SAFETY: Triangle from De La Riva targets the Carotid arteries and jugular veins. Risk: Neck strain or cervical spine compression. Release immediately upon tap.
The Triangle from De La Riva is a sophisticated blood choke that capitalizes on the unique angular control provided by the De La Riva guard position. This submission represents a fundamental offensive option from one of modern BJJ’s most dynamic open guard systems. The De La Riva hook on the opponent’s leg creates natural off-balancing opportunities while the opposite leg controls posture and distance, establishing perfect conditions for transitioning to the triangle position. The technical challenge lies in transitioning from the linear De La Riva guard structure to the circular enclosure required for an effective triangle choke. Success depends on precise timing, grip manipulation, and understanding how to use the De La Riva hook as a pivot point rather than abandoning it prematurely. When executed correctly, this technique combines the sweeping threat inherent in De La Riva with a finishing submission, creating a true dilemma for the opponent.
From Position: De La Riva Guard (Bottom)
Key Attacking Principles
- Use De La Riva hook to off-balance opponent forward while controlling posture with opposite leg
- Break opponent’s defensive grips before attempting triangle transition
- Pivot on the De La Riva hook to create angular entry for triangle lock
- Secure high triangle position with knee behind opponent’s head before tightening
- Control trapped arm across body to prevent opponent’s posture recovery
- Angle body perpendicular to opponent to maximize choking pressure
- Use active pulling with legs rather than passive squeezing to finish
Prerequisites
- Established De La Riva guard with hook secured behind opponent’s knee
- Collar and sleeve grip control or equivalent no-gi grip configuration
- Opponent’s weight shifted forward or posture broken down
- Clear path to bring opposite leg across opponent’s shoulder and neck
- Opponent’s defensive frames broken or at least one arm isolated
- Sufficient hip mobility to create necessary angle for triangle entry
Execution Steps
- Establish dominant De La Riva control: Secure classic De La Riva position with hook deep behind opponent’s knee, opposite foot on hip or bicep, and strong collar-sleeve grips. Break opponent’s posture forward using collar grip while preventing them from standing tall. This foundational control is essential before attempting any offensive transition. (Timing: Initial position establishment - hold until opponent commits weight forward)
- Break opponent’s defensive grips and posture: Use collar grip to pull opponent’s head down while simultaneously pushing their far arm across your centerline with your sleeve grip. The De La Riva hook prevents them from stepping back to recover posture. This creates the broken posture necessary for triangle entry and begins isolating one arm. (Timing: 1-2 seconds as opponent attempts to maintain base)
- Pivot on De La Riva hook and swim leg over shoulder: Maintain the De La Riva hook as a pivot point while releasing the hip control with your opposite leg. Swing this free leg high and over the opponent’s shoulder on the side of your collar grip. The De La Riva hook prevents them from backing away during this transition. Aim to place your shin across the back of their neck. (Timing: Quick transition - 0.5-1 second window as opponent is off-balanced)
- Lock triangle configuration: Release De La Riva hook and bring that leg across your opposite ankle to create the triangle lock. Ensure your knee is positioned behind opponent’s head, not on top of their shoulder. The trapped arm should be across their own neck, not outside your legs. Lock your legs in figure-four configuration with flexed feet for maximum security. (Timing: Immediate lock as shin clears shoulder - 1 second)
- Control posture and create finishing angle: Grip behind opponent’s head with both hands and pull them down while simultaneously rotating your hips perpendicular to their body. This angle is critical - your spine should form roughly 90-degree angle with theirs. Pull their trapped arm across their neck to tighten the choke. Your knees should point away from opponent’s body. (Timing: 2-3 seconds to establish optimal angle)
- Finish with leg extension and hip pressure: Extend your locking leg while simultaneously squeezing your knees together and arching your hips upward. The choking pressure comes from the combination of their trapped arm against one carotid and your leg against the other. Maintain head control and optimal angle throughout. Apply pressure progressively, never explosively, monitoring for tap constantly. (Timing: 3-5 seconds progressive tightening)
Possible Outcomes
| Result | Position | Probability |
|---|---|---|
| Success | game-over | 60% |
| Failure | De La Riva Guard | 25% |
| Counter | Open Guard | 15% |
Opponent Defenses
- Standing up to prevent triangle lock (Effectiveness: High) - Your Response: Maintain De La Riva hook longer to prevent standing, or transition to omoplata/sweep if they commit fully to standing posture → Leads to De La Riva Guard
- Stacking pressure to compress your guard (Effectiveness: Medium) - Your Response: Shrimp hips away from stack direction, maintain angle perpendicular to their body, and use grips behind head to prevent them from driving chest into your knees → Leads to game-over
- Hiding arm inside to prevent triangle lock (Effectiveness: High) - Your Response: Attack omoplata or triangle variation, or use leg over shoulder position to transition to back take if arm remains defended → Leads to De La Riva Guard
- Posturing up with strong base (Effectiveness: Medium) - Your Response: Use both hands behind head to break posture, kick De La Riva hook to off-balance them forward, or transition to sweep if they commit too much weight back → Leads to Open Guard
Test Your Knowledge
Q1: What is the primary function of the De La Riva hook during the triangle setup phase? A: The De La Riva hook serves as a pivot point and prevents the opponent from backing away or standing up during the transition. It maintains close distance and off-balances the opponent forward while you swing your opposite leg over their shoulder. The hook should be maintained until the triangle is nearly locked to prevent defensive escape.
