Seismic Isolation for Piano Forte
Unleash the Soul of Your Piano
Imagine a grand piano that sings with newfound clarity, its notes vibrant, responsive, and free from the constraints of the floor beneath it. Townshend Audio’s Seismic Isolation for Piano Forte redefines piano performance by breaking the acoustic connection between your instrument and the ground. A surprising amount of a piano’s sound—rich, resonant, and dynamic—is lost through its legs, absorbed by the floor, and muddied by structural vibrations. Our cutting-edge isolation technology sets your piano free, unlocking its full tonal potential while silencing disruptive vibrations that travel to adjacent rooms or buildings.
Key Benefits You’ll Love
Unrivaled Clarity:
Users consistently praise the isolators for cleaner bass, clearer treble, and a more responsive playing feel, particularly for soft dynamics and timing nuances.
neighbor-friendly
The neighbor-friendly aspect is noted, as the isolators reduce floor-transmitted vibrations, making them ideal for apartments or shared spaces
Floating Piano
The slight “wobble” (due to the piano floating on Load Cells) was mentioned by one user but deemed unnoticeable during play after adjustment
Why Your Grand Piano Needs Seismic Isolation
Sizing up
- Petite Grand (e.g., Yamaha GB1K, 4’5”–4’10”): 400–500 lbs
- Baby Grand (e.g., Kawai GX-2, 5’11”): 540–700 lbs
- Medium/Parlor Grand (e.g., Steinway Model M, 5’7”): 500–700 lbs
- Ballroom/Semi-Concert Grand (e.g., Bösendorfer 214, 6’2”–7’): 900–1,000 lbs
- Concert Grand (e.g., Steinway Model D, 8’11”): Up to 1,100 lbs
What our customers say about us?
These piano isolators are wonderful. Perhaps their original purpose was to prevent neighbours from being disturbed by the thunder of mighty chords through floorboards. But there’s a counter-melody here. Somehow these isolators sweeten and clarify the sound of the instrument itself. Instead of a muddy confusion of carpet, wood and plaster I hear pure notes singing freely in the air. It’s a joy to have them under the castors of my pianos
Stephan Hough-Classical pianist, composer, and writer
Rafael Todes- Allegri Quartet
Yvonne Van Dongen- Piano Maestro
Somehow these isolators sweeten and clarify the sound of the instrument itself. Instead of a muddy confusion of carpet, wood and plaster I hear pure notes singing freely in the air. It’s a joy to have them under the castors of my pianos. Thrilled with these!”
Stephan Hough
Choose your Loadcell strength from the chart below
Checkout Those Videos
Analogue fellowship set up a Townshend Seismic Podium in record time!
-3 Minutes
Analogue fellowship set up a Townshend Seismic Podium in record time!
-3 Minutes
Analogue fellowship set up a Townshend Seismic Podium in record time!
-3 Minutes
Analogue fellowship set up a Townshend Seismic Podium in record time!
-3 Minutes
Analogue fellowship set up a Townshend Seismic Podium in record time!
-3 Minutes
Analogue fellowship set up a Townshend Seismic Podium in record time!
-3 Minutes
What our customers says about us?
EXPLORE INSIGHTS AND EXPERTISE
frequently asked questions
How does Townshend Seismic Isolation differ from conventional rigid couplers?
Townshend Audio’s mechanical low pass filter exemplifies true decoupling, offering a level of vibration isolation that far surpasses conventional attenuation methods. By effectively isolating components from vibrations down to below 3 Hz, Townshend ensures that high-fidelity audio systems perform at their best, free from the distortions caused by external vibrations.
How does Townshend Seismic Isolation differ from conventional rigid couplers?
Townshend Audio’s mechanical low pass filter exemplifies true decoupling, offering a level of vibration isolation that far surpasses conventional attenuation methods. By effectively isolating components from vibrations down to below 3 Hz, Townshend ensures that high-fidelity audio systems perform at their best, free from the distortions caused by external vibrations.
How does Townshend Seismic Isolation differ from conventional rigid couplers?
Townshend Audio’s mechanical low pass filter exemplifies true decoupling, offering a level of vibration isolation that far surpasses conventional attenuation methods. By effectively isolating components from vibrations down to below 3 Hz, Townshend ensures that high-fidelity audio systems perform at their best, free from the distortions caused by external vibrations.
How does Townshend Seismic Isolation differ from conventional rigid couplers?
Townshend Audio’s mechanical low pass filter exemplifies true decoupling, offering a level of vibration isolation that far surpasses conventional attenuation methods. By effectively isolating components from vibrations down to below 3 Hz, Townshend ensures that high-fidelity audio systems perform at their best, free from the distortions caused by external vibrations.
