The Hindulotine to Anaconda Choke transition exploits a common defensive reaction where opponents create space with their near-side arm to relieve guillotine pressure. Rather than fighting to maintain the original choke, this technique flows into an anaconda configuration that uses the defender’s own frame against them. The transition represents a fundamental principle in submission grappling: when one attack is defended, the defensive movement itself creates vulnerability to a different attack.
This transition is particularly effective from the bottom Hindulotine position because the rotational hip angle already creates favorable mechanics for threading the choking arm deeper across the opponent’s neck. When the opponent posts their near-side hand or elbow to create space, a window opens to slide your choking arm under their armpit and lock the anaconda grip. The key timing window is narrow - you must recognize the defensive frame and begin the transition before the opponent can retract their arm.
Strategically, threatening this transition forces opponents into a dilemma: maintain tight defensive posture and remain vulnerable to the guillotine, or create space to relieve pressure and expose themselves to the anaconda. Advanced practitioners use this dynamic to control the pace of engagement, keeping opponents reactive rather than allowing them to establish settled defensive positions.
From Position: Hindulotine (Top)
Key Attacking Principles
What are the key principles for executing Hindulotine to Anaconda Choke?
- Recognize the defensive frame as an opportunity rather than an obstacle to the original choke
- Thread your choking arm under the opponent’s near-side armpit before they can retract the defensive frame
- Maintain constant neck pressure throughout the transition to prevent opponent from establishing posture
- Use your legs to control opponent’s hips and prevent them from circling away during the grip change
- Lock the figure-four grip with your choking arm’s hand grabbing your opposite bicep for maximum pressure
- Walk your hips toward opponent’s head after securing the grip to tighten the strangle
- The opponent’s own defensive arm becomes trapped against their neck, increasing choking pressure
Prerequisites
What do you need before attempting Hindulotine to Anaconda Choke?
- Established Hindulotine grip with sufficient control to force defensive reactions
- Opponent creates defensive frame with near-side arm to relieve neck pressure
- Your choking arm positioned to thread under opponent’s armpit without releasing neck control
- Leg configuration that prevents opponent from standing up or circling away during transition
- Sufficient space between opponent’s near-side arm and their body to insert your arm
Execution Steps
How do you execute Hindulotine to Anaconda Choke step by step?
- Recognize the trigger: Identify when opponent posts their near-side hand or elbow against your body to create space and relieve guillotine pressure. This defensive frame is your cue to begin the anaconda transition.
- Thread the choking arm: Slide your guillotine-side arm deeper across opponent’s neck and under their near-side armpit, keeping the blade of your forearm pressed against their neck throughout the movement to maintain pressure.
- Secure the figure-four: Your threading arm reaches across to grab your opposite bicep while your free arm cups behind opponent’s head or shoulder. This creates the classic anaconda grip configuration with your elbow pointing toward opponent’s far hip.
- Hip adjustment: Begin walking your hips toward opponent’s head in a circular motion, which tightens the strangle by compressing the space around their neck. Your legs maintain control of their hips to prevent escape.
- Trap the arm: Squeeze your elbows together to trap opponent’s near-side arm between your arms and their own neck. Their defensive frame now works against them, adding compression to the choke.
- Finish or control: Continue the hip walk and squeeze to finish the anaconda choke, or if opponent defends effectively, maintain the anaconda control position to set up follow-up attacks or transitions to top position.
Possible Outcomes
| Result | Position | Probability |
|---|---|---|
| Success | Anaconda Control | 65% |
| Failure | Hindulotine | 25% |
| Counter | Closed Guard | 10% |
Opponent Counters
How might your opponent counter Hindulotine to Anaconda Choke?
- Opponent retracts defensive frame before you can thread your arm under their armpit (Effectiveness: High) - Your Response: Return to standard Hindulotine pressure and wait for the next defensive reaction, or transition to a high elbow guillotine variation → Leads to Hindulotine
- Opponent circles their hips away to create angle and prevent the grip lock (Effectiveness: Medium) - Your Response: Use your legs to follow their hip movement and maintain connection, or transition to back take if they turn too far → Leads to Hindulotine
- Opponent tucks chin and drives forward to stack you before grip is secured (Effectiveness: Medium) - Your Response: Load their weight on butterfly hooks and threaten a sweep while maintaining neck control, forcing them to back off → Leads to Hindulotine
- Opponent postures up explosively to extract head before anaconda locks (Effectiveness: Low) - Your Response: If they create significant space, transition to closed guard control; if partial escape, ratchet grip tighter and continue hip walk → Leads to Closed Guard
Safety Considerations
What are the safety concerns for Hindulotine to Anaconda Choke?
The anaconda choke applies pressure to the carotid arteries and can cause rapid loss of consciousness. Always practice with controlled pressure and tap early when caught. During drilling, apply submissions progressively and release immediately upon tap. Partners should establish clear tap signals before training. Avoid jerking or explosive movements when applying the choke, as this can cause neck strain. If training partner becomes unresponsive, release immediately and place them in recovery position. This technique should not be practiced at full intensity without proper supervision. Those with neck injuries or cervical spine issues should consult medical professionals before training this position.