Hyve Haptic Matrix Technology
Hyve Haptic Matrix represents a new class of non-invasive, multi-parameter surface monitoring platforms for real-time aerodynamic intelligence and structural health monitoring — deployed as a subscription service combining conformable sensing hardware, calibration, and structured data delivery.

What Is the Hyve Haptic Matrix?
The Hyve Haptic Matrix is a conformable, ultra-thin surface sensing array that integrates directly onto aerodynamic and structural surfaces to provide dense, real-time measurement of pressure, temperature, and strain.
It enables non-invasive deployment without drilling, structural modification, or embedded wiring — delivering full-surface insight in testing and operational environments.
Inspired by biological sensing, the architecture prioritises distributed measurement density to capture surface behaviour rather than isolated points.
Core Innovation
Traditional surface instrumentation often requires structural penetration, embedded wiring, or complex optical systems. Hyve replaces this with a conformable, non-invasive MEMS-based sensing architecture, enabling:
Development History
Next Steps
Ready to transform your aerodynamic testing and structural monitoring? Choose the path that fits your needs.
Aerospace OEMs & Test Facilities
See the Hyve Haptic Matrix in action at our wind tunnel facility. We'll demonstrate real-time pressure mapping on your test article geometry.
Motorsport Teams
Engineered for F1 programmes targeting £2M+ annual wind tunnel cost reduction. Private ROI analysis based on your wind tunnel usage.
Defense & Government
ITAR-compliant solutions for classified programs. Hypersonic testing, UAV monitoring, survivability assessment.
Research Institutions
Academic pricing available. Discuss grant-funded research, PhD projects, and publication opportunities.
Custom Applications
Extreme temperature ranges? Custom geometries? Proprietary system integration? Our engineering team can help.
General Inquiries
Get the full technical specifications, comparison guides, and application briefs in PDF format.