Essential Lacrosse Sidewall Stringing Techniques for Maximum Performance

Essential Lacrosse Sidewall Stringing Techniques for Maximum Performance

Proper Sidewall String Tension Prevents Deformation and Maximizes Lacrosse Stick Performance

Selecting the ideal sidewall string tension is perhaps the most critical yet overlooked factor when stringing a lacrosse stick. Most players simply crank their sidewalls as tight as possible thinking more tension equals better performance. However, too much tension can actually deform the sidewall, reducing pocket consistency. On the other hand, sidewalls wound too loosely around the spool slacken over time, compromising ball control. Finding the optimal string tension sweet spot takes experimentation, patience and an understanding of the fundamentals.

Ultimately, the goal is winding sidewalls taut enough to create defined ridges without stretching the material so thin it cuts into itself. Sidewalls over-tensioned beyond their elastic limits will either snap immediately or develop micro-abrasions that later rupture under stress. Gradually increase winding pressure while regularly stopping to examine the spool’s surface texture. Quality sidewalls will retain a smooth, consistent grain when tensioned correctly. Any indentation, rippling or flattening indicates excessive tension that must be reduced.

The ideal tension also depends on the sidewall material composition. Synthetic sidewalls made from nylon blends can withstand higher tension than natural leather or linen threads. Start with lower tension settings for natural materials, incrementally increasing tension while ensuring the fibers remain smooth and resilient. Rigid composite sidewalls are the most tension-tolerant but lackadjustability once strung, making precise initial stringing critical.

Tension requirements also fluctuate based on pocket style and desired ball control properties. Tighter tension gives more defined ridges and channels conducive to quick accurate passes. Loosen tension slightly for softer pockets optimized for cradling and scooping ground balls. Position players prefer medium high tension for versatility while attackmen favor slightly looser pockets for catching bad passes. Goalies need the most rigid sidewalls to withstand high velocity shots. Incorporate any special stringing considerations into initial sidewall tension settings, adjusting as needed during stringing.

Carefully monitor sidewall tension when weaving through the mesh to form diamond ridges. Uneven winding pressure from pulling the spool tighter in some spots than others creates an inconsistent pocket prone to quick degradation. Maintain steady tension throughout the sidewall stringing process. Securely anchor knots at both spool ends to prevent loosening over time.

While most players set sidewall tension once and leave it static, selectively altering tension in strategic diamond rows adds next-level finesse. Slightly increasing tension on the first few lower diamonds ramps up ball control down low for scooping ground balls. Easing tension on the upper diamonds softens the pocket for catching high passes and shots. Gradually transition tension settings between upper and lower pocket areas for optimized performance across all ball locations.

In summary, proper sidewall string tension is a delicate balancing act requiring precision stringing techniques. Master lacrosse stick engineers continually fine-tune tension settings through extensive testing until reaching the optimal level for each pocket style and application. By taking the time to experiment with various tension configurations, players can discover the ideal settings to maximize their individual playing style and abilities. With the right know-how and patience, you can transform the sidewalls from an overlooked stringing element into an invaluable performance enhancement tool.

Choosing Durable Lacrosse Sidewall Materials Increases Pocket Life and Performance Longevity

The sidewall material directly impacts a lacrosse stick pocket’s durability and usable lifespan. While many players simply use the default sidewalls included with a new stick, upgrading to higher quality materials can extend pocket life considerably. The ideal sidewall blend maximizes strength, abrasion resistance and weatherproofing while minimizing stretch, creep and environmental degradation. By selecting the optimal composition for their playing style and conditions, players can string pockets with unparalleled longevity and consistent performance season after season.

For most applications, advanced synthetic blends offer the best blend of durability and performance. Brands like Rabil use high-grade ballistic nylon cords with proprietary coatings to create exceptionally rugged sidewalls. The nylon provides tremendous tensile strength to withstand high stringing forces while resisting moisture, UV rays and abrasion. Polyurethane coatings further boost weatherproofing and longevity. These materials retain the precise pocket shape through months of hardcore use in all conditions. The ultra-stiff texture also transmits energy directly into the ball for deadly accurate passes and shots.

While synthetics dominate for performance, traditional materials still offer unique advantages. Genuine rawhide leather provides unparalleled classic feel coveted by some players. Leather knots tighter than synthetic threads, allowing very rigid yet responsive pockets. The natural hide material also gradually molds to a player’s style over time. However, leather requires extensive weatherproofing and maintenance to prevent cracking or rotting. For historical charm with more durability, manila and linen sidewalls provide a middle ground. Though not as durable as synthetics, these natural fibers resist degradation better than leather while providing a smoother, more well-worn pocket feel right off the bat.

Innovative composite sidewall technologies offer a cutting-edge alternative, but lack adjustability. Brands like StringKing and Epoch integrate the sidewalls directly into the head via injection molding with advanced polymers like nylon-carbon fiber blends. This creates a seamless pocket structure and precise string spacing. However, pocket adjustments require a whole new head rather than simple re-stringing. Composites can also dent if hit directly against a hard surface. For most players, the total lack of adjustability outweighs any minor durability gains over synthetic sidewalls.

Regardless of base material, sidewall coatings provide a simple and effective way to boost durability. Wax infused cords reduce friction and screening, minimizing abrasions that shorten sidewall life. Silicone-based finishes better retain factory string tension and weatherproofing compared to uncoated options. Proprietary chemical coatings like StringKing’s IsoTherm harden the cords for enhanced rigidity without brittleness. Reapply coatings periodically as needed to maintain protection.

