Isometric Neck Lateral Flexion
oec:isometric-neck-lateral-flexion
A self-resisted isometric exercise that strengthens the lateral cervical stabilizers by pressing the head sideways against hand resistance without movement.
Generated by gemini-3.8-flash from the sources below. No person has checked this record. Don't rely on it for safety.
Also called: Left neck stretch, Isometric Lateral Neck Flexion, Self-Resisted Isometric Neck Lateral Flexion, Side Neck Isometric Hold, Right neck stretch
How to do it
Setup
- Sit upright in a chair or stand with a tall, neutral spine and relaxed shoulders.
- Place the palm of one hand flat against the side of your head, just above the ear.
Movement
- Gently press your head sideways toward your hand while pressing back with equal force with your palm so no movement occurs.
- Hold the isometric contraction steadily for the intended duration.
- Gradually ease off the pressure and return to neutral before performing on the other side.
Breathing
Breathe smoothly and continuously throughout the contraction without holding your breath.
Cues
- Match the force evenly
- Keep shoulders down
- Breathe through the hold
Common faults
- Shrugging the shoulder toward the ear during the press.
- Actively keep both shoulders depressed and relaxed throughout the hold.
- Pushing with excessive force causing strain or head deviation.
- Apply gentle, submaximal pressure and ensure your head remains completely stationary.
Safety
- Begin with light resistance to avoid cervical strain.
- Stop immediately if you experience dizziness, sharp pain, or tingling radiating down the arm.
Muscles
Joints
- Cervical spine: Isometric stabilization
Details
- Movement
- Neck isolation
- Modality
- Rehabilitation, Strength, Mobility
- Mechanics
- isolation
- Force
- static
- Laterality
- unilateral
- Kinetic chain
- open
- Level
- beginner
- Equipment
- None
- Record
- Duration
- Load
- none, not applicable
Sources
- wger: Left neck stretch (CC-BY-SA-4.0)
- wger: Right neck stretch (CC-BY-SA-4.0)
This record: CC-BY-SA-4.0.