Australia’s Economic Accelerator

RMIT Smart Wind Turbine Blade Project

VForce Systems is an industry collaborator in RMIT University’s Smart Wind Turbine Blade project, supported through Australia’s Economic Accelerator.

The program brings together adaptive structures, advanced composites, digital engineering, manufacturing, testing, and industry expertise to advance smart blade technology toward full-scale demonstration and commercial application.

Australian Government Australia’s Economic Accelerator

AEA Funding $4,941,028

Australian Government support through Australia’s Economic Accelerator.

Program Objective Scale and Commercialise

Advance smart blade technology from research and development toward demonstration and commercial application.

Delivery Model Research and Industry

University and industry capability supported through cash and in-kind contributions.

Project Overview

Adaptive Blade Technology for Changing Wind Conditions

The project is developing advanced turbine blade structures and control systems intended to support effective operation across a wider range of environmental and operating conditions.

The research program combines morphing blade structures, advanced composite manufacturing, aerodynamic and structural analysis, testing, digital twin technology, and AI-enabled adaptive control.

This work supports Australian engineering and manufacturing capability while creating a structured pathway toward technical validation and industry adoption.

VForce shape-adaptive blade study comparing the unmorphed and morphed blade profiles

Integrated Research Program

Technical Workstreams Supporting Full-Scale Development

The program combines complementary engineering and commercial capabilities rather than treating blade design, manufacturing, control, and validation as isolated activities.

Adaptive Blade Structures

Morphing blade sections and structural concepts designed around target aerodynamic requirements.

Advanced Composites

Materials, tooling, manufacturing, and assembly capability required to progress into physical hardware.

Digital Twin & Modelling

Data-driven modelling, simulation, analysis, monitoring, and optimisation across the lifecycle.

Adaptive Controls

AI-enabled control concepts intended to respond to changing wind and operating conditions.

Testing & Validation

Engineering evaluation, demonstrator development, test planning, and evidence generation.

Commercialisation Planning

Manufacturing readiness, industry engagement, market pathways, and adoption planning.

VForce Systems

Patented Technology, Prototype Experience, and Industry Perspective

VForce contributes compound-motion and blade morphing technology, engineering knowledge, prototype experience, industry engagement, and commercial perspective to the collaboration.

The program provides a structured environment for continued development, modelling, validation, manufacturing planning, and progression toward real-world wind energy applications.

Physical Development

Prototype Demonstration and Collaborative Development

VForce’s technology has progressed beyond conceptual design into physical prototype development, technical review, and collaborative research activity.

The prototype platform supports practical evaluation of shape-adaptive movement, mechanical control, and application-specific engineering pathways.

Physical demonstration of compound-motion principles
Collaborative technical review and engineering discussion
Progression toward modelling, validation, and application development

VForce prototype demonstration and collaborative technical review.

Project Deliverables

From Technical Development to Full-Scale Demonstration

Full-Scale Demonstrator

A physical technology demonstrator supporting engineering evaluation, integration, and validation.

Morphing Blade Sections

Advanced blade sections designed to adapt their aerodynamic characteristics.

Data-Driven Digital Twin

A digital representation supporting modelling, testing, monitoring, and optimisation.

Adaptive Control Systems

AI-enabled controls designed to respond to changing operating and environmental conditions.

Project Network

Research, Engineering, Manufacturing, and Regional Capability

The project network combines specialist contributors across research, advanced composites, digital engineering, manufacturing, commercialisation, and regional industry development.