How to Soundproof an Axe-Throwing Venue

An axe striking a wooden target sits at the upper end of the workplace-noise spectrum—louder than a busy bar, on par with industrial machinery, and approaching the OSHA hearing-protection threshold for sustained exposure. What started in a Toronto backyard in 2006 has grown into a global commercial category, with the industry now projected to reach $1.3 billion—and the acoustics problem has scaled right along with it. The chart below puts the impact in context with familiar reference sounds. For background on the underlying scale, see Decibels Explained.

The gap between the red and green rows is what acoustic treatment actually buys you: dropping a 100–110 dBA impact down to a comfortable 75–85 dBA in-room and conversational levels at adjacent listening positions. Two things make axe-throwing noise harder to control than its dBA number suggests. First, it’s percussive—a short sharp transient that ears and complaint logs register more aggressively than steady-state sound of the same level. Second, it’s structure-borne—the impact transmits straight into the target wall and floor, then travels through the building to whoever shares those surfaces with you. The strategies below address both.

Listed in priority order—impact-noise control at the source first, then lane-to-lane separation, reverb control, shared-building isolation, and hospitality acoustics. Every strategy includes target specs (STC, NRC, IIC, RT60) so you can spec against a real benchmark instead of guessing.

• STC 50+ assembly behind each target: mass-loaded with vibration-damping interlayer.
• Decouple the target backstop from the structural wall: isolators or resilient channel break the impact path.
• Replaceable wood face on a sacrificial layer: protects the acoustic assembly during normal use.

The dominant acoustic problem in any axe-throwing venue is the impact itself—a steel head hitting a wooden target generates 100–110 dBA at the point of impact and sends a sharp percussive wave straight into whatever structure the target is mounted to. A high-mass, vibration-damped target assembly captures most of that energy at the source instead of letting it transmit through the building.

• Resilient floor underlayment: rubber or foam rated for impact attenuation.
• IIC 55+ target for the floor/ceiling assembly: critical in multi-tenant buildings.
• Isolation pads under target framing: prevent vibration transmission through the slab.

When an axe misses the target and hits the floor, or when impact transmits through the target framing into the slab, the vibration travels through the building structure to neighboring tenants. Decoupled flooring under the throwing zones is the single most important intervention for keeping the venue welcome in a mixed-use building. See our IIC rating chart.

• Mass-loaded acoustic curtains or sliding panels: contain impact sound between bays.
• NRC 0.80+ facing on the bay side: absorbs sound before it can travel lane-to-lane.
• Floor-to-ceiling height: partial-height dividers leak heavily over the top.

Lane-to-lane containment determines whether one league’s throws disrupt the corporate event two bays over. Mass-loaded dividers stop airborne sound at the source; absorptive facing kills the build-up inside each bay so the room doesn’t turn into a single resonant chamber.

• NRC 0.85+ ceiling clouds or baffles: 30–40% surface coverage minimum.
• Suspended below exposed deck: preserves the industrial warehouse aesthetic.
• RT60 target under 1.2 seconds: the threshold for comfortable group activity.

Axe-throwing venues typically occupy industrial warehouse spaces with soaring ceilings, polished concrete, and exposed brick—every surface reflects. Ceiling treatment is the biggest single intervention for taming overall reverberation. See our overview of specialty ceilings.

• NRC 0.80+ panels: focused on long parallel walls and walls behind seating.
• 15–20% targeted coverage: placement at reflection points beats scattered coverage.
• Industrial-finish options: perforated wood, perforated metal, or dark stretched fabric.

Wall panels handle the mid and high frequencies behind cheering, conversation, and the echo that bounces off far walls. Targeted placement at reflection points behind seating and along long parallel walls delivers the most absorption per dollar.

• STC 50 minimum for shared-tenant walls: STC 55+ adjacent to residential.
• Walls extend deck-to-deck: sound flanks easily above suspended ceiling tile.
• Solid-core doors with perimeter gasketing & drop seals: a great wall with a bad door performs at the door’s rating.

Most axe-throwing venues open in strip-mall or mixed-use buildings where airborne sound transmission to neighboring tenants becomes the dominant complaint—and the leading cause of operating-permit problems. See our STC rating chart.

• High-back booths and acoustic banquettes: passive absorption at conversation height.
• Carpet tile in lounge zones: NRC 0.30–0.40 underfoot absorption.
• Cloud absorbers directly over the bar: catches glass clinks and bartender shouts.

The bar and lounge area follows standard brewery-taproom acoustic logic—hard floors and exposed surfaces drive volume up. Targeted soft furniture, carpet tile, and overhead absorption tame the social-area noise without losing the industrial venue aesthetic.

Axe-throwing acoustics are simple in principle, unforgiving in execution: stop the impact at the source. Get the target walls and floor decoupling right at buildout, layer in lane dividers and bar/lounge treatment, and the only thing your neighbors will hear is the cheer when someone finally sticks the bullseye. Need help speccing it before the first axe flies? Reach out anytime.