A luthier’s perspective on tradition, practical improvements and the purpose of new guitar designs.
Omer Deutsch
What counts as innovation in the guitar world? Is it a new effect, an automatic tuning system, a different bridge, or a small change that makes an instrument more dependable?
As a builder, I am interested in what a change does for the player. A different shape can be exciting, but so can solving a familiar problem that players have learned to accept.
Why familiar designs stay with us
The basic layout of the electric guitar remains recognisable: strings, frets, pickups, a bridge and tuners. That familiarity is part of its appeal. Players develop habits and expectations around instruments they know.
I see many established guitar shapes as successful examples of form following function. But successful does not mean finished. Comfort, balance and access can feel very different depending on the player and how they hold the instrument.
Innovation can happen in the details
Pickups are one area where I question familiar construction choices. Beyond sound, how well are delicate parts protected? How easy is installation? Can lead routing and access be improved without making maintenance harder?
Those are design questions worth asking. They are separate from electrical issues such as pickup phase and hum cancellation; physically turning a humbucker is not a general solution to unwanted hum.
The same thinking applies to hardware. A loose output jack, control or switch can interrupt an otherwise good playing experience. Rather than accepting that as inevitable, I want to consider the mounting method and how it holds up in use.
There is no single fastening solution for every part. Washers, mounting arrangements and thread-locking products need to suit the materials, the component and future servicing. The useful improvement is reliability without creating a new problem.
Automatic tuning: what problem does it solve?
Robotic tuning systems are an example of adding technology to a familiar task: a mechanism turns the tuning keys to adjust string pitch.
Personally, I am not convinced that this is the improvement I would prioritise for my own guitars. I would rather ask whether the added mechanism, controls and servicing requirements give the intended player enough benefit.
That is a design judgement, not a claim that every player has the same needs. A useful invention should be judged against the problem it sets out to solve.
Rethinking the shape: the Birdfish
Ulrich Teuffel’s Birdfish is an example I find inspiring because it challenges the familiar outline of an electric guitar. In place of a conventional solid body silhouette, its exposed structure and separate elements make the construction part of the visual identity.
To me, it still looks futuristic. It prompts a better question than whether a guitar looks unusual: what does each part contribute, and could another arrangement serve the player differently?
Ideas from outside the guitar workshop
My interest in radio-controlled aircraft influences how I think about building. I take ideas between the two activities, including ways of approaching construction and practical problems.
Looking outside our own field helps us question habits. A familiar method may be a good choice, but it deserves to be a choice rather than something repeated without thought.
What should change next?
I do not think innovation has to mean abandoning everything players love about the guitar. It can mean asking better questions about a small detail, or rethinking the whole instrument.
For me, the test is whether the change improves the experience of owning, maintaining or playing it.
What would you change about your guitar? Share your thoughts with me, or explore the Venus model.
