POWER, WITHOUT THE OBJECT

THE ROOMKEEPS ITSCOMPOSURE.

A patent-pending mechanical concept designed to place the charger and cord below the finished surface.

See beneath the surface ↓See the concept assemble
CONCEPT VISUALIZATIONREV E NON-ENERGIZED MECHANICAL PROTOTYPE
01
Finish-matched lid02
Charger storage below03
Separate service zone

A DIFFERENT KIND OF FLOOR POWER

Most outlets add something to a room. This one gives something back.

The uninterrupted floor.

Floor Power Vault closed and flush within a finished white-oak floorFloor Power Vault open with the charger stored below the floorCutaway showing the Floor Power Vault beneath the finished floor
CONCEPT VISUALIZATION NOT A PHOTOGRAPH OF A FINISHED OR LISTED PRODUCT
01 / CLOSED

First, it
vanishes.

Design intent: carry the surrounding finish so the eye reads one continuous floor.

02 / IN USE

Then, the mess
goes with it.

Design intent: store the adapter and excess cable below while the working cord reaches the room.

03 / BENEATH

Shallow
by design.

In the Rev E CAD architecture, storage and the service sidecar sit beside one another within a 2.750 in nominal depth.

2.750IN NOMINAL CAD DEPTH

69.85 mm controlled Rev E body depth.

4.54 × 3.29IN APPROX. STORAGE MOUTH

115.37 × 83.62 mm opening in the nominal CAD model.

0.00MM NOMINAL CAD FLUSH ERROR

Calculated stack-up target—not a measured production tolerance.

REV E / SOURCE OF TRUTH

What CAD controls.
What is still concept.

Geometry below comes from the controlled Rev E dimension CSV, stack-up JSON, and CAD source. Photoreal materials, room scenes, colors, shadows, and final production appearance are illustrative.

Rev E CAD-grounded architecture board showing the installed, exploded and section views with controlled specifications
CAD-GROUNDED REV E ARCHITECTURE BOARD
CONTROLLED NOMINAL GEOMETRYREV E / 2026-07-15
Complete rim envelope
5.750 × 6.775 in 146.050 × 172.085 mm
Body outer size
5.500 × 6.525 in 139.700 × 165.735 mm
Overall depth
2.750 in 69.85 mm
Through-cut target
5.550 × 6.575 in 140.970 × 167.005 mm
Flush-rabbet target
5.780 × 6.805 × 0.130 in deep 146.812 × 172.847 × 3.302 mm
Main storage mouth
≈ 4.54 × 3.29 in 115.37 × 83.62 mm
Main clear height
≈ 2.153 in 54.69 mm
Lid / finish insert
0.472 / 0.236 in 11.989 / 5.994 mm
Service cassette
4.650 × 2.000 × 0.118 in 118.11 × 50.80 × 2.997 mm
Device depth / modeled clearance
1.287 / 0.863 in 32.70 / 21.91 mm

CAD-CONTROLLED Nominal dimensions and component architecture.

ILLUSTRATIVE Materials, finishes, lighting, rooms, and rendered transitions.

NOT YET VALIDATED Physical tolerances, loads, spill resistance, thermal behavior, listing, and field installation.

REV E ARCHITECTURE / CONCEPT FILM

Take it apart.
Build it back.

The assembly sequence follows the Rev E architecture, but the photoreal frames are illustrative and not dimensionally controlling. The CAD ledger above governs.

REV E / CINEMATIC ASSEMBLYFULLY EXPLODED
  1. 01
    Interior receptacle

    The duplex device docks on the right interior service wall, facing into the storage vault.

  2. 02
    Adapter plate

    The precision plate seats on the structural vault and establishes the final assembly plane.

  3. 03
    Magnet-pocket carrier

    The carrier lowers into the nominal Rev E lid seat above the storage volume.

  4. 04
    Finish insert

    The illustrative oak insert settles into the carrier at the nominal CAD flush plane.

CORE SYSTEM / CONCEPT RENDER

Key parts.
Architecture exposed.

ILLUSTRATIVE APPEARANCE / CAD GOVERNSPhotoreal exploded Floor Power Vault assembly showing the oak finish insert, carrier, adapter plate, vault body, gasket, cassette and receptacle01 WHITE-OAK FINISH02 MAGNETIC CARRIER03 SHALLOW STORAGE VAULT04 GASKET + SERVICE CASSETTE

This is the architecture—not a decorative cover over an ordinary floor box. The adapter lives in a clean user vault while the receptacle and branch wiring remain next door in a removable service plane.

USER STORAGEELECTRICAL SERVICE

THE POWER PATH

Power beside.
Storage below.

Separating the everyday cavity from the electrical service area is what keeps the profile shallow and the charger out of sight.

Engineering section showing the plug-storage vault and separate rear electrical service zone
REV E / VERIFIED SECTION VIEW

FROM SUBFLOOR TO SILENCE

Five moves.
One clean plane.

CONCEPTUAL INSTALLATION SEQUENCE — NOT FIELD INSTRUCTIONS — REQUIRES PRODUCT CERTIFICATION, LICENSED DESIGN REVIEW, AND AHJ APPROVAL
Conceptual cutaway of the Floor Power Vault installed in a white-oak and plywood floor assembly
CONCEPTUAL CUTAWAYFinish / subfloor / vault / sidecar / conduit
  1. 01

    Find the clear bay.

    Survey structure and services below. Verify the routing template before the first cut.

    PLAN
  2. 02

    Create the flush seat.

    Cut the through-opening, then route the shallow perimeter ledge for the integral rim.

    PREP
  3. 03

    Set the vault.

    In the proposed method, a final specified gasket would be fitted before the body is lowered and secured.

    PLACE
  4. 04

    Connect the sidecar.

    After certification, a qualified electrician terminates and closes the gasketed service cassette.

    POWER
  5. 05

    Return the floor.

    Test the assembly, verify cord clearance, and install the selected finish insert.

    FINISH
PROTOTYPE ≠ PRODUCT

The current printed assembly validates geometry only. It is not safety-listed and must not be installed or energized.

STOCK MATERIAL DIRECTIONS

The lid is
the room.

Four workable hardwood directions plus black polymer and solid brass. No stone, tile, terrazzo, or cement fabrication is being proposed.

01 / WOODWhite oakRift-sawn hardwood blank
02 / WOODAmerican walnutDark hardwood blank
03 / WOODHard mapleLight closed-grain hardwood
04 / WOODAmerican cherryWarm fine-grain hardwood
05 / STOCKBlack polymerMolded or machined cap
06 / STOCKSolid brassMachined sheet or plate

ILLUSTRATIVE MATERIAL DIRECTIONS / FINAL THICKNESS + FASTENING REQUIRE ENGINEERING

REV E / INTERIOR DIGITAL-TWIN LAB

Leave the room.
Enter the vault.

The camera crosses the finish plane, descends into the nominal 2.750-inch box, and parks at the inward-facing device bay. Every AC study now shows hot, neutral, and equipment-ground contacts—and every candidate carries an honest fit status.

LOADING CONTROLLED CAD
NOMINAL REV E ENCLOSURE DEVICE FIT SHOWN INDIVIDUALLY
LIVE SEQUENCETHE FLOOR / UNINTERRUPTED
5.750 × 6.775 IN2.750 IN DEEP

HELP MOVE REV E FORWARD

Power belongs
everywhere.
Outlets don't.

Floor Power Vault is in prototype development. Follow the journey through engineering validation, safety listing, and manufacturing.

I want to follow the build