perform music on its own, with no one seated at the keys. The hammers move. The strings vibrate. The sound fills the room exactly as it would if a pianist were playing.
It is not a digital piano. Not a recording through a speaker. The sound is live, because it is live.
Modern self-playing pianos are controlled via an iPad or smartphone, drawing from a library of professionally recorded performances. Choose a piece, press play, and the instrument does the rest. When no one is playing, the piano is. The room is never silent.
Self-playing pianos are also known as player pianos, automatic pianos, or pianolas, depending on the era and the technology involved. The names have changed. The essential idea has not: a piano that performs itself, exactly as a pianist would, with no pianist present.
A player piano is the original term for a self-playing piano. It dates to the late nineteenth century, when the first mechanical instruments capable of playing themselves were developed in Europe and the United States.
The term player piano is still widely used today, particularly in the United States, where it remains the standard description for any piano capable of autonomous performance. In the UK, self-playing piano has become the more common phrase. They refer to the same thing.
Historically, player pianos used perforated paper rolls and pneumatic mechanisms to operate the keys. Air passed through the holes in the roll, activating the corresponding notes. The system was entirely mechanical, with no electrical components.
Modern player pianos work differently. Precision solenoids, MIDI technology, and digital music libraries have replaced paper rolls and pneumatics entirely. The result is far greater accuracy, a vastly larger repertoire, and silent operation. The mechanism is invisible. Only the music is audible.
The pianola, the reproducing piano, the player piano, and the modern self-playing grand piano are all expressions of the same idea across different eras of technology.
The most common contemporary term in the UK. Descriptive, accurate, and the phrase most people reach for when searching for a modern instrument of this kind. A self-playing piano is any acoustic piano capable of performing music autonomously, without a pianist present.
Whatever name you reach for, the essential idea is the same. A piano that performs itself. Keys moving without hands. Music filling the room with no one seated at the instrument. The technology behind it has changed beyond recognition since the first pianola appeared in 1895. The experience of hearing it for the first time has not.
The mechanism of a modern self-playing piano has nothing in common with its Victorian predecessors beyond the basic principle: the keys move without a human hand.
Inside the piano, a series of precision electromagnetic solenoids sit beneath the keys. Each solenoid corresponds to a single note. When a performance is selected, the system reads a MIDI file — a digital record of every note played, at what speed, and with what force — captured from a live performance by a professional pianist on an acoustic instrument. The solenoids activate in sequence, pushing the keys from beneath, replicating every nuance of the original performance.
Each solenoid is capable of more than 1,800 gradations of force. This is what separates a modern self-playing piano from anything that came before. The dynamic range is complete. A whispered pianissimo and a full fortissimo passage are both reproduced with precision. The performance is not approximated. It is replicated.
The sound produced is always acoustic. Felt hammers strike copper strings. The resonance is the resonance of the instrument itself, not a speaker, not a sample. This is why the experience of hearing a self-playing piano for the first time is so disorienting. The room fills with music. Nobody is there. And yet the sound is unmistakably real.
Control is handled via an iPad or smartphone app. Libraries of professionally recorded performances are accessible directly from the device. Playback can be paused, adjusted, and curated. On an Edelweiss, the standard library contains 1,000 pieces, expandable to 5,000. Bespoke recordings can also be commissioned — any piece, any artist, made exclusively for the owner’s piano.
The mechanism itself is completely invisible. There are no exposed components, no visible technology. To anyone walking into the room, it simply appears to be a piano. Playing itself.
Yes. Because it is a real pianist.
The recordings that drive the system are captured from live performances by concert pianists — the precise weight of a key depression, the exact timing of a phrase, the punch of a fortissimo chord and the decay of a pianissimo note — recorded with a fidelity that no studio microphone can match, because the source is the instrument itself.
Those recordings are reproduced by solenoids capable of more than 1,800 gradations of force. The result is not an approximation of a performance. It is the performance, played back through a fully acoustic instrument in your home.
The question people ask before they hear it. They do not ask it afterwards.
No. The entire system is controlled from an iPad. Open the app, browse a library of 1,000 pieces, press play. That is the whole process. There is nothing to configure, nothing to calibrate, nothing that requires technical knowledge. If you can use a streaming service, you can use an Edelweiss.
You still have a piano. The self-play mechanism operates entirely independently of the instrument’s acoustic function. If the system ever requires attention, the piano continues to function exactly as it always has. You can sit down and play it. Nothing about the acoustic instrument is contingent on the technology working. This is by design.
People are consistently astonished the first time they encounter a self-playing Edelweiss. The second time, they choose the music.
Yes. Completely and without compromise.
