Diamond AudioWorks – Metrion – Dual Stage – Isolation Footers

Product Description

Pack of 4

The Diamond AudioWorks Metrion Dual Stage Isolation Footers represent a significant advancement in vibration control, engineered for high-performance audio systems where precision and control are critical. Designed with a dual-stage isolation architecture, Metrion footers deliver superior mechanical decoupling by addressing vibration across multiple energy paths.

At the core of the design is a two-stage bearing system. The primary stage utilises stainless steel ball bearings to manage heavier structural energy and load distribution, while the secondary stage incorporates ceramic ball bearings to isolate finer, high-frequency micro-vibrations. This layered approach allows the Metrion to control both macro and micro resonance, resulting in a more complete isolation solution than single-stage designs.

Each footer features a precision-machined top interface, enabling direct coupling with speaker spikes for controlled energy transfer, or a stable platform for flat-bottom components. This ensures seamless integration across a wide range of audio equipment.

The Theory Behind Dual-Stage Isolation

In complex audio systems, vibration exists across a spectrum—from low-frequency structural movement to high-frequency micro-resonance. Single-stage isolation methods often address only part of this spectrum.

The Metrion’s dual-stage system works by progressively dissipating energy. The stainless steel stage absorbs and distributes larger mechanical forces, while the ceramic stage isolates and neutralises finer vibrations that directly impact sensitive circuits and signal integrity.

By breaking the mechanical path across multiple stages, the Metrion significantly reduces vibration transfer, preserving timing accuracy, lowering noise floor, and revealing low-level detail that would otherwise be masked.

Designed for High-Performance Systems

The Metrion Footers are purpose-built for more demanding applications, including heavier components and systems where vibration control is critical. They are particularly effective under:

• Loudspeakers (with or without spikes)
• High-mass power amplifiers
• Equipment racks and isolation platforms
• Source components requiring enhanced stability

With improved vibrational control, users can expect tighter and more controlled bass, improved transient response, enhanced imaging precision, and a more natural, effortless presentation.

Key Features

• Dual-stage isolation using stainless steel and ceramic ball bearings
• Controls both macro and micro vibrations across a wide frequency range
• 2-axis mechanical decoupling for effective vibration control
• Precision-machined interface for spike or flat component compatibility
• High load capacity (up to 40kg per footer)
• Designed for high-mass and high-performance audio systems
• No tools required – simple placement installation
• Precision-engineered for consistency, durability, and long-term performance