Section 1 — Overview; Enhanced Technical Specification
WICH
Studio
Compound

The Station; Hardened Broadcast Dome

The Station is the primary communications, broadcast, and creative hub of the WICH Studio Compound — engineered as a fire-resistant geodesic dome with a hardened basement shelter and a dedicated technical core.

  • Broadcast radio studio — primary LPFM operations
  • Audio recording & music production
  • Emergency communications
  • Community information distribution
  • Creative media production
  • Compound command and monitoring
  • Tunnel A — Fortress Bunker link; Tunnel C — Bath House direct link; full triangle network

Designed for extreme privacy, acoustic isolation, Rockwool insulation, and redundant infrastructure — allowing independent operation during power outages, storms, wildfire events, and regional communications failures. Also functions as a secondary emergency shelter and communications command center.

The Station is built to ensure that communication, creativity, and coordination never go silent.
Broadcast; Music; Podcast
Emergency Comms; Command
Acoustic Isolation; Rockwool
Wildfire; Lightning; Hardened Ops
// Audio Oscilloscope
// VU Meter — Broadcast Channel
Sec 02
// Structural Design

Architecture & Envelope

Structure Type & Dimensions

Geodesic dome with reinforced basement and hardened tunnel connection.

Dome Diameter36–40 ft
Peak Height20–24 ft
Basement Height10–11 ft
FrameSteel or Laminated Timber
Exterior CladdingFire-Resistant
FoundationReinforced Concrete
InsulationRockwool Mineral Wool
Interior WallsDouble-Stud Acoustic
Basement WallsWaterproofed Concrete
Tunnel AFortress Bunker — hardened underground link
Tunnel CBath House Basement — direct underground link
Every structural element exists to create a space that is both durable and adaptable for generations of use.

Envelope Protection

  • Continuous air barrier throughout structure
  • Moisture control layers; drainage plane
  • Basement drainage and sump pump
  • Sealed penetrations at all service entries
Envelope treated as a controlled boundary
All entries route through a dedicated technical core
Service; grounding; and filtering at every entry
Sec 03–04
// Hardening Systems

Fire; Wildfire; Electrical Hardening

Fire & Wildfire Protection

  • Fire-rated exterior shell — non-combustible cladding
  • Rockwool mineral insulation throughout
  • Fire-rated gypsum interior walls
  • Ember-resistant vents
  • Fire-rated roof panels
  • Defensible landscaping perimeter
Resilience begins with materials that refuse to fail when the environment becomes hostile.

EMP; Lightning; Grounding

// Faraday Shielding
  • Copper mesh Faraday layer integrated into dome structure
  • Shielded equipment room
  • Shielded cable conduits throughout
  • Filtered power entry at all panels
  • Surge protection on all electrical panels
// Single-Point Ground System — Lightning Protection
  • Single-point grounding system — ground ring surrounding the dome
  • Ground rods every 10–12 feet
  • Bonded equipment racks
  • Lightning arrestors on all antenna feedlines
  • Surge suppression on network and power systems
Route every line through one hardened entry point
Bond; Filter; Suppress; then Distribute
The Station is engineered so that critical systems remain operational even when conventional infrastructure collapses.
Sec 05–06
// Acoustic Engineering

Acoustic Isolation & Dome Treatment

Isolation Targets

Studio PartitionsSTC 60+
Exterior ShellOITC 35+
Interior Noise FloorNC-25
STC 60+
92%
OITC 35+
68%
NC-25 Floor
78%
// Wall Assembly
  • Double-stud framing
  • Full Rockwool insulation fill
  • Dual gypsum layers
  • GreenGlue damping compound
  • Floating heated studio floor — acoustic decoupling and comfort
  • Resilient channel mounting
// Floating Floor
  • Acoustic underlayment across slab
  • Double plywood layers
  • Perimeter isolation gap
Silence outside the studio ensures clarity inside it.

Dome Acoustic Treatment

Domes can cause unwanted sound reflections; targeted treatment corrects this across the full frequency spectrum.

  • Suspended acoustic clouds throughout the dome ceiling
  • Radial diffuser panels
  • Perimeter bass traps
  • Movable acoustic gobos for flexible room configuration
  • Optional heavy acoustic curtains
// Target Room Characteristics
  • Balanced reverberation — no flutter echo or standing waves
  • Minimal echo — diffusers break up dome reflections
  • Studio-grade sound clarity — NC‑25 interior noise target
Careful acoustic design transforms the dome from a simple structure into a precise listening environment.
Sec 07–09
// Main Floor Layout; Technical Rooms

Studio Zones; RF Core; Recording Booth

Zone A
Broadcast Console
Broadcast Mixing Console · Microphone Arrays · Podcast Table · Interview Seating · Audio Interface · Phone Call Integration · Vibration-Isolated Racks · Sound-Lock Vestibule Entry · Sealed Acoustic Door
Zone B
Recording Area
Music · Musical Performance Area · Podcast · Voice · Acoustic Panels · Bass Traps · Instrument I/O · Camera Mounts
Zone C
Comms Control Desk
HAM · GMRS · Meshtastic Gateway · Satellite · SDR Spectrum Monitor
Zone D
Equipment Rack Wall
Audio Routing · Patch Panels · Quiet Network Switches (studio-facing; quiet only)
Zone E
RF / Server Room
STC 55 · Independent Cooling · Grounded Racks · Fiber · UPS · Storage · Firewall · Router
Zone F
Recording Booth
Voice · Vocals · Podcast · Sound Isolation · Quiet Ventilation · Mic & Headphone Connections

Main Floor Zones — Detail

Broadcast Console Zone
  • Radio broadcast console
  • Microphone stations
  • Broadcast automation computer
  • Audio processors
  • Monitoring speakers
  • Patch bays
Recording Area

Music recording, podcast production, and voice recording.

  • Acoustic panels and bass traps
  • Instrument connections
  • Camera mounts for streaming
Communications Control Desk

Controls all compound communications.

  • HAM radio base station
  • GMRS radios
  • Meshtastic mesh node gateway
  • Satellite communications
  • SDR spectrum monitoring
Equipment Rack Wall

Studio-facing racks; quiet equipment only.

  • Audio routing hardware
  • Patch panels
  • Quiet network switches
Every zone is arranged to support seamless transitions between broadcasting, recording, and coordination.

Dedicated RF / Server Room

Separated technical room — eliminates fan noise, stable cooling, equipment isolation, and isolates RF interference from the studio.

Sound IsolationSTC 55
CoolingIndependent System
RacksGrounded Equipment Racks
NetworkFiber & Network Patch Panels
ProtectionUPS Systems
ServersStorage Servers
SecurityFirewall & Router
Separating the technical core ensures reliability, stability, and uninterrupted studio performance.
// SDR Spectrum Sweep

Recording Booth

An isolated recording booth allows for clean audio capture across many use cases.

// Control Booth
  • Mixing controls and recording monitors
  • Signal routing and broadcast automation system
  • Glass window — direct view of studio floor
// Sound Booth — Isolation
  • Voiceover recording
  • Narration
  • ASMR production
  • Podcast production
  • Vocal recording
  • Extremely low noise floor — walls designed for maximum isolation
  • Quiet ventilation system
  • Microphone and headphone connections
The isolation booth guarantees professional-grade recordings regardless of activity elsewhere in the dome.
Sec 10–13
// Hardened Basement Shelter

Basement; The Signal Lounge

Signal Lounge interior — the hardened basement shelter showing lounge area, Murphy beds, induction kitchen, and entertainment wall
// Signal Lounge — Hardened Basement Shelter
7 days
Sealed Operation
500 gal
Water Reserve
NBC
Filtration System
NC‑30
Noise Target

// Warm lighting. Wood accents. Sound-absorbing surfaces. Designed for comfort during long shifts, emergency shelter, and post-broadcast decompression. The Signal Lounge is welcoming by design.

