Search: “spinal compression”
9 results found
Spine compression locks apply axial compression or stacking force to the vertebral column, compressing the intervertebral discs and stressing the spinal ligaments. [1] Common examples include the Bost...
Spine compression locks from the clinch apply axial or lateral compression to the spinal column while standing in a clinch position. [1,2] The attacker uses body lock, overhook, or head control to fol...
Spine locks target the vertebral column — cervical, thoracic, or lumbar spine — by applying compression, torsion, or hyperextension forces to the spinal segments. [1,2] These are among the most danger...
The RNC-Grip Extension is a neck crank finishing variation where the attacker uses a rear-naked-choke-style grip configuration but extends the neck backward (cervical extension) rather than compressin...
The fulcrum headlock choke from front headlock uses the attacker's own body structure — typically the hip bone or forearm — as a rigid fulcrum point against which the opponent's neck is bent and compr...
The Crank-Twist Defence family covers defensive techniques against spinal manipulation submissions including neck cranks, can openers, twisters, and spinal locks. [1] Crank defence focuses on preventi...
The Neck Lock family covers joint lock submissions that target the cervical spine through cranking, twisting, or compressing the neck beyond its normal range of motion — among the most dangerous and c...
Cranks and twists are submission techniques that apply rotational or torsional force to a body segment — most commonly the neck (neck cranks) or the arm — forcing the structure beyond its natural rota...
The body-triangle extension combines body triangle back control with a cervical extension crank, using the body triangle's hip compression as an anchor while the arms drive the head backward. [1] The ...