POWERPATHKINETIC FLOORING
POWERPATH  |  KINETIC ENERGY FLOORING

Every Step
Generates Power

PowerPath converts everyday foot traffic into usable electrical energy through a mechanical electromagnetic energy-harvesting system.

PRE-BOOK POWERPATHEXPLORE THE TECHNOLOGYFOR INVESTORS
LAUNCHING SOON — EARLY ACCESS OPEN
  • Mechanical Energy Harvesting
  • Designed for High-Traffic Spaces
  • Modular Floor System
PowerPath kinetic energy floor tile — assembled product render showing top grip surface, copper generator coils and base

300×300

mm module

MECH → ELEC

harvesting

MODULAR

floor system

Powerpath Technology

A Floor Tile Designed To Turn Foot Traffic Into Energy

PowerPath is a modular kinetic flooring system designed to capture mechanical energy generated by footsteps and convert it into electrical energy.

01

MECHANICAL INPUT

Foot pressure creates controlled vertical movement.

02

ROTATIONAL CONVERSION

A rack-and-pinion mechanism converts vertical movement into shaft rotation and increases rotational speed through gearing.

03

ELECTROMAGNETIC GENERATION

The high-speed rotating system drives an electromagnetic generator to produce electricity.

ENERGY PATH — CONCEPTUAL ARCHITECTURE

  1. STAGE 01

    FOOTSTEP

  2. STAGE 02

    VERTICAL MOTION

  3. STAGE 03

    RACK & PINION

  4. STAGE 04

    GEAR TRAIN

  5. STAGE 05

    GENERATOR

  6. STAGE 06

    ELECTRICAL OUTPUT

Harvests mechanical energy from foot traffic. No claim of free or unlimited energy — output depends on footfall, load and deployment conditions.

How it works

From Footstep To Electricity

A purely mechanical harvesting chain — vertical motion becomes rotation, rotation becomes high-speed spin, spin becomes electrical output.

  1. 01

    STAGE 01

    STEP

    A footstep lands on the tile and applies body-weight pressure to the top surface.

  2. 02

    STAGE 02

    MECHANICAL MOTION

    Controlled vertical displacement travels through springs and guides.

  3. 03

    STAGE 03

    ROTATIONAL CONVERSION

    Rack-and-pinion converts linear motion into shaft rotation.

  4. 04

    STAGE 04

    SPEED MULTIPLICATION

    A gear train multiplies rotational speed; the flywheel smooths motion.

  5. 05

    STAGE 05

    ELECTROMAGNETIC GENERATION

    High-speed rotation drives copper coils and magnets to generate electricity.

  6. 06

    STAGE 06

    ENERGY OUTPUT

    Power electronics rectify and condition output for storage or direct use.

Inside PowerPath

Professional Exploded View

Scroll to separate the tile. Fully assembled at rest — each layer lifts vertically with spring-eased, scroll-linked motion. Labels engage as the mechanism reveals itself.

TOP TPU GRIP SURFACESTRUCTURAL PLATESPRINGSRACKPINIONGEARSSHAFTBEARINGSFLYWHEELGENERATORBASE
DWG PP-300-EXP · SCALE 1:2 · SCROLL-DRIVEN01 / ASSEMBLED TILE
ASSEMBLED0%EXPLODED

01

TPU GRIP

02

RACK & PINION

03

SPEED GEAR TRAIN

04

FLYWHEEL

05

ELECTROMAGNETIC GENERATOR

06

BASE STRUCTURE

Why PowerPath?

Built Like Infrastructure, Not a Gadget

Technically responsible claims. Every benefit maps to a real property of the mechanical harvesting architecture.

ENERGY FROM FOOT TRAFFIC

Uses mechanical energy generated by everyday movement.

MODULAR DESIGN

Individual floor modules can be installed and serviced independently.

HIGH-TRAFFIC APPLICATIONS

Designed for locations where large numbers of people naturally move.

REAL-TIME MONITORING

Future versions can monitor generated energy and system performance.

SCALABLE INSTALLATION

Multiple tiles can work together as a larger flooring system.

SMART INFRASTRUCTURE

Combines flooring, mechanical engineering and energy harvesting.

Deployments

Built for High-Traffic Spaces

Wherever large numbers of people already walk, PowerPath turns that movement into a visible clean-energy asset.

AIRPORTS

Continuous passenger flow through terminals, corridors and security queues.

RAILWAY STATIONS

Dense rush-hour traffic across concourses, platforms and footbridges.

SHOPPING MALLS

All-day visitor circulation across atriums, entrances and food courts.

METRO STATIONS

Repetitive commuter movement through gates, stairs and interchanges.

OFFICE COMPLEXES

Daily workforce movement across lobbies, corridors and campuses.

SMART CITIES

Public plazas, walkways and transit hubs as distributed harvesting surface.

Specification sheet

Technical Specifications

Prototype-stage specifications. Figures will be confirmed through engineering validation — no inflated performance claims.

PP-300 · REV A · PROTOTYPE
PRODUCT
PowerPath Kinetic Energy Tile
FOOTPRINT
300 × 300 mm prototype module
TOP SURFACE
Anti-slip TPU grip layer
MECHANISM
Vertical linear motion → rotational motion
TRANSMISSION
Rack & pinion + speed multiplication
GENERATOR
Electromagnetic generation
DESIGN
Modular architecture

Launching soon

PowerPath Next-Generation Kinetic Flooring

Prototype → Validation → Pilot Deployment → Launch. An honest startup roadmap — no invented dates.

    01IN PROGRESS

    PROTOTYPE

    Functional mechanical tile demonstrating the full harvesting chain.

    02NEXT

    VALIDATION

    Engineering measurement of durability, output and real footfall behavior.

    03PLANNED

    PILOT DEPLOYMENT

    Limited high-traffic installation with partner venues.

    04PLANNED

    LAUNCH

    Commercial availability for malls, transit and campuses.

From prototype to infrastructure

The Path To Deployment

We show real progress and real next steps — no fake investors, revenue, certifications or partnerships.

  1. CONCEPT

    Kinetic flooring concept and mechanical architecture defined.

  2. PROTOTYPE

    You are here — working prototype tile, presented on this page.

  3. ENGINEERING VALIDATION

  4. PILOT INSTALLATION

  5. COMMERCIAL DEPLOYMENT

Early access

Power the Places People Already Walk

PowerPath is preparing for its next stage of development. Join the early-access list and be among the first to explore deployment opportunities.

PRE-BOOK POWERPATH

MALLS · AIRPORTS · RAILWAY / METRO · OFFICES · UNIVERSITIES