Proper stringing technique also maximizes lifespan by avoiding unnecessary stress. Ensure knots are snug but not over-tightened. Weave sidewalls smoothly through the mesh without causing them to pinch or bunch. Space diamonds evenly with consistent tension throughout the head. Starting with high-quality materials and strings them properly will enable your pocket to maintain its shape and performance far longer before needing replacement. Consider keeping an extra set of sidewalls on hand for quick re-stringing rather than waiting until the current set breaks.

While tempting to save money on basic sidewalls, proven premium lacrosse-specific materials pay for themselves over time by maintaining top performance for multiple seasons of play. Combine advanced sidewall technology with proper stringing and maintenance techniques for the perfect formula to get the most out of your lacrosse stick year after year. Don’t settle for temporary pockets – choose durable sidewall materials for lifelong consistency.

Winding Lacrosse Sidewalls Evenly Around the Spool Avoids Channeling and Inconsistencies

Properly winding sidewalls around the spool when stringing a lacrosse head requires patience and precision. Rushing through the process leads to uneven winding tension, resulting in a misshapen pocket prone to channeling balls. By carefully controlling spool rotation speed and sidewall tension, players can achieve flawlessly smooth, consistent windings for optimal performance. Follow a deliberate process each time to eliminate winding inconsistencies.

Start by anchoring the sidewall end knot in the spool’s center groove before winding outward in a spiral pattern. Turn the spool slowly and steadily with one hand while maintaining light tension on the free sidewall end with the other hand. Work at a controlled pace instead of hurriedly cranking the spool. Allow the sidewall to retain a smooth, flat surface free of bunching or rippling, adjusting tension accordingly.

Mark equidistant alignment dots around the spool’s outer edge to track winding progress. Aim to evenly distribute windings by progressing the sidewall tip a consistent distance between each dot during each full rotation. Count spool rotations to ensure symmetrical winding layers on both sides. Plan the number of desired windings in advance based on the stringing pattern and pocket style. For example, wide shallow pockets utilize more windings spaced farther apart versus narrower, deeper pocket styles.

Avoid uneven winding pressure that squeezes some sidewall sections thinner or stretches others wider. Inconsistent winding tension leads to loose sections that encourage channeling. The sidewall must maintain uniform thickness and rigidity across the entire spool surface. Carefully monitor tension adjustments as you progress outwards to compensate for the increasing spool diameter.

Be mindful of your hand positioning as well during winding. Wrapping at sharp sideways angles risks angling the sidewall askew or overlapping unevenly. Rotate the spool as upright and flat as possible for proper alignment. Use finger guides to precisely track sidewall placement rather than winding haphazardly. Maintaining tidy, orderly windings requires patience but enables much more consistent performance.

For easier winding, consider investing in a dedicated stringing jig that securely holds the head and spool in place. Quality jigs position the spool horizontally and allow smooth rotation via a hand crank or motor. This frees both hands to evenly guide the sidewall and provides a stable base to avoid bumps or shifts during winding. Many jigs also incorporate a tensioning system ranging from simple friction clamps to adjustable string guides.

Take the time to inspect each winding layer before moving outward. Count the rotations per layer and verify even sidewall spacing. Rewind any questionable sections before the pocket is fully strung. It is much easier to correct winding errors earlier rather than after fully threading the sidewalls through the mesh. Meticulous precision winding may take longer initially but delivers vastly improved consistency compared to rushed, haphazard winding.

Proper sidewall winding sets the foundation for the entire pocket shape and performance. Players who value craftsmanship and consistency cannot afford subpar winding technique. By honing your process with the right tools, every pocket will string up smoothly with flawless sidewall integration. Make winding mastery an integral part of your stringing skillset.

Setting the Ideal Lacrosse Sidewall Length Optimizes Pocket Depth and Ball Control

The overall sidewall length dictates the pocket depth when stringing a lacrosse head. Players must carefully calculate the optimal sidewall length based on their position, playing style and preference. Sidewalls trimmed too short create shallow, flat pockets while overlong sidewalls produce excessively deep bags. Dialing in the perfect length results in excellent ball control across all pocket areas.

Attacking players generally favor slightly longer sidewalls for deeper pockets below the sweet spot. This extra depth increases ball retention when cradling against pressure. Longer sidewalls also allow players to carry the ball deeper in the pocket, making it harder for defenders to dislodge. However, extra length can reduce passing and shooting accuracy. Stick handles with longer sidewalls also tend to be whippier during checks and shots.

In contrast, shorter sidewalls create narrower pockets optimized for quick releases and precision. The shallower profile sits the ball higher in the pocket for improved control and aim during passing or shooting. Shorter sidewalls increase stiffness for more power as well. The trade-off is reduced ball security, especially on scoops. Ground balls can easily bounce out of shallow pockets before the player secures possession.

Midfielders and versatile players balance pocket depth for well-rounded play. Medium sidewall lengths give adequate cradling control without compromising passing speed or shot accuracy. Consider strengthening other pocket elements like shooters or lace to enhance ball retention if needed. The ideal median pocket depth balances handling with quickness.

Defensive players typically prefer slightly shallower pockets to intercept checks and passes. Top defensive units string exceptionally stiff shallow pockets for lightning-fast outlet passes after forced turnovers. Even close defenders benefit from quicker ball control for initiating fast breaks off successful checks. Just ensure adequate depth remains for scooping tough ground balls.

When calculating length, factor in how much the sidewalls will stretch when tensioned on the spool. Synthetic materials can easily stretch 10% or more beyond their initial length when wound tight. Allow for this expansion so the pocket does not end up deeper than anticipated. Err short instead of long when in doubt. Remove excess length later if desired, but cannot add length back once cut.

Consider the intended pocket style and shape when estimating length as well. Wider heads with more offset require longer sidewalls for sufficient depth. Tighter channel and ridge patterns need shorter sidewalls to avoