The Future of Defense Is a Film.

Three breakthrough flexible film technologies—engineered for SWAP-C reduction, developed with Purdue University, and built for Navy platforms.

One Platform. Three Mission- Critical Capabilities.

Scorpion Smart Films is developing a suite of ultra-thin, flexible piezoelectric and electrochromic technologies in partnership with Purdue University’s SMART Lab.

Each product solves a distinct defence challenge but all share a common advantage: replacing heavy, complex, maintenance-intensive hardware with a film that installs like a decal.

Just capability delivered in a sheet of film.

SIZE & WEIGHT

Millimetre-scale form factors

POWER

Low-voltage, edge-capable, self-powered

COST

Scalable roll-to-roll manufacturing

COMMANDTINT™ Visual Control Film

Switch the View. Not the Hardware.

An electronically switchable electrochromic film that transitions from clear to opaque on a low-voltage signal. No motors. No moving parts. Applies directly to existing glass surfaces.

The Problem:

Shipboard windows, cockpit canopies, and command center displays rely on mechanical shades and motorized tinting systems—adding weight, maintenance burden, and multiple failure points.

When they fail, they fail completely.

The Solution:
CommandTint replaces mechanical systems with a solid-state film that switches states electronically. It installs without structural modification and integrates easily into existing control systems.
Key Capabilities:
  • Instant electronic switching (clear ↔ opaque)
  • No motors or mechanical components
  • Retrofit installation on existing glass
  • Low-voltage operation
  • Remote or system-integrated control
  • Built on proven electrochromic technology
    (Kent Displays partnership)
Applications:
  • ship bridge windows
  • Cockpit canopies
  • ISR privacy
  • Display glare control
  • Submarine viewports
SWAP-C Impact: Eliminates motorized shading systems,
reducing weight, maintenance, and system complexity.

SOUNDSKIN™ Acoustic Transducer Film

Covert Audio. Conformable. Magnet-Free.
A flexible piezoelectric film that functions as both a loudspeaker and a microphone—without magnets, voice coils, or enclosures. Transparent, surface-mounted, and EMI-immune.
The Problem:
Traditional audio systems rely on bulky electrodynamic components that add weight, generate EMI, and limit integration, especially in stealth or sensitive environments.
The Solution:
SoundSkin uses aligned piezoelectric nanostructures to generate and receive sound directly from the film surface. It conforms to nearly any geometry while eliminating magnetic components entirely.
Key Capabilities:
  • Dual-function: speaker + microphone
  • Magnet-free → zero EMI signature
  • Transparent and flexible
  • ≥70 dB SPL across 300 Hz–20 kHz
  • Conformal to curved or complex surfaces
  • Underwater operation (sonar-capable)
  • Scalable roll-to-roll manufacturing
Applications:
  • Shipboard PA
  • Covert ISR audio
  • Submarine sonar
  • Aircraft comms
  • UAV sensing
  • Command posts
SWAP-C Impact: Replaces speakers, wiring, and enclosures with a single
surface-applied film—reducing weight, complexity, and integration overhead.

PULSEFILM™ Vibration & Health Monitoring Sensor Film

Real-Time Equipment Health. No Retrofit Required.

“So sensitive it can detect a feather’s impact.”

A paper-thin piezoelectric/piezoresistive sensor film capable of detecting ultra-low vibration events in real time. Installs like a decal. Processes data locally. No rewiring required.

The Problem:

Legacy naval platforms lack comprehensive health monitoring. Failures are often detected too late, or maintenance is performed on rigid schedules regardless of actual condition.

Traditional sensor retrofits require downtime, wiring, and structural modification.

The Solution:

PulseFilm deploys as a distributed network of ultra-thin sensor nodes. Each unit monitors vibration and acoustic signatures in real time, processes data locally, and flags anomalies instantly.

Installation requires no structural changes, no wiring, and no dry-docking.

Key Capabilities:
  • Ultra-high sensitivity (sub-milligram detection)
  • Compact, decal-like installation
  • Onboard edge processing (ARM-class)
  • Flexible data output (BLE / Wi-Fi / visual)
  • Self-powered operation
  • Real-time alerts + long-term baseline tracking
  • Predictive maintenance enablement
  • Scalable manufacturing
System Vision
  • A distributed, self-powered sensor network that acts as a real-time nervous system across any platform, delivering continuous awareness without added infrastructure.
Applications:
Shipboard equipment · Propulsion systems · Structural monitoring · Predictive maintenance · CBM+ integration
SWAP-C Impact: Replaces bulky monitoring systems with lightweight, distributed
sensors—eliminating wiring and reducing lifecycle maintenance costs.

Download the Free Whitepaper

Flexible Film Technology as a SWAP-C
Strategy for Naval Platforms

This technical brief covers all three Scorpion Smart Films technologies, including underlying science, SWAP-C advantages, development status, and transition pathways.

Written for program managers, acquisition teams, and defence decision-makers.

Built in Indiana. Backed by Purdue.

Scorpion Smart Films is headquartered in Cloverdale, Indiana, with core technologies developed in partnership with Purdue University’s SMART Lab, led by Dr. Mukerrem Cakmak, a global leader in roll-to-roll piezoelectric film manufacturing.

Our work is supported by Indiana’s Innovation Voucher Program and the Applied Research Institute (ARI).

We are a small business with deep defence roots and a manufacturing-first mindset—focused on transitioning technology from lab to platform, and from prototype to program of record.

Ready to talk?

Whether you’re evaluating SWAP-C strategies or exploring next-generation sensing, audio, or control solutions—we’re ready to engage.

Contact:


Clayton Tomasino
Scorpion Smart Films

[email protected]

765.276.0289

scorpionwindowfilm.com