The Complete Handbook of Oboes & English Horns

Chapter 1: Understanding Oboes & English Horns

To understand the oboe and its larger sibling, the English horn, a musician must first dismiss the idea that they are just 'harder to play' versions of other woodwinds. The double-reed family occupies a unique physical and acoustic space in the orchestra, one that demands a distinct approach to breath, embouchure, and instrument maintenance. This chapter provides the foundational knowledge of what these instruments are, the physics of how they produce sound, and the critical differences between the oboe and the English horn. This is not a collection of fun facts; it is the operational primer that every other chapter in this book depends on.

The Anatomy of the Double Reed

At its core, the modern oboe is a conical-bore woodwind instrument, typically about 26 inches long, which uses a double reed to generate sound. The 'double' reed refers to two precisely shaped blades of arundo donax, a species of cane, which are bound to a small metal tube called a staple. When the player blows air between these two vibrating blades, they open and close at a rapid frequency, creating a pulsating air jet that enters the instrument's bore. This is fundamentally different from a flute, where the player's breath is split across an edge, or a clarinet, which uses a single reed against a mouthpiece.

The specific sound of the oboe comes from the shape of its internal bore. Unlike the clarinet's cylindrical bore, the oboe has a conical bore that