KTT Faraday Pouch - MOLLE-compatible RF isolation enclosure prototype

// AI renders // Product images on this page are AI-generated concept renders. The Faraday Pouch is in prototype validation — waitlist open, launch target August 2026.

KTT Faraday Pouch - main view Internal magnetic seal and shielding layers Faraday pouch cutaway diagram
5G / LTE Cellular
BLOCKED
GPS / GNSS
BLOCKED
Wi-Fi (2.4/5GHz)
BLOCKED
Bluetooth / NFC
BLOCKED
TYPE: SIG_MAN_ISOLATION // MODEL: FARADAY_v2.1

Faraday Pouch

// 500D Cordura + Multi-Layer Radio-Frequency (RF) Shielding // MOLLE Compatible
From $79 (target launch)
Pre-production: target August 2026

This product is not a finished retail item yet. Join the waitlist for launch notice and pricing, or shop current releases while the pouch moves through prototype validation.

StatusPrototype in work
Best next stepJoin waitlist
Current storeTV-D1 and field goods
Join Waitlist Shop Current Releases
Plain-English product brief

What this page is for

The Faraday Pouch is a pre-production signal-management product. RF means radio frequency, and MOLLE means the webbing system used to mount pouches on packs or carriers. The useful action today is to join the waitlist, compare the use cases, or shop live KTT releases while testing continues.

AvailabilityNot retail-ready yet
Best forPhone isolation workflows
Proof neededProduction sample attenuation testing
ActionJoin waitlist or shop live goods

Phones can expose cellular, Wi-Fi, Bluetooth, NFC, and location-related surfaces depending on settings, apps, carrier behavior, and environment. A physical shielding pouch gives the user a deliberate no-signal workflow when the device needs to stop participating in the local radio environment.

The KTT Faraday Pouch is being developed as a MOLLE-compatible enclosure for high signal attenuation. In plain English: it is meant to mount like field gear and physically reduce wireless signals when closed. The design target is a multi-layer shielding liner, quiet access, 500D Cordura exterior, roll-top retention, and a field-friendly structure that can be staged on a kit instead of buried in a bag.

THREAT MODEL // ACTIVE EXPOSURE

The threat model is simple: radios create opportunities for correlation. Cell, Wi-Fi, Bluetooth, NFC, and app-level location data can all contribute to a pattern-of-life picture. Software settings help, but they are device-specific and easy to forget. Physical isolation is the cleanest user-controlled step when the goal is silence instead of convenience.

// Live Isolation Demo //

Device outside vs. inside

Cellular
GPS
Wi-Fi
Bluetooth
NFC
// DEVELOPMENT PHASE
ConceptLOCKED
MaterialsSOURCED
ShieldingTARGETED
SpecFINALIZED
PrototypeIN WORK
ReleaseAUG 2026
[ STATUS: PRE-PRODUCTION // TARGET: AUGUST 2026 ]

Transmit your coordinates to receive launch intel and pricing before anyone else. No noise - one notification when it's live.

[ TRANSMISSION RECEIVED // STANDING BY ]

ATTENUATION_REPORT

  • 5G and 4G LTE attenuation target
  • GPS / GNSS attenuation target
  • Wi-Fi 2.4GHz and 5GHz attenuation target
  • Bluetooth and NFC displacement
  • RF attenuation test scope; not EMP rated

CONSTRUCTION_MANIFEST

  • 500D Mil-Spec Cordura exterior
  • Multi-layer metallic mesh lining
  • N52 neodymium magnetic seal
  • Roll-top with bungee + G-hook
  • HDPE stiffener insert pocket

OPERATIONAL_NOTES

  • MOLLE / PALS webbing-compatible loadout ready
  • Quiet magnetic access (no velcro)
  • 180 x 100mm internal cavity
  • Fits phones up to 6.7" display
  • Passive protection - no battery

THREAT_DEFEATED

  • Cell site simulator interception
  • GPS / location tracking
  • Wi-Fi probe request leakage
  • Bluetooth beacon logging
  • Remote device exploitation
KTT Faraday Pouch cutaway showing shell, shielding liner, closure, and phone isolation workflow
Visual build brief

What changes inside the pouch?

The page now gives visitors a concrete picture of the pouch as a layered signal-control object, not just a black box. Use the simulator below to compare exposed versus isolated device behavior.

  • Outer shell protects the field body.
  • Shield liner is the signal-management layer.
  • Closure behavior matters as much as material.
  • The workflow is close first, then move.
// Mission Fit Selector //

What are you trying to isolate?

Select the use case and the pouch brief updates with the practical loadout notes.

Recommended configuration

Field notes
    Shop / Join Waitlist
    // Prototype log //

    Development path

    These entries keep the product path concrete while final dates and test notes are confirmed.

    Concept lockedDate pending. Phone isolation workflow and MOLLE-compatible pouch target defined.
    Materials sourcedDate pending. 500D Cordura exterior target and shielding liner path selected.
    Shielding validationDate pending. Production sample attenuation values still need final measured test data.
    Spec finalizedDate pending. Closure geometry, carry orientation, and access workflow move into prototype review.
    // Compare use case //

    Generic sleeve vs. KTT pouch

    Generic Faraday sleeve
    • Usually pocket or bag-only carry.
    • Often optimized for storage, not field placement.
    • Closure and daily access behavior varies widely.
    KTT Faraday Pouch target
    • MOLLE/PALS-compatible mounting path.
    • 500D Cordura exterior with field-friendly structure.
    • Designed around deliberate close-first signal discipline.
    [ RELATED ASSETS // SIGNAL MANAGEMENT SYSTEM ]
    KTT RFID Wallet

    RFID Wallet

    Same Faraday architecture, applied to everyday carry. Blocks RFID, NFC, and EMV contactless. 500D Cordura. Your cards are broadcasting too.

    VIEW ASSET ?
    KTT Double Tap

    The Double Tap

    Adaptive MOLLE retention for mags or 12oz logistics. 500D Cordura, silent tension, PALS compatible.

    VIEW ASSET ?

    Your phone has no off switch. This is one.

    The Faraday Pouch launch path starts with Signal Range and the waitlist.

    Join WaitlistSignal RangeRFID Wallet