As the bottom player executing RDLR Recovery, your role is to recognize when your guard structure has been compromised and immediately initiate a systematic sequence to rebuild it. This is not a passive process—recovery demands dynamic hip movement, strategic framing, and disciplined grip management happening simultaneously under pressure. The critical insight is that recovery begins the instant you feel your hook weakening or your grip being stripped, not after the position is fully lost.
The recovery sequence follows a clear hierarchy: establish emergency frames to arrest the pass, hip escape to create the angle, recover the primary RDLR hook, then rebuild secondary controls. Each step depends on the previous one, and skipping ahead—such as fighting for grips before recovering your hook—leads to guard passage. Your connection point management is the thread that holds the sequence together; maintaining at least one grip or partial hook throughout gives you a reference to work from and prevents the opponent from freely advancing.
Advanced practitioners turn recovery into offense by using the hip escape momentum to create angles that feed directly into Kiss of the Dragon entries, X-Guard transitions, or berimbolo setups. This transforms a defensive situation into an attacking opportunity, which is the hallmark of elite guard retention.
From Position: Reverse De La Riva Guard (Bottom)
Key Attacking Principles
What are the key principles for executing Reverse De La Riva Recovery?
- Maintain at least one point of contact (hook or grip) at all times during recovery to preserve a structural reference
- Use hip escape mechanics to create the angle necessary for hook reinsertion before fighting for grips
- Prioritize recovering the RDLR hook before re-establishing secondary controls like sleeve or collar grips
- Control opponent’s near leg to prevent them from establishing strong base or stepping over your guard
- Create active frames that generate real distance while executing recovery movements simultaneously
- Use grip fighting to prevent opponent from consolidating passing position while your hips are in motion
- Stay active and mobile rather than holding static defensive frames that allow opponent to settle
Prerequisites
What do you need before attempting Reverse De La Riva Recovery?
- Reverse De La Riva guard has been partially compromised through hook clearance, grip strip, or pressure advancement
- At least one connection point remains (sleeve grip, pants grip, or partial hook) providing a structural reference
- Opponent is attempting to advance position or consolidate a pass but has not yet achieved side control
- Space exists to execute hip escape movement away from opponent’s pressure line
- You maintain awareness of opponent’s base, weight distribution, and passing direction
Execution Steps
How do you execute Reverse De La Riva Recovery step by step?
- Establish emergency frames: The instant you recognize the RDLR position is compromised, establish defensive frames using your arms to arrest opponent’s forward progress. Place your bottom arm frame against opponent’s hip or knee line, and your top arm frame against their shoulder or crossface attempt. These frames must be active—locked elbows driving through the shoulder—not passive barriers that collapse under pressure.
- Execute hip escape away from pressure: Perform a strong hip escape (shrimp) away from the opponent while maintaining your frames. Push off your outside foot to generate power and create the angle necessary for hook recovery. Your hips should rotate approximately 45-90 degrees away from the opponent, opening the space between your legs where the RDLR hook needs to thread. The direction is always away from their pressure, never toward it.
- Thread and recover RDLR hook: As the hip escape creates space, thread your inside leg back underneath opponent’s near leg to re-establish the reverse De La Riva hook. Your foot should curve around their thigh with your heel pulling toward their far hip. Prioritize hook depth—a deep hook that genuinely controls their leg is worth the extra half-second compared to a shallow hook they can immediately clear again.
- Control opponent’s near leg: With your outside hand, establish a strong grip on opponent’s near leg pants at the knee or lower thigh. This grip prevents them from stepping over your guard and helps control their base. Pull this leg slightly toward you while maintaining your frames with the other arm, creating opposing forces that stabilize your guard structure and limit their passing options.
- Re-establish secondary controls: Once the primary RDLR hook is secure, work to recover your secondary controls. This typically means getting a sleeve grip with your bottom hand or establishing a collar grip in gi. Your far leg can either post on their hip as a defensive frame or begin working toward a secondary hook position. The choice depends on their reaction—if they drive forward, the hip post prevents collapse; if they back away, follow with a secondary hook.
- Elevate hips and restore guard alignment: With hooks and grips re-established, elevate your hips off the mat and adjust your body position to return to proper RDLR guard alignment. Your shoulders should angle toward the opponent, your RDLR hook should be actively controlling their base through push-pull tension, and your grips should prevent them from posturing or initiating new passing sequences. From this recovered position, immediately look for offensive opportunities rather than remaining purely defensive.
Possible Outcomes
| Result | Position | Probability |
|---|---|---|
| Success | Reverse De La Riva Guard | 55% |
| Failure | Open Guard | 25% |
| Counter | Side Control | 20% |
Opponent Counters
How might your opponent counter Reverse De La Riva Recovery?
- Opponent drives forward with heavy shoulder pressure before you can hip escape (Effectiveness: High) - Your Response: Switch to Granby Roll recovery or use the forward pressure to load a waiter sweep if any hook remains. If completely flattened, abandon RDLR recovery and transition to Technical Stand-up or Butterfly Guard transition → Leads to Side Control
- Opponent controls your RDLR leg at the knee and prevents hook reinsertion (Effectiveness: Medium) - Your Response: Use your free leg to push their controlling hand away, or transition to butterfly hooks or opposite-side RDLR rather than forcing a compromised recovery on the blocked side → Leads to Open Guard
- Opponent establishes strong crossface and prevents hip escape movement (Effectiveness: High) - Your Response: Fight the crossface with your near arm to create space, establish an underhook if possible, and use that connection to generate enough room for a smaller hip adjustment before attempting full recovery → Leads to Side Control
- Opponent backsteps and pulls their leg completely free during recovery attempt (Effectiveness: Medium) - Your Response: Follow their backward movement by sitting up to seated guard or transitioning to open guard with feet on hips, maintaining distance control even if RDLR structure cannot be re-established → Leads to Open Guard
Safety Considerations
What are the safety concerns for Reverse De La Riva Recovery?
RDLR recovery techniques are generally low-risk but practitioners should be aware of potential knee and ankle stress. During hip escape movements, avoid explosive rotations that could strain the RDLR hook knee, especially if the opponent has significant weight on your leg. When reinserting the hook, ensure your ankle has sufficient flexibility to curve around opponent’s leg without forcing the position—tight ankles attempting deep hooks can result in sprains. During training, communicate with partners about pressure levels, particularly when they are driving forward during recovery attempts. Partners should recognize taps or verbal cues if pressure becomes uncomfortable on the bottom player’s joints. As the bottom player, do not sacrifice joint health to retain position—accepting a pass and resetting is always preferable to forcing movements that risk injury. Beginners should focus on slow, controlled technique rather than speed and power during initial learning phases.