The Pro-Ject Signature Headshell is designed specifically for use with Pro-Ject’s Signature series tonearms and turntables, providing a precision-matched mounting solution that extracts the full performance potential of your cartridge. Crafted to exacting standards in Europe, it reflects Pro-Ject’s long-standing commitment to analogue audio quality.
Design and Build Quality
The Signature Headshell Wood is Oak finished in a natural Oak wood finish, with the warm grain and texture characteristic of the material. At 8 g, it offers a well-balanced mass that suits a broad range of cartridges. The low-resonance, high-rigidity construction minimises colouration, while the non-magnetic design ensures no interference with the delicate electromagnetic signals produced by your stylus.
Cartridge Compatibility
Fitting all tonearms equipped with the industry-standard SME mounting connection, the Signature Headshell accepts any standard 1/2 inch cartridge. High-conductivity OFC (oxygen-free copper) headshell cables are included, contributing to low signal loss between cartridge and tonearm. An azimuth adjustment screw on the side allows precise alignment of the cartridge for optimum channel balance and tracking.
Practical Features
A built-in fingerlift makes handling and cartridge swapping straightforward. Because each headshell material carries its own sonic character, swapping headshells is a practical way to explore different sound signatures or to accommodate a collection of cartridges set up for different musical styles or record types. The correct total mass of the headshell and cartridge combination is essential for achieving proper tonearm resonance, and the Signature Headshell Wood’s 8 g weight assists in this optimisation. For anti-magnetic mounting hardware, Pro-Ject’s separate Mount It accessory is recommended.
Available Finishes
The Signature Headshell is available in Black (aluminium), Chrome (aluminium), Carbon, and Oak, as well as a Premium polished version, allowing you to match the aesthetic of your turntable or explore the differing sonic characteristics of each material.
