International Patent Portfolio
Compound-motion technology developed for controlled, application-specific shape change.
Patented Australian engineering technology
Patented Motion. Adaptive Performance.
VForce Systems develops patented compound-motion technology for controlled shape adaptation and positioning across wind energy, aerospace, advanced mobility, maritime, and autonomous systems.
Australian wind farm footage by Macourt Media
Featured Research Partnership
RMIT Smart Wind Turbine Blade Project
VForce Systems is an industry collaborator in a major Australian research program focused on scaling and commercialising advanced smart wind turbine blade technology.
The program combines adaptive blade structures, advanced composites, digital twin technology, engineering analysis, testing, and AI-enabled control systems.
$4,941,028Australia’s Economic Accelerator funding
View the full research program
Working Physical Prototype
A tangible engineering platform supporting continued development, modelling, and validation.
Research and Industry Network
Collaboration spanning university research, composites, engineering, manufacturing, and regional capability.
International Recognition
Awards and finalist recognition across aerospace, defence, maritime, and future energy innovation.
Technology & Capability
Engineering Innovation across Complex Environments
VForce applies its compound-motion and shape-adaptive technology across multiple sectors while maintaining a consistent engineering foundation.
01
Smart Wind Turbine Technology
Adaptive blade concepts designed to support aerodynamic performance and energy capture across changing wind conditions.
Explore wind applications
02
Advanced Air Mobility
Morphing rotor and tilt-propeller concepts intended to support lift, cruise efficiency, lower noise, and reduced energy use.
Explore advanced mobility
03
Aerospace & Defence
Patented deployment and shape-adaptive concepts developed for demanding aircraft, rotorcraft, and autonomous-system applications.
Explore aerospace applications
04
Maritime & Rigid Sails
Shape-adaptive rigid-sail and marine-control concepts intended to support wind-assisted propulsion and operational efficiency.
Explore maritime applicationsIndustry Recognition
Awards & Recognition
VForce technology has received recognition across aerospace, defence, maritime, and future-energy innovation.
2013
Sikorsky Entrepreneurial Challenge
The working prototype was demonstrated during finalist evaluation at Sikorsky’s world headquarters.
2018
Create the Future Design Contest
Honorable Mention in Aerospace & Defense and top-100 international recognition.
2020
A20 Airspace Awards
Excellence in Innovation recognition for the VForce high-lift flap deployment mechanism.
From Patent to Commercialisation
A Structured Pathway from Invention to Industry Adoption
VForce is developing application-specific opportunities through engineering validation, collaborative research, manufacturing planning, licensing, and investment relationships.
Patented Foundation
Compound-motion technology, technical documentation, and a working physical prototype.
Research & Validation
Modelling, testing, demonstrator development, digital engineering, and evidence generation.
Industry Adoption
Application-specific integration through licensing, joint development, manufacturing, and investment.
Inventor & Engineering Leadership
Decades of Cross-Sector Engineering Experience
VForce founder and inventor John Clark brings more than 30 years of engineering design experience spanning nuclear, offshore, aerospace, and international development environments.
VForce is seeking research, engineering, manufacturing, licensing, grant, and investment relationships that can support responsible validation and commercial adoption.