How does Townshend Seismic Isolation differ from conventional rigid couplers?
Townshend Audio’s mechanical low pass filter exemplifies true decoupling, offering a level of vibration isolation that far surpasses conventional attenuation methods. By effectively isolating components from vibrations down to below 3 Hz, Townshend ensures that high-fidelity audio systems perform at their best, free from the distortions caused by external vibrations.
How does Townshend Seismic Isolation differ from conventional rigid couplers?
Townshend Audio’s mechanical low pass filter exemplifies true decoupling, offering a level of vibration isolation that far surpasses conventional attenuation methods. By effectively isolating components from vibrations down to below 3 Hz, Townshend ensures that high-fidelity audio systems perform at their best, free from the distortions caused by external vibrations.
How does Townshend Seismic Isolation differ from conventional rigid couplers?
Townshend Audio’s mechanical low pass filter exemplifies true decoupling, offering a level of vibration isolation that far surpasses conventional attenuation methods. By effectively isolating components from vibrations down to below 3 Hz, Townshend ensures that high-fidelity audio systems perform at their best, free from the distortions caused by external vibrations.
How does Townshend Seismic Isolation differ from conventional rigid couplers?
Townshend Audio’s mechanical low pass filter exemplifies true decoupling, offering a level of vibration isolation that far surpasses conventional attenuation methods. By effectively isolating components from vibrations down to below 3 Hz, Townshend ensures that high-fidelity audio systems perform at their best, free from the distortions caused by external vibrations.
How does Townshend Seismic Isolation differ from conventional rigid couplers?
Townshend Audio’s mechanical low pass filter exemplifies true decoupling, offering a level of vibration isolation that far surpasses conventional attenuation methods. By effectively isolating components from vibrations down to below 3 Hz, Townshend ensures that high-fidelity audio systems perform at their best, free from the distortions caused by external vibrations.
How does Townshend Seismic Isolation differ from conventional rigid couplers?
Townshend Audio’s mechanical low pass filter exemplifies true decoupling, offering a level of vibration isolation that far surpasses conventional attenuation methods. By effectively isolating components from vibrations down to below 3 Hz, Townshend ensures that high-fidelity audio systems perform at their best, free from the distortions caused by external vibrations.
How does Townshend Seismic Isolation differ from conventional rigid couplers?
Townshend Audio’s mechanical low pass filter exemplifies true decoupling, offering a level of vibration isolation that far surpasses conventional attenuation methods. By effectively isolating components from vibrations down to below 3 Hz, Townshend ensures that high-fidelity audio systems perform at their best, free from the distortions caused by external vibrations.
How does Townshend Seismic Isolation differ from conventional rigid couplers?
Townshend Audio’s mechanical low pass filter exemplifies true decoupling, offering a level of vibration isolation that far surpasses conventional attenuation methods. By effectively isolating components from vibrations down to below 3 Hz, Townshend ensures that high-fidelity audio systems perform at their best, free from the distortions caused by external vibrations.
How does Townshend Seismic Isolation differ from conventional rigid couplers?
Townshend Audio’s mechanical low pass filter exemplifies true decoupling, offering a level of vibration isolation that far surpasses conventional attenuation methods. By effectively isolating components from vibrations down to below 3 Hz, Townshend ensures that high-fidelity audio systems perform at their best, free from the distortions caused by external vibrations.
How does Townshend Seismic Isolation differ from conventional rigid couplers?
Townshend Audio’s mechanical low pass filter exemplifies true decoupling, offering a level of vibration isolation that far surpasses conventional attenuation methods. By effectively isolating components from vibrations down to below 3 Hz, Townshend ensures that high-fidelity audio systems perform at their best, free from the distortions caused by external vibrations.
How does Townshend Seismic Isolation differ from conventional rigid couplers?
Townshend Audio’s mechanical low pass filter exemplifies true decoupling, offering a level of vibration isolation that far surpasses conventional attenuation methods. By effectively isolating components from vibrations down to below 3 Hz, Townshend ensures that high-fidelity audio systems perform at their best, free from the distortions caused by external vibrations.
How does Townshend Seismic Isolation differ from conventional rigid couplers?
Townshend Audio’s mechanical low pass filter exemplifies true decoupling, offering a level of vibration isolation that far surpasses conventional attenuation methods. By effectively isolating components from vibrations down to below 3 Hz, Townshend ensures that high-fidelity audio systems perform at their best, free from the distortions caused by external vibrations.
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7 Bridge Road, East Molesey