How To Restring A Lacrosse Head: Complete Masterclass And Pocket Tuning Guide

Restringing a lacrosse head requires systematically removing old worn mesh, selecting the correct nylon strings and sidewall cords, and meticulously weaving knots to achieve a consistent pocket release and optimal legal depth. By maintaining precise tension and balancing sidewall diamonds, players can eliminate inconsistent throwing and maximize shot velocity.

Pre-Operation & Equipment Checklist

Replacing a worn-out pocket restores stick control, improves throwing accuracy, and ensures compliance with official governing body regulations like World Lacrosse and NFHS. Before touching a string, gather the necessary materials and verify you have a clean workspace with proper lighting.

• Essential Gear, Tools, and Materials:
  
  
  • One new piece of lacrosse mesh (semi-hard or semi-soft performance mesh).
  • One spool of sidewall string (high-tensile braided nylon, approximately 3 to 4 feet).
  • Two to three shooting strings (either braided nylons or leather/v-cert straps).
  • One bottom string (thinner nylon cord or leftover sidewall string).
  • Sharp scissors or utility shears for trimming tails.
  • A lighter or butane torch for melting synthetic string ends to prevent fraying.
  • A flathead screwdriver or awl for prying stubborn knots.
• Prerequisite Knowledge and Standards:
  
  
  • Familiarity with basic lacrosse knots (e.g., standard single-wrap, loop knots, and intertwined stacked knots).
  • Understanding of legal pocket depth rules: the top of the ball must not be below the bottom of the sidewall when resting in the pocket.
• Duration and Budget Benchmarks:
  
  
  • Total time investment: 45 to 90 minutes for beginners; 20 to 30 minutes for experienced stringers.
  • Estimated material cost: 15 to 35 dollars depending on mesh and string tier.

Step-by-Step Pocket Installation Workflow

Step 1: Dismantling and Head Preparation

1. Cut the old sidewall strings, topstring, and bottom string using sharp scissors, being careful not to scratch or gouge the plastic lacrosse head.
2. Pull out the old mesh and shooting strings entirely, stripping the frame down to raw plastic.
3. Inspect the throat, sidewall holes, and scoop holes for any remaining nylon debris, melting and pulling out stubborn plastic shards if necessary.
4. Wipe down the head with a damp cloth to remove grit, dirt, and oil residue that could weaken new string friction.

Warning: Never use a knife or razor blade directly against the plastic sidewall holes to cut old strings, as scoring the plastic creates stress fractures that can cause the head to snap under high-impact checks.

Step 2: Weaving and Anchoring the Topstring

1. Fold the top row of your new mesh in half to find the exact center diamond.
2. Insert a piece of topstring cord through the center-most hole on the scoop of the lacrosse head, threading it down through the corresponding central diamond of the mesh.
3. Thread the string back up through the adjacent scoop hole and down through the next mesh diamond, maintaining an alternating pattern outward toward the plastic sidewall struts.
4. Pull the topstring taut across the entire scoop, ensuring the mesh sits flush against the top plastic ridge without sagging or bunching, then secure both ends with secure double-knots on the outside of the head.

Pro-Tip: Melt the cut ends of your topstring into small mushroom caps using a lighter, pressing them flat while warm to prevent the knots from slipping through the plastic eyelets over time.

Step 3: Weaving the Sidewall and Creating the Channel

1. Take your primary sidewall string, fold it in half, and feed the loop through the top sidewall hole just below the scoop, passing it through the top corner diamond of the mesh.
2. Execute your chosen sidewall knot sequence down the length of the rail, utilizing a mix of skip knots, interlocks, and doubles to control where the pocket transitions from shallow to deep.
3. Pull each individual sidewall knot down tight against the plastic rail before moving to the next hole to eliminate slack in the pocket spine.
4. Mirror the exact same knot pattern on the opposite sidewall to ensure symmetric ball release and prevent twisting or pulling to one side.

Step 4: Installing Shooting Strings and Bottom String

1. Thread your shooting strings across the upper third of the mesh face, combining straight nylons and V-shaped configurations to add a subtle snap and consistent release point.
2. Tie off the shooting strings securely on the outside of the opposite sidewall, melting the ends to lock them in place.
3. Thread the bottom string through the lower diamonds of the mesh and anchor it through the designated bottom string holes in the throat of the head.
4. Adjust the bottom string tension to create your desired pocket depth, ensuring the ball passes clearance tests cleanly without catching.

Lacrosse Mesh Materials and Pocket Styles Comparison

Common Stringing Failures and Field Fixes

Even experienced stringers encounter unexpected tension shifts and pocket irregularities during the break-in phase. Address these common failures immediately to maintain competitive performance standards.

• Root Cause: The ball hooks or catches late on release (whips badly).
  
  
  • Actionable Fix: Loosen the bottom shooting string, or shift your sidewall interlock knots one diamond higher to reduce friction and accelerate the release angle.
• Root Cause: The pocket sags below the legal depth limit after getting wet in rain.
  
  
  • Actionable Fix: Untie the bottom string, pull the bottom row of mesh tighter against the throat, and retie the bottom string with a multi-loop anchor knot.
• Root Cause: The sidewall strings fray and snap prematurely against abrasive plastic eyelets.
  
  
  • Actionable Fix: Use thicker, wax-coated nylon string for your sidewalls, and melt the entry knots so they do not rub against sharp plastic burrs.
• Root Cause: The ball drifts toward the left or right during a pass.
  
  
  • Actionable Fix: Count your sidewall knots on both sides to verify symmetry; an asymmetrical knot pattern causes the ball to roll off-center.

Frequently Asked Questions

How long does a new lacrosse mesh pocket take to break in?

A standard performance semi-hard mesh pocket typically requires about one to three hours of wall-ball practice or team play to break in fully. You can accelerate this process by manually working a lacrosse ball into the sweet spot of the pocket and applying firm pressure to stretch the diamonds.

What is the legal pocket depth requirement for lacrosse?

According to NFHS and World Lacrosse regulations, the top of the lacrosse ball must not be visible below the bottom edge of the plastic sidewall when the stick is resting on a flat surface. If any portion of the ball drops below the bottom rail, the pocket is illegal and subject to game penalties.

Can I restring my lacrosse head without special tools?

Yes, you can successfully restring a lacrosse head using only a pair of standard household scissors and a lighter. However, utilizing an awl or flathead screwdriver helps immensely when fishing tight strings through narrow plastic eyelets and stubborn mesh diamonds.

How often should I replace my lacrosse mesh?

Competitive players should generally replace their mesh once or twice a season, or whenever the nylon fibers begin to fray significantly and lose tension consistency. Playing in wet weather or abrasive turf conditions accelerates wear and tear, necessitating more frequent overhauls.

What is the difference between straight and V-shaped shooting strings?

Straight shooting strings provide a smooth, gradual release with minimal friction, making them ideal for pinpoint passing accuracy. V-shaped shooting strings create a more pronounced shelf or bump in the pocket, imparting extra snap and velocity to long-range outside shots.

Upgrade Your Game Today with Professional Pocket Tuning

Mastering the art of stringing gives you total command over your stick performance, transforming an unpredictable throw into a lethal offensive weapon. Visit our comprehensive pro shop inventory today to source tournament-grade mesh, high-tensile sidewall cords, and professional gear designed to elevate your game.