About Cranio Fascial Dynamics
Cranio Fascial Dynamics (CFD) was developed by Jonathan Howat following extensive clinical research beginning in 2004.
It examines how trauma and accumulated mechanical stress may influence the craniospinal fascial system, neurological pathways, and vascular and cerebrospinal fluid (CSF) circulation.
CFD aims to support structural balance and the body’s capacity to maintain neurological and physiological equilibrium.
Cranial Torque & Trauma
The cranial and spinal systems function as an integrated unit.
Across the lifespan, trauma may contribute to fascial distortion, dural membrane torque, and altered fluid dynamics. These changes may influence neurological balance.
Contributing factors may include:
• Birth-related stress
• Concussion and TBI
• Whiplash injuries
• Dental and postural imbalance
• Repetitive biomechanical strain
Whiplash and head trauma compromising cranial arterial inflow and venous drainage
Why Cranial Circulation Matters
Neurological function depends on both structural integrity and balanced cranial fluid dynamics.
When vascular or CSF circulation is altered, fluid exchange may be affected. This may influence intracranial pressure regulation, recovery capacity, and overall resilience.
CFD focuses on supporting structural relationships that may promote efficient circulation and neurological homeostasis.
The Brainstem & Fascial System
The head and neck function as one continuous craniospinal unit, with structural, fascial, and neurological relationships closely integrated.
At the centre of this system is the brainstem – comprising the medulla oblongata, pons, and midbrain – which serves as the primary link between the cerebral cortex and the spinal cord. Major ascending and descending pathways pass through this region, making it a critical hub for communication within the nervous system.
Trauma affecting the head or cervical region may influence surrounding fascial structures and the circulation associated with them. Given the concentration of neural pathways in this area, changes in these relationships may have wide-ranging neurological implications.
Supporting balanced fascial relationships within the cranial and cervical regions is therefore an important consideration in maintaining craniospinal integrity.
Continuing the Vision
Today, Cranio Fascial Dynamics continues through HPCFD under the leadership of Katherine Howat, supported by a faculty of practitioners trained directly by Jonathan Howat.
Together, they are committed to preserving the integrity of his work while continuing to refine and share the principles of CFD with chiropractors around the world. Through structured training and mentorship, this approach is being carried forward with the same clinical curiosity, responsibility, and dedication that shaped its origins.
Their work ensures that future generations of practitioners can learn, apply, and further develop Cranio Fascial Dynamics with clarity, confidence, and respect for the foundations on which it was built.