Main Lounge Area

A relaxed, acoustically treated space for guests, staff, and emergency shelter occupants. Designed with warm lighting, wood accents, and sound-absorbing surfaces throughout.

  • Comfortable sectional seating area
  • Fold-out couch — additional sleeping surface
  • Two Murphy beds hidden in wall cabinetry
  • Large TV — entertainment and broadcast monitoring
  • Soft acoustic lighting — warm, low-glare for long shifts
  • Decorative acoustic wall panels — functional and aesthetic
  • Wood accents throughout — warm, grounded interior
  • Sound system integrated into lounge area

Purpose & Life Support

Functions as green room, relaxation space, emergency shelter, and backup command center. Comfortable enough for extended occupancy while fully supporting emergency operations.

  • 3–7 days sealed operation capability
  • NBC filtration — independent air handling
  • Blast dampers on all intakes
  • Humidity control — smart humidistat, NC‑30 noise target
// Life Support
Water Storage250–500 gallons
Emergency FoodStored provisions; extended supply
Medical SuppliesCabinet; emergency kit; first aid
CO₂ MonitoringContinuous environmental monitoring
O₂ MonitoringContinuous environmental monitoring
SanitationHalf bathroom — toilet, sink, ventilation
Preparedness ensures the Station can sustain its mission during prolonged emergencies.

The Signal Lounge Bar

A fully stocked full-service bar — spirits, beer, wine, cocktails, and coffee. Backlit liquor display, Edison-bulb lighting, bar stools at the counter, and lounge seating nearby. Integrated sound system throughout.

// Behind the Bar
  • Full spirits selection — whiskey, bourbon, gin, rum, vodka, tequila, mezcal
  • Draft beer taps — rotating selection
  • Wine rack and wine fridge — red, white, sparkling
  • Bitters and mixers collection — full cocktail pantry
  • Garnish station — citrus, herbs, cherries, salt/sugar rims
  • Cocktail tools — shakers, jiggers, bar spoons, strainers, muddlers
  • Espresso and coffee machine — full bean-to-cup setup
  • Full glassware set — rocks, highball, coupe, pint, wine, shot, mug
  • Sink with filtered water tap
  • Under-counter refrigerator and compact freezer
  • Ice maker
  • Storage cabinets — back bar and under-counter
// Atmosphere
  • Bar counter with stools — seating for 4–6
  • Backlit liquor display — illuminated back bar
  • Edison-bulb low lighting — warm, dim ambiance
  • Lounge seating adjacent — sectional and soft chairs
  • Sound system integrated — music throughout lounge and bar

Emergency Communications Nook

Sound-isolated from the lounge area. Allows full communications access even if the main studio above is offline.

  • GMRS radio base station
  • HAM radio console — HF and VHF/UHF
  • Satellite communications terminal
  • Antenna switching access — routes to Fortress mast
  • Sound isolated from main lounge area

Kitchenette

  • Induction cooktop burners
  • Small oven
  • Vent hood over cooking area
  • Microwave
  • Refrigerator and freezer
  • Dishwasher
  • Pantry storage

Half Bathroom

  • Toilet
  • Sink
  • Ventilation system
  • Humidity monitoring
  • Storage cabinet
Below the studio, the Signal Lounge provides comfort, recovery, and operational continuity. When the world grows quiet above, the lounge keeps the signal — and the spirits — alive.
Sec 11
// Redundant Broadcast Control — Signal Lounge

Backup Broadcast Console

Backup Console Capabilities

The Signal Lounge includes a backup broadcast control station capable of operating the radio station independently of the main studio above.

  • Control the transmitter directly
  • Start or stop broadcasts independently
  • Manage broadcast automation systems
  • Monitor transmitter status in real time
  • Deliver live emergency announcements
When the main studio is silent, the Signal Lounge keeps the signal alive.

Redundancy Scenarios

This redundancy ensures broadcasting can continue during any disruption that takes the main dome studio offline.

Severe weather — shelter-in-place and broadcast from below
Equipment failure — bypass main console; resume from lounge
Studio damage — backup console maintains operations
Emergency operations — lounge becomes primary command broadcast
The backup console is not an afterthought — it is a fully capable second operations center.
Sec 11–12
// HVAC; Air Quality; NBC

Environmental Systems & NBC Filtration

Dedicated HVAC

Climate-controlled for the Smoky Mountain environment — high humidity and variable temperatures require active management to protect equipment and maintain studio performance.

  • Dehumidifiers — Smoky Mountain climate humidity management
  • Smart humidistats on each level — studio and Signal Lounge
  • Humidity control throughout studio and basement
  • Quiet air handling units — low-noise airflow
  • Acoustic duct silencers on all runs
  • High efficiency filtration
Studio Target
NC‑25
Signal Lounge Target
NC‑30
Quiet, controlled airflow ensures the technology and the people inside the dome can operate at their best.

NBC Filtration & Shelter Air

The basement air system supports fully sealed-mode operation for extended emergency periods.

  • NBC filtration system in basement
  • Blast dampers on all intakes
  • Independent air intake; fully isolated from main HVAC
When outside conditions become uncertain, the Station remains a protected environment.
Sec 14–18
// Comms; Network; Power; Antennas; Tunnels A + C

Infrastructure Systems

Communications Stack

LPFMCommunity Broadcast Radio
Online
HAM RadioLicensed Amateur; HF / VHF / UHF
Online
GMRSGMRS Network
Online
Satellite TrackingAmateur Satellite Equipment
Active
MeshtasticMesh Network Gateway
Online
SatelliteSatellite Communications
Online
StarlinkSatellite Internet — Terminal On-Site
Standby
SDR MonitorSpectrum Monitoring
Online
Multiple communication systems ensure that at least one channel always remains open.

Network; Power; Antennas; Tunnels A + C

Antenna Systems

Antennas mounted on The Fortress tower for greater broadcast range, better lightning protection, and structural simplicity. All antenna feedlines are routed via buried conduits from the dome to the Fortress antenna mast.

  • Greater broadcast range from elevated position
  • Lightning protection — tower handles strikes away from dome
  • Structural simplicity — no antenna penetrations on dome shell
  • Signals are routed underground to the dome
Elevated antennas extend the Station's reach while protecting the integrity of the dome.
Networking Infrastructure
  • Fiber optic backbone
  • Encrypted LAN
  • VPN gateway
  • Private cloud server
  • Offline-capable local services
  • All cables enter underground
Secure networking allows the Station to function as a local digital backbone when the wider internet fails.
Power Systems
  • Solar Utility Annex (SUA) — primary generation
  • Local battery backup system inside Station — independent reserve
  • Wind turbine supplement
  • Multi-fuel generator via compound grid — emergency fallback
  • UPS systems on all sensitive equipment
Redundant power ensures that the signal never depends on a single source.
Underground Tunnels — A + C

Tunnel A: Signal Lounge ↔ Fortress Bunker  ·  Tunnel C: Signal Lounge ↔ Bath House

Two hardened underground tunnels connect The Station to the compound network — Tunnel A to The Fortress Bunker, Tunnel C directly to The Bath House. Together with Tunnel B (Fortress ↔ Bath House), all three structures form a fully redundant underground triangle. No single tunnel failure can isolate any node.

