Wes’ New Soundproof Office

Episode Summary

Executive Summary: Wes Boss details the full build-out of his new basement office: a DIY soundproofed, comfortable, hardwired workspace designed to improve recording quality and productivity around a noisy family home. He explains the acoustic strategy, desk and wiring decisions, lighting, flooring, egress windows, and remaining finishing tasks, while Scott adds practical audio/acoustics context and a few sponsor reads.

Main Topics: Why Wes built the office himself: Wes explains that hiring out the entire job would have been costly, inflexible, and difficult given the custom soundproofing requirements. He wanted control over materials, layout, and the final result, and also saw it as a chance to learn home-reno skills. Soundproofing strategy and materials: The bulk of the episode covers how he reduced airborne and impact noise using decoupling, insulation, dense ceiling layers, sealed gaps, and vent treatment. He distinguishes between absorbing sound and stopping vibration transfer. Desk, cable management, and workstation design: Wes describes a heavy custom desk setup, standing-desk frame, monitor arm mounting, under-desk equipment mounting, and a single-cable philosophy for a clean, functional recording desk. Lighting, windows, and room comfort: He discusses adding egress windows for natural light, installing LED pot lights, a rug, a standing mat, and heated floors to make the basement office feel like a pleasant full-time workspace rather than a converted basement. Acoustic treatment after construction: After soundproofing, he added absorption panels and identified remaining echo issues, with bass traps and possible further treatments still to come. Scott explains why corners are especially problematic for low-frequency buildup. Costs and project tradeoffs: Wes gives rough project costs, explains where DIY saved money, and notes that windows were the single biggest expense. He emphasizes that the result would have been much more expensive if outsourced. Sick picks and sponsor segments: The episode also includes sponsor reads for LogRocket, Prismic, and FreshBooks, plus a sick pick for nanotape and a podcast recommendation about exposing Frank Abagnale’s false story.

Key Arguments: DIY was the best option because contractors would have struggled with the nonstandard soundproofing approach and would have increased costs substantially. Effective soundproofing requires both decoupling vibration paths and adding dense, absorptive materials; foam alone is not enough. Small leaks matter: gaps around doors, vents, and penetrations can significantly undermine sound isolation. The office was designed around practical work needs: quiet, comfort, hardwired connectivity, central desk placement, and good aesthetics. Natural light and full-height egress windows transformed the basement from a dark utilitarian space into a much more livable office. A custom, heavy desk and integrated cable routing are essential for a clean recording setup, especially when using multiple monitors and audio gear. Post-construction acoustic treatment is still necessary because soundproofing and room acoustics are different problems; a quiet room can still echo badly.

Data Points: Project duration: about 2 months - Wes says he worked for roughly two months building the office. Ceiling height lost: 4 to 4.25 inches - Soundproofing and ceiling treatment reduced basement headroom by this amount. Plumber quote: $750 - A quote for a roughly one-hour plumbing job illustrated how expensive hiring trades could be. Butyl rubber cost: about $200 - He used butyl rubber sheets on vents and returns to reduce rattling and vibration. Saunopan ceiling material cost: about $600 - Wes estimated the dense wood-fiber ceiling layer would have cost this much without a sponsorship/free product. Door price: $80 - He found a returned solid-core door at Home Depot, heavily discounted from retail. Original door price: about $350 - This was the regular price for the same type of solid-core door. Desk top weight: 300 pounds - The swarwood desktop was described as extremely heavy and hard to move. Desk top depth: 39 inches / 1 meter - The dining table used as a desk is very deep for work and gear layout. Standing desk rating: 600 pounds - The Apex Pro Max frame from Desk Haus was said to support this much weight. Monitor arm count: 2 rather than 3 - He originally planned three monitors on a single arm setup but changed the configuration. Ethernet lines: 2 - He ran dual Ethernet to the desk for redundancy. Audio ports: 4 - He ran left/right audio for two speakers plus additional audio wiring. Window size before upgrade: 20-inch by 20-inch - The original tiny basement window was seen as depressing and insufficient. New windows: 2 windows, 4 feet wide by 3 feet high each - Installed as egress windows to add natural light and improve the basement office. Project cost without windows: about $7,000 - Wes estimates the office build cost excluding the new windows. Total project cost with windows: about $14,000 - He says the windows added roughly $7,000 to the overall cost. Thermostat app: Mysa - Used for the heated floor system. Warm-up cost: 19 cents - He said it cost 19 cents to bring the floor from cold concrete to warm. Heating cost after warm-up: 5 to 6 cents per hour - He estimated ongoing heated-floor operating cost. Sound reduction example: 6 decibels - Scott cited his own door gasket example that reduced furnace-room noise by about this amount.

Pivotal Quotes: "I want to create a space that is comfortable and quiet for myself so that I can create the best content that I can make." — Wes Boss: He defines the core goals for the office build. "You need to decouple as much as possible ... and then you want to absorb." — Wes Boss: He summarizes the two main soundproofing principles he used. "I didn’t just use it because I got it for free, but they saw I was using it." — Wes Boss: He explains the Saunopan sponsorship/free product context while noting he had already chosen it.

Implications: The episode shows that a high-quality home studio/office can be built with careful planning, but true sound isolation is costly and detail-heavy. For creators, the big lesson is that acoustics, comfort, and wiring matter as much as aesthetics.