An Edelweiss is a fully acoustic grand piano first. The self-play mechanism operates independently of the instrument’s acoustic function. When you sit down to play, you play a piano. The keys respond exactly as they would on any serious acoustic instrument. The mechanism does not interfere, does not alter the touch, and is not present in any way you would notice.
Self-play is what happens when no one is playing. When someone is, it is simply a piano.
This is one of the most common questions we are asked, and the answer is always the same. You are not choosing between a piano that plays itself and a piano you can play. You are choosing a piano that does both.
What will it sound like in my room. Whether a particular piece can be added to the library. How the mechanism looks when the piano is closed and silent.
These are conversations, not FAQs.
The self-playing piano is older than most people realise. The ambition to make a piano perform without a pianist dates to the nineteenth century, and the instruments that resulted were among the most significant technological achievements of their era.
As player piano technology advanced, manufacturers sought greater expressive accuracy. The reproducing piano, developed in the early twentieth century by companies including Welte-Mignon in Germany, went beyond simply activating notes. It captured and replicated the dynamic nuances of a pianist’s performance, including variations in touch, pedalling, and timing.
Reproducing pianos were used to record performances by some of the greatest pianists of the era. Those recordings, transferred to paper rolls, meant that a performance given in a concert hall in Berlin could be experienced in a drawing room in London or New York, played back on the owner’s own instrument with a fidelity that no other technology of the time could match.
As player piano technology advanced, manufacturers sought greater expressive accuracy. The reproducing piano, developed in the early twentieth century by companies including Welte-Mignon in Germany, went beyond simply activating notes. It captured and replicated the dynamic nuances of a pianist’s performance, including variations in touch, pedalling, and timing.
Reproducing pianos were used to record performances by some of the greatest pianists of the era. Those recordings, transferred to paper rolls, meant that a performance given in a concert hall in Berlin could be experienced in a drawing room in London or New York, played back on the owner’s own instrument with a fidelity that no other technology of the time could match.
A grand piano performs best with space around it. The sound needs room to develop. Avoid placing a piano directly against a wall if the room allows. Hard floors — wood or stone — allow the sound to resonate. Carpet absorbs it.
Keep the piano away from direct sunlight, which can damage the finish over time. Avoid conservatories and any space where temperature and humidity fluctuate significantly. Pianos are sensitive to environmental change. A stable environment, ideally between 42 and 55 percent relative humidity, protects both the acoustics and the mechanism.
The control an owner has over a self-playing piano extends beyond simply choosing what to play. Libraries of 1,000 pieces or more mean the instrument can be programmed to suit the mood, the occasion, or the time of day. Quiet classical pieces for a dinner. Something more energetic for a gathering. A single commissioned recording of a piece that means something specific to the owner.
The piano becomes, in this sense, a piece of the home that actively participates in the atmosphere of the space. Not furniture. Not decoration. Something closer to a living presence.
The market for self-playing pianos divides broadly into three categories: digital self-playing pianos, production acoustic self-playing pianos, and bespoke acoustic self-playing pianos. Understanding the difference is the most important step in making the right choice.
The sound from an acoustic self-playing piano is always acoustic. Felt hammers strike copper strings. The resonance is the resonance of the instrument itself. It is never digital, never recorded, never reproduced through a speaker.
The sound from a digital self-playing piano is always digital. It is a recording, played through speakers. However good the speakers, however accurate the samples, it is a reproduction of piano sound rather than piano sound itself.
For a buyer considering a self-playing piano as a serious instrument and a significant presence in the home, this distinction is the most important one.
Several factors influence the price of a self-playing piano beyond the base instrument.
Materials. Handbuilt pianos use higher-quality components throughout: solid spruce soundboards, the finest felt hammers, copper strings, hand-finished casework. These materials cost more and take longer to work with. The result is an instrument that sounds better, lasts longer, and holds its value.
Customisation. A standard finish costs less than a bespoke one. Farrow & Ball colours, hand-rubbed materials, specialist finishes developed for a specific commission: each adds to the cost and to the singularity of the instrument.
The music library. Standard libraries of 1,000 pieces are included across the Edelweiss range. Expanding to 5,000 pieces or commissioning bespoke recordings adds to the investment and to the experience.
Edelweiss builds grand pianos by hand in Cambridge, England. Every component is sourced within Britain wherever possible. Every piano, at every price point, includes self-play as standard.
This last point matters more than it might appear. Across most of the piano industry, self-play is a feature available on certain models, at certain price points, as an upgrade or optional addition. At Edelweiss, it is simply part of what a piano is. There is no version of an Edelweiss without it.
