The Classic Manifesto

Dunnett Classic drums come from that understanding. Because I get it. I get what it’s like to chase a sound in your head. I get what it means when a drum inspires you to play longer than you planned. I get that this isn’t just gear—it’s identity. Every drum I make carries that with it. Not just precision or design—but intention. Something you can sit behind and feel immediately: “Yeah… this is it.” Ultimately, you’re not buying a drum because of specs. You’re buying it because of what happens when you hit it. And if I’ve done my job right— it won’t just sound good...

Metrics of Sound The Architecture of a Drum In an age of endless information—most of it subjective—it has become increasingly difficult to understand the true nature of a drum. I return to first principles. A drum is not an object. It is a system—of energy, response, and intention. What follows is not opinion. It is a framework.

The Shell Every drum shell is defined by four properties: weight, density, displacement, and form. But the shell is not the voice. The drum is the voice. Tone does not live in one component—it exists in the interaction of all parts. Of those parts, the drum head remains the most influential. The wrong head will diminish even the finest instrument. There are no loud drums. Only loud drummers.. Dunnett drums are built across three weight categories—light, medium, and heavy—each offering a distinct tonal language: Light shells (Titanium, Magnesium, Aluminum, StereoPly) Maximum versatility. Wide tensioning latitude. Full expressive range. Medium shells (Stainless Steel, Model 2N) Balance. Control. A centered, adaptable voice. Heavy shells (Model K, Sledge) Focused and cutting. A high fundamental that projects through dense, amplified environments—not through volume, but through frequency. The trade-off is reduced tensioning range—but absolute clarity of purpose. The MonoPly solid wood line follows the same principle, with weight determined by species: Light: Poplar, Basswood, Milkwood Medium: Maple, Walnut, Cherry, Birch Heavy: Rosewood, Cocobolo, Bubinga, as well as Oak and Ash Each material carries its own response. Each offers a different way to be heard. Timbre is not pitch. It is texture—the difference between impact and expression. Brushes, mallets, hands—these define character beyond note. When I began building drums in 1989, I pursued the lightest shells possible, believing they offered the greatest tonal freedom. Over time, I came to understand that heavier drums have their own place—equally valid, equally powerful. There is no single solution. Only intention.

Bearing Edges Bearing edges are one of the most overstated aspects of drum design. They matter—but far less than we’ve been led to believe. A guitar string vibrates between the bridge and the nut, yet no one defines the instrument by the angle of those contact points. The same principle applies here. The inner bearing edge plays no meaningful role in performance. The outer edge is the true point of interaction—the place where the head meets resistance. Even then, variation in angle or contact area has minimal impact on resonance. I reject the myth of complexity where it doesn't belong. What matters is stick satisfaction. Response. Connection. A properly shaped outer edge should reduce friction, allowing the head to move freely and translate energy without resistance. Across Dunnett drums: Classic series uses a rounded counter for fluid head movement StereoPly and MonoPly feature “LA Camco” style edges Model 2N incorporates a hybrid edge—rounded batter side, straight snare side Model K and Sledge use finely rounded edges on both sides Design serves response. Nothing more.

Venting The air vent was never about tone. It was about humidity. Originally, it allowed calfskin heads to adjust to humidity. Today, it often exists as little more than a badge mount. But air still matters. An unvented drum creates a sealed pneumatic chamber—one that enhances sensitivity and transfers even the lightest energy to the snare side head. Under heavier playing, that same pressure can resist the drum’s response. Control of air is control of feel. The Hypervent™ system was designed to give that control back to the player—allowing the drum to be vented or unvented instantly. Because a drum should not dictate. It should respond.

Snare Beds Snare beds are not optional details. They are essential. Without proper snare beds, adjustment becomes limited and inconsistent. The drum loses range. It loses nuance. Classic snare beds are designed for maximum latitude—allowing precise control over snare wire tension and accommodating extended configurations such as the Presence™ 42-strand system. Sensitivity is not an accident. It is engineered.

In Tension We do not “tune” drums. We tension them. Drums are not bound to fixed notes in the way tuned melodic instruments are. What matters is not absolute pitch, but relationship—intervals between voices. This is where expression lives. Understanding tension is understanding control. Understanding intervals is understanding music.

Intention Since 1989, this work has never been about following trends. I do not build “lifestyle” instruments. I build tools for expression. Instruments of permanence. I remember what it felt like— to walk into a drum shop for the first time, to feel the weight of a well-made instrument, to imagine what was possible. That sweet emotion still matters. And it still drives everything I do. A drum should not limit the player. It should reveal them. And here you are...