Q2: Why is creating a perpendicular angle essential for finishing the triangle from De La Riva? A: The perpendicular angle (approximately 90 degrees between your spine and opponent’s) maximizes the choking pressure by ensuring your leg compresses one carotid artery while their trapped arm compresses the other. Without this angle, the triangle may be mechanically locked but will lack the geometric alignment necessary to create effective blood flow restriction.
Q3: What are the minimum tap signals you must recognize immediately when applying this submission? [SAFETY-CRITICAL] A: You must immediately recognize and respond to: verbal taps or vocal distress, physical hand taps on your body or the mat, physical foot taps on the mat or your body, and any sudden change in resistance or the body going limp. All of these require instant release of the submission without any delay or testing.
Q4: What is the difference between proper ‘high triangle’ position and incorrect ‘shoulder triangle’ position? A: High triangle has your knee positioned behind opponent’s head with shin across their back, creating maximum choking pressure. Shoulder triangle incorrectly has knee on top of their shoulder, which allows them to maintain posture and creates no effective choking mechanism. Always ensure shin clears shoulder completely during entry.
Q5: Why must pressure be applied progressively over 3-5 seconds rather than explosively? [SAFETY-CRITICAL] A: Progressive pressure application ensures training partner safety by giving them time to recognize the submission and tap before injury occurs. Explosive application risks neck injury from sudden compression, makes it difficult for partner to tap in time, and creates dangerous training culture. In training, partner safety always supersedes submission completion.
Q6: How should you transition if opponent successfully defends the triangle by hiding their arm inside your legs? A: If the arm remains defended inside, transition to omoplata by bringing your free leg over their back, or attack the back take if they turn away. The leg-over-shoulder position provides multiple offensive options, so never force a defended triangle. Instead, flow to the next highest percentage attack based on their defensive reaction.
Q7: What anatomical structures does the triangle choke target and how does proper arm positioning affect the finish? A: The triangle choke targets the carotid arteries on both sides of the neck, restricting blood flow to the brain. The trapped arm must be positioned across the opponent’s own neck, placing their bicep against one carotid while your thigh compresses the other. If the arm is outside your leg structure or not pulled across the centerline, only one carotid is compressed and the choke becomes significantly less effective.
Q8: Your opponent begins to posture up as you lock the triangle - what grip adjustments maintain control and set up the finish? A: When opponent postures, immediately overhook or cup behind their head with both hands to create downward pulling leverage. Never push on the knee to break posture - this is weak mechanically. Instead, use your pulling grip combined with leg extension to drive their head toward the mat. If they achieve full posture, consider transitioning to armbar or omoplata rather than fighting an uphill battle.
Q9: What indicators tell you the choke is properly aligned versus just causing neck discomfort? [SAFETY-CRITICAL] A: A properly aligned blood choke creates rapid facial color change (reddening or purpling), visible distress without ability to speak clearly, and rapid onset of effects within 5-10 seconds. If opponent is only experiencing neck discomfort without these signs after 10+ seconds, the choke is likely an air choke or misaligned blood choke. Reposition by adjusting your angle and ensuring the trapped arm crosses their centerline before reapplying pressure.
Q10: How does the figure-four leg lock configuration contribute to finishing strength versus alternative triangle locks? A: The figure-four configuration (ankle behind opposite knee) creates a unified leg structure where extending the locking leg simultaneously tightens the entire triangle and compresses both sides of the neck. This mechanical linkage means your leg extension directly translates to choking pressure. Alternative locks that don’t create this connection require more isolated muscle effort and are easier for opponents to defend through posture and frame manipulation.
Q11: Your opponent stacks hard and begins to pass while you have the triangle locked - what is your priority and escape sequence? A: Priority is maintaining the triangle structure while creating an angle to release stack pressure. Shrimp your hips away from their passing direction, maintain grip behind head, and use your free arm to post and rotate your body perpendicular to theirs. If they achieve side control position with triangle locked, you can still finish by completing the perpendicular angle or transition to armbar by extending their trapped arm while maintaining leg control.
Q12: What is the point of no escape in the triangle and what must be controlled before reaching it? A: The point of no escape occurs when you achieve proper perpendicular angle with opponent’s posture broken, arm trapped across their centerline, and knee positioned behind their head. Before this point, you must control their posture through head grip, secure the trapped arm position, and lock the figure-four configuration. Once these elements align, even skilled opponents have very limited defensive options and the finish becomes largely a matter of progressive pressure application.