A new approach to orthotic therapy

Neurofunctional Custom Orthotic Training for Podiatrists

Introducing the Sensokinetic system and The Kinetic Method. A neurofunctional framework for orthotic prescription based on movement, not just structure.

Developed over more than 15 years of clinical application and research, Sensokinetic represents a shift away from traditional arch-support models toward a more comprehensive understanding of locomotion and functional efficiency.

Join the Waitlist

Learn the Method

15+

Years of clinical application & research

40+

Years of clinical experience

SCU

Research collaboration underway

The Clinical Challenge

Why Traditional Orthotic Models Are Being Challenged

Orthotic prescription has historically been grounded in structural and musculoskeletal paradigms, with a primary focus on foot posture, alignment and arch support.

However, emerging research and clinical experience continue to question the consistency and reproducibility of these models in delivering reliable outcomes.

Many practitioners are seeing:

Variable patient response

Limited long-term change

Dependence on iterative modifications

Difficulty standardising outcomes across clinicians

Are we fully accounting for how the body actually produces movement?

The Shift

A Neurofunctional Model of
Orthotic Therapy

Beyond structure. Towards dynamic movement.

Core Theory

Dynamic Equilibrium

How the body organises movement to minimise soft tissue stress during locomotion. Rather than focusing solely on the foot, this approach considers the entire movement system.

The Sensokinetic system integrates:

Locomotor control

Locomotor Force transfer

Neuromuscular coordination

Spinal contribution to gait efficiency

The Framework

The Kinetic Method

A structured, protocol-driven approach integrating neurofunctional data into the orthotic prescription process.

Assessment

Movement-based assessment rather than static posture analysis.

Prescription

Based on functional movement patterns rather than foot type.

Orthotic design

Standardised protocols to improve clinical consistency.

Fitting

Precision fitting with neurofunctional response monitoring.

Review

Integration of follow-up and refinement as part of treatment.

Key principles:

Movement-based assessment rather than static posture analysis

Prescription based on functional patterns rather than foot type

Standardised protocols to improve clinical consistency

Integration of follow-up and refinement as part of treatment

"From a reactive model to a more structured, systemised approach."

Dan Everson — Founder, Sensokinetic

The System

More Than a Device.
‍A Complete System.

Sensokinetic is not just an orthotic product. It is a complete system.

Proprietary clinical framework

The Kinetic Method — structured protocol for assessment and prescription.

Digital platform

Data capture and prescription management aligned to the method.

Dedicated manufacturing process

Aligned to prescription logic for consistent device output.

Structured follow-up protocols

Built-in review and refinement as part of the treatment pathway.

This allows for:

Greater prescription consistency

Reproducibility across clinicians

Scalability within clinics and teams

Why it matters

A system approach allows clinicians to move from individual case management to a scalable, protocol-driven model — improving out comes for patients and efficiency across the practice.

Preliminary Data

Preliminary Clinical Observations and Research Direction

Early-stage clinical observations and preliminary trials conducted in collaboration with the Sunshine Coast University have demonstrated:

Finding 01

Immediate postural changes following orthotic intervention

Finding 02

In some cases, measurable improvements in functional performance within minutes

Finding 03

Differences in response when compared with traditional orthotic approaches

Important note: These findings are preliminary and form part of ongoing research. Clinicalapplication should always be guided by practitioner assessment and judgement.

These findings are part of ongoing research into:

Greater prescription consistency

Neuromuscular control

The relationship between movement patterns and functional performance

Research Partner

Sunshine Coast University

Further academic research is planned to continue investigating relationships between the Sensokinetic system and functional movement outcomes.

For Clinicians

A Different Way to Approach Orthotic Prescription

Move beyond purely structural prescription models

Integrate neurofunctional thinking into your everyday clinical approach.

Adopt a systemised, protocol-driven approach

Standardised frameworks that improve consistency across your practice.

Improve consistency across patient outcomes

Reproducible results through structured assessment and prescription logic.

Integrate movement-based assessment

Shift from static posture analysis to dynamic gait and functional assessment.

Access a scalable orthotic system

Designed for clinical teams — scalable across practitioners and locations.

"Aligned with clinical reasoning."

The Kinetic Method is built around the way clinicians think and assess — not around a manufacturing constraint.

Training & Accreditation

Training and Accreditation

The Sensokinetic system is delivered through structured training and accreditation for podiatrists.

Places are limited — register your interest early

Education in the Kinetic Method framework

Theoretical grounding in the neurofunctional approach to orthotic therapy.

Training in assessment & prescription protocols

Hands-on training in structured clinical protocols and movement-based assessment.

Integration into clinical practice

Support for embedding the Sensokinetic system into your existing practice model.

Ongoing support & development

Continued clinical support as the program grows and research evolves.

Register Your Interest

Join the waitlist to learn more about training, accreditation and early access to the Sensokinetic system.

For registered podiatrists
15+ years of clinical development
SCU research collaboration
Places are limited

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