The system uses precision solenoids and MIDI technology to operate the keys wirelessly from an iPad. The mechanism is completely invisible. The sound is always acoustic: felt hammers striking copper strings, the resonance of a live instrument. A library of 1,000 pieces comes as standard, expandable to 5,000. Bespoke recordings can be commissioned for any piece, by any artist, made exclusively for the owner’s piano.
People are consistently astonished on hearing it for the first time. The keys move. The music plays. The room changes. As one owner put it: “It really does feel like there’s a professional pianist in our home playing. We love live music, and this is like having live music in our home.”
Edelweiss builds three grand piano models, each handbuilt in Britain with self-play fitted as standard.
The Sygnet is the world’s smallest grand piano. Characterful, design-led, and available in any colour across the full Farrow & Ball and Little Greene ranges. It suits rooms where presence matters as much as scale, and owners for whom personality is as important as performance.
The Flugel is a full-scale grand piano. Commanding, uncompromising, and built for rooms that can carry it. Available in any colour across the full Farrow & Ball and Little Greene ranges.
The Aurora is the flagship. Patented engineering, built entirely in Britain, and the most extensively customisable piano in the range: any colour, any material, any finish. It has been delivered in hand-rubbed walnut, brushed copper, poured resin, and bespoke finishes developed specifically for individual commissions. People have been known to cancel their Steinway order on experiencing it.
Every Edelweiss is fully customisable. Every Edelweiss plays itself. Every Edelweiss is handbuilt in Britain and found in luxury homes across the world, from the Cotswolds to Cape Town, Manhattan to Monaco.
A self-playing piano is a fully acoustic piano that can perform music autonomously, with no one seated at the keys. Precision solenoids operate the keys from beneath, driven by MIDI files captured from live performances by professional pianists. The sound is always acoustic. Felt hammers strike copper strings. It is never digital, never reproduced through a speaker.
A player piano is the original term for a self-playing piano, dating to the late nineteenth century. The two terms are interchangeable today. In the United States, player piano remains the standard description. In the UK, self-playing piano is more common. They refer to the same instrument.
Yes, completely and without compromise. The self-play mechanism operates independently of the instrument’s acoustic function. When you sit down to play, you play a piano. The keys respond exactly as they would on any serious acoustic instrument. Self-play is what happens when no one is playing. When someone is, it is simply a piano.
Precision electromagnetic solenoids sit beneath the keys, each corresponding to a single note. When a performance is selected via an iPad or smartphone, the system reads a MIDI file captured from a live performance and activates the solenoids in sequence, replicating every nuance of the original. Each solenoid has more than 1,800 gradations of force, giving the system a complete dynamic range from the quietest pianissimo to a full fortissimo passage.
A self-playing piano is a fully acoustic instrument. The sound comes from felt hammers striking copper strings. A digital piano produces sound electronically, through speakers. However sophisticated the technology, a digital piano reproduces piano sound rather than producing it. For buyers for whom sound quality is the primary consideration, this distinction is the most important one.
A pianola was the first commercially successful player piano mechanism, invented by Edwin Votey in 1895. It used perforated paper rolls and pneumatic pressure to activate the keys. The name became so widely used it passed into common usage as a generic term for any player piano of that era. Today it refers specifically to those early pneumatic instruments rather than modern self-playing pianos.
The first practical self-playing piano mechanism, the Pianola, was invented in 1895 by Edwin Votey. Reproducing pianos, capable of capturing and replaying the dynamic nuances of a live performance, followed in the early twentieth century. Modern self-playing pianos using digital MIDI technology and electromagnetic solenoids emerged in the 1980s and have advanced significantly since.
Self-playing pianos range from entry-level digital instruments to handbuilt bespoke acoustic grand pianos at the top of the market. The most significant cost variables are whether the instrument is acoustic or digital, production or handbuilt, and the level of customisation involved. Visit our pricing guide for full Edelweiss pricing.
Nothing. The two terms describe the same instrument. Player piano is the older and more common term in the United States. Self-playing piano is more widely used in the UK today. Both refer to an acoustic piano capable of performing music autonomously.
On an Edelweiss, yes. The standard library contains 1,000 pieces, expandable to 5,000. Beyond that, bespoke recordings can be commissioned: any piece, any artist, made exclusively for the owner’s piano.
Edelweiss self-playing grand pianos can be experienced at our showrooms in London at Harrods, Cambridge, New York, and Los Angeles. The piano at Harrods plays itself daily. No appointment is necessary.
A handbuilt acoustic self-playing piano from a maker with a strong reputation holds its value significantly better than a production or digital instrument. Beyond financial value, a self-playing piano transforms the atmosphere of a home in a way that is difficult to quantify. It is an instrument, an interior object, and a living presence in the room simultaneously.
