Issue link: https://digital.copcomm.com/i/1545202
66 S U M M E R 2 0 2 6 I C A S Q U A R T E R L Y clear that the back of the helmet was better because the actor's head would block the noise from the hose. I suggested we use head-worn mics, but there just wasn't time to have them made, nor did they want to spend the money to do it. I made a demo recording of each air hose position and sent them to the producers. We all agreed the hose in the back was the way to go. The helmets did yield one distinct design advantage for us. Between the padding at the top of the helmet was a perfect space for a Lectrosonics SMWB transmitter. There were some early discussions about putting the transmitter in the suit and running the wire up to the helmet. This would have meant that we had to dislodge and resecure the mic every time they took the helmet off. With the transmitter and the microphone both in the helmet, all the actors had to do was put on the helmet and they were ready to go—which ended up being less invasive and a huge time-saver. KURDICE NEAL: From there, the lavaliere cable was routed discreetly beneath the padding, guided in a curved, L-shaped path toward the actor's mouth—similar in principle to a theater headset mic, but entirely concealed. Once exposed near the lower portion of the helmet, the cable was secured with black moleskin, blending seamlessly into the interior. Every detail— from the choice of black wiring to the placement of the capsule—was designed to disappear visually while remaining acoustically present. The environment inside the helmet presented its own set of challenges. Built-in fans, essential for airflow and actor safety, introduced a constant layer of noise. Close mic placement required careful gain staging and thoughtful positioning to mitigate plosives, breathing artifacts, and turbulence. Each lavaliere was fitted with black wind protection and offset slightly from the direct airflow path, striking a balance between proximity and clarity. Before committing to the full build, we tested the configuration with background and stunt performers. The results were immediate and encouraging—no discomfort, no perceptible difference in wearability. More importantly, the audio told us we were on the right path. With the microphone positioned so close to the source, transmitter gain was reduced to near-minimum levels, preserving headroom and preventing distortion. Each hero helmet was pre-rigged, labeled internally for efficiency, and prepared for rapid deployment. Lavaliere cables remained in place throughout the shoot, while the Velcro-mounted transmitters allowed for quick swaps, maintenance, and overnight removal. Utilizing the transmitters' remote sleep functionality, we were able to conserve battery life during downtime—reducing interruptions and keeping the workflow fluid on set. For scenes without helmets, the suits themselves offered a secondary solution. Integrated backpacks—designed for air intake—also provided concealed compartments for additional transmitters. The costume department collaborated closely, ensuring that cable paths remained hidden while maintaining full mobility for the actors. This dual-layer approach ensured continuity, whether the performers were sealed inside helmets or fully exposed. One of the more immersive aspects of the design was the internal communication system. With the suit fans active, natural vocal projection became ineffective. To address this, we implemented a dedicated communication channel within each suit, allowing performers to hear one another in real time— mirroring the function of real-world astronaut systems. These feeds were also routed to playback, keeping production connected to the performance even when it was physically isolated. At first glance, the challenge seemed formidable—multiple systems, confined spaces, competing noise sources. But in practice, it became an exercise in precision and collaboration. Every adjustment, every test, and every refinement served the same purpose: To protect the integrity of the performance while embracing the reality of the environment. In the end, the success of the system wasn't just measured in clean dialogue, but in its invisibility. The audience never sees the solution—and ideally, never hears the problem. That's where sound design, at its best, becomes part of the storytelling fabric. Bringing the hazmat suit sequences in Peacemaker Season 2 to life required more than technical execution—it required trust in the process, collaboration across departments, and a willingness to solve problems where they physically exist. It's in those constraints that the most compelling work often reveals itself. Nick's monitor during filming