INDUSTRIAL DESIGN

Industrial Design Division

ADVANCED SYSTEMS | MOBILITY

High-precision engineering for next-generation

security, medical, and autonomous aerial platforms.

OMNI-TECH // CORE UNIT SERIES-01

THE NON-AXIS PROPULSION SYSTEM

NON-AXIS

HOLLOW VENT

The patented foundation powering our autonomous series -

a hubless, magnetic stator system engineered for silent flight dynamics. By eliminating the central axis, we’ve achieved a frictionless airflow environment that redefines propulsion efficiency.

Material

Aerospace Grade

TITANIUM G5

Magnetic Core

High-Flux N52 Neodymium

System Type

Hubless Induction Drive

Outer Thrust Ring

High-torque peripheral ring for primary lift and maximum airframe stability.

PROJECT_ARC // SERIES_A

OMNI | ARC ANGEL

Elegant aerial mobility realized. The Arc Angel serves as the primary application of our hollow-core technology, featuring a seamless aerodynamic frame that integrates the propulsion system directly into the airframe for maximum structural stability and a minimal acoustic footprint.

Navigation Vent

Central hollow-core blower for independent, high-precision steering

Maglev Integration

Friction-free magnetic rotors housed in a modular carrier platform

OMNI DRONE // HYBRID DRIVE

Introducing the dual-component propulsion system, a breakthrough in aerial engineering. By separating lift from steering, the Hybrid Drive achieves unprecedented stability. The Outer Thrust Ring generates primary vertical lift, while the central Navigation Vent (Blower-style) manages high-precision maneuvers without disturbing the drone's structural equilibrium.

MEDICAL | MED-TECH

OPTECH X: THE FUTURE OF TOUCH

Step into complete immersion. Opticon replaces traditional AR/VR controllers with transparent, conductive optical lenses that sit directly on your fingertips. Experience unrestricted, true-to-life manual precision designed for professional simulations, medicine, and advanced spatial computing.

Ergonomic Architecture

A seamless blend of technology and human anatomy, engineered for extended medical simulations without restricting natural hand movement.

High-Fidelity Contact Pads

Textured optical sensors positioned on the fingertips to ensure pixel-perfect spatial tracking and realistic tactile feedback.

Centralized Smart Hub

The integrated interface serves as a physical command center, providing real-time data and instant access to professional VR/AR toolsets.