  • Tunnel A — Reinforced concrete; Signal Lounge ↔ Fortress Bunker
  • Tunnel C — Reinforced concrete; Signal Lounge ↔ Bath House Basement
  • Sealed blast doors at all entry and exit points
  • Fiber, power, and utility conduits — cable trays running full length of both tunnels
  • Ventilation system — independent airflow per tunnel
  • Sound-insulated walls — acoustic separation from both structures
  • Emergency lighting throughout
  • Drainage and sump system
  • Independent of each other — parallel routes, full network redundancy
Tunnel A links The Station to The Fortress. Tunnel C links The Station directly to The Bath House. The triangle is complete — every compound structure maintains two independent underground connections at all times.
Sec 19–22
// Operations; Monitoring; Human Factors

Security; Wellness; Lighting; Command

Security Systems

  • Smart locks with manual override
  • Interior cameras
  • Motion sensors
  • Panic buttons
  • Secure equipment cabinets
  • Segmented network access and logging
Compartmentalize
Observe; Verify; Record
Retain local capability if external networks fail
The Station protects both the people inside it and the information it carries.

Command Center Display

The communications desk monitoring wall displays real-time operational data across all compound systems.

  • Weather radar
  • Compound camera feeds
  • Power system status
  • Network monitoring — network health dashboard
  • Radio spectrum monitoring
Real-time visibility turns the Station into the nerve center of the entire compound.

Human Factors

Wellness Area

Inside the dome; supports long operational shifts.

  • Exercise equipment
  • Yoga mats
  • Stretching area
Sustaining the operators is as important as sustaining the equipment.
Lighting
// Studio Lighting
  • Dimmable LED panels
  • RGB mood lighting — ambiance and broadcast aesthetics
  • Task lighting at all work stations
  • Blackout capability
// Exterior Lighting
  • Motion sensor-activated perimeter
  • Exterior path lighting — low-glare compound walkways
  • Low-glare pathway lighting throughout grounds
Carefully controlled lighting supports both production work and operational readiness.
Sec 23–24
// Role; Mission; Philosophy

Community Role & Design Philosophy

Role in the Community

The Station provides a communications lifeline during regional outages.

  • Emergency broadcasting
  • Disaster communications
  • Community radio programming
  • Media production
  • Public information distribution
The Station is built to be welcoming, acoustically excellent, resilient, private, and community-focused — a creative space and a resilient communications center for the Smoky Mountains region. When normal systems fail, The Station becomes the voice that keeps the community connected.

Design Philosophy

The Station merges four critical systems into a single unified facility:

System 01Broadcast StudioActive
System 02Emergency Communications HubActive
System 03Shelter & Command CenterReady
System 04Creative Production SpaceActive
The dome represents the mission of the compound:
A place where communication, creativity, resilience, and community meet.
The Station stands as a fusion of art, technology, and resilience in service of communication.
Diagram
// Compound Infrastructure — Systems Overview

Compound Architecture

// Power flows from Utilities → Station → Fortress → Community. Network extends laterally via Fiber Backbone.

// Utilities Wind Turbine Generator Backup Solar Utility Annex // Station The Station Dome Signal Lounge RF / Server Room // Network Fiber Backbone Mesh Network Satellite Internet // Fortress Fortress Antenna Tower Fortress Bunker // Community Regional Community Listeners Signal / Power flow Utilities Station Network Fortress Community
Power originates at the Utilities cluster (Solar Annex, Wind Turbine, Generator) and flows down through the Station into the Fortress and out to the community via the Antenna Tower.
Network connectivity branches laterally from the RF / Server Room through the Fiber Backbone, distributing to Mesh Network nodes and Satellite Internet across the compound.
Sec 25
// Signal Path — Studio to Listener

Broadcast Signal Flow

// Three signal sources converge → process → transmit → community

// Sources Main Broadcast Studio Console Signal Lounge Backup Console Automation Server // Processing Broadcast Audio Router Audio Processing Rack // Transmission Transmitter Control Interface LPFM Transmitter // Broadcast Fortress Antenna Tower Community Radio Listeners Studio Monitoring Transmitter Monitoring Signal path Monitoring feed Source Processing Output
All three signal sources — main studio, backup console, and automation — converge at the Audio Router before processing and transmission. The signal reaches the community via the Fortress Antenna Tower.
// Closing Statement

When the world grows quiet, The Station remains — a signal of resilience, creativity, and community carried into the future.