Technique · Escapes & Defence
Buggy Choke Escape
Escapes & Defence • Advanced
What This Is
The buggy choke is a relatively recent addition to the competitive canon — applied from the top position (usually mount or top half guard) by the person on top using their own leg to create a choking compression against the bottom player’s neck. The position is somewhat unusual in that the submission is applied by the bottom player on themselves in a mechanical sense: the top player’s weight assists the compression, and the bottom player’s attempts to move can tighten the choke.
Because the buggy choke is a recent competitive development, the defensive canon is still developing. The Craig Jones counter has a documented high success rate in training against the originator’s application. This page notes where the competitive canon is still being established.
For the attack, see the guard technique hub or the buggy choke attack page if available on this site.
Also Known As
- Buggy escape(when applied during your own escape)
Defence Timing — Early vs Late Stage
Early Stage — before the leg configuration is set
The buggy choke requires a specific leg position — the attacker’s leg must be positioned across the defender’s neck with the knee creating the compression. Before this configuration is established (while the opponent is setting up the leg position), simply moving the head out of the compression line prevents the submission. Posture maintenance is the primary prevention at this stage: keeping the base upright and the head away from the opponent’s legs removes the positional prerequisite the buggy choke requires.
Committed Stage — leg is positioned but compression not yet applied
The Craig Jones counter is available at this stage — removing the leg from the compression configuration before full compression locks. The body position that allows the choke must be disrupted. This is the primary window for the named technique on this page. The mechanical solution is the leg removal, not movement of the head or posture adjustments.
Late Stage / Deep — compression fully applied
The buggy choke is less reliable than blood chokes — it is primarily a trachea and windpipe compression in most applications rather than a carotid blood choke. This means there is typically more time before unconsciousness than in a blood choke. However, trachea compression is extremely painful and can cause direct structural injury to the airway. Tap before pain becomes acute. Do not endure trachea compression in pursuit of an escape that is unlikely to materialise at this stage.
The Invariable in Action
The buggy choke has two mechanical requirements that must both be present: the leg positioned correctly across the neck, and the body weight assisting the compression. The Craig Jones counter addresses the first — removing the leg from the compression line. Understanding this is important because it clarifies why head movement alone is insufficient at the committed stage: the leg must be physically removed, not manoeuvred around.
Named Escape Technique
Craig Jones Counter
When it works Committed stage — the leg is positioned across the neck but full compression has not locked. This is the primary documented mechanical response to the buggy choke.
- Identify the choking leg — the leg that has been placed across the neck to create the compression.
- Grip the choking leg — the grip must gain purchase on the knee or lower portion of the leg to generate mechanical advantage for the removal.
- Pull the knee up and away from the compression line — specifically toward the ceiling. The removal direction is upward, pulling the knee off the neck rather than pushing the leg sideways.
- The removal of the leg from the compression configuration ends the choke mechanically — without the leg in position, the compression cannot be maintained.
- From the cleared position, recover normal top control — the exit from the Craig Jones counter returns to mount or top half guard depending on the original position.
Why it fails The leg is too deep and the compression too high for the grip to gain the mechanical advantage needed to lift the knee. Full compression with body weight committed may resist the knee lift. If the opponent has anticipated the counter and adjusted their weight distribution, the grip cannot generate sufficient leverage. The deeper the leg and the higher the compression, the smaller the window for this counter.
Note: The mechanical principle — removing the leg from the choking configuration — is documented. The specific grip and direction (toward the ceiling, pulling the knee up) is the Craig Jones system as observed in training footage. The competitive canon is still developing as more practitioners encounter this submission.
Ability level: Advanced
The buggy choke is an area where the competitive canon is still actively developing. New entries, refinements, and counters are being documented in real time. The Craig Jones counter represents the most commonly cited mechanical response. Practitioners who regularly encounter the buggy choke in competition should study the source footage and practise the specific mechanics with a partner who applies the choke correctly — drilling against an incorrectly applied buggy choke will not prepare the defender for the real configuration.
What Causes Escapes to Fail
Not recognising the leg configuration early
The buggy choke is still unfamiliar to many practitioners, and the setup does not always resemble a conventional submission entry. Recognise the leg being placed across the neck as the setup indicator — this is the specific movement that identifies the buggy choke attempt before the compression is applied. Awareness of the configuration is the first requirement; a technique that cannot be recognised cannot be defended.
Attempting to move the head away rather than removing the leg
The head movement is limited by the leg’s position — the leg is across the neck, and the body weight is holding the compression down. Moving the head without removing the leg creates minimal separation and expends energy without solving the mechanical problem. The leg removal is the mechanical solution. Once the leg is out of position, the choke ends; moving the head while the leg stays in position does not end the choke.
Counter-Offensive Options
After clearing the choking leg with the Craig Jones counter, the defender is back in top control — mount or top half guard, depending on where the buggy choke was applied from. The cleared position exits to the normal top game. No specific counter-offensive technique is documented beyond regaining normal top control and re-establishing the dominant position the opponent disrupted to set up the choke.
The top position following a successful buggy choke defence is structurally the same as normal top control. The appropriate next step is to consolidate that position. For top position development from mount, see: /technique/escapes/mount (for the positional context) and the mount attack content for the offensive options now available.
Drilling Notes
Systematic
Partner applies the buggy choke configuration statically — leg across the neck, position set, compression held without finishing force. Defender practices the knee lift and leg removal: grip, direction, and the recovery to top control. Both practitioners must understand the choke mechanics to drill it correctly — do not drill this escape without the partner applying the correct leg configuration. Drilling against an incorrect buggy choke does not prepare the defender for the real submission.
Ecological
Situational sparring with the buggy choke setup as the start position: top player in mount or top half guard, with the leg already in position. Bottom player attempts to apply; top player works the Craig Jones counter. Low volume — this is an advanced technique encountered infrequently. Awareness and recognition are more important training objectives than high-repetition drilling at this stage.
Ability Level Guidance
Advanced
This technique requires prior experience with submission grappling and top position mechanics. The buggy choke is encountered infrequently and typically only from practitioners who have specifically studied it. Awareness of the setup configuration — recognising the leg placement across the neck as the submission indicator — is more important than having the mechanical response drilled at high frequency. Understand the Craig Jones counter mechanically: why the knee lift removes the compression, and what the grip must do to generate that lift.
Elite
Systematic defence against the full buggy choke system, including the variations as they are documented by B-Team and related practitioners. Because the buggy choke canon is still developing, elite-level defence requires ongoing study of the current competitive footage rather than a fixed technical system. The mechanical principle — removing the leg from the compression line — remains constant, but the specific configurations and setups continue to be refined at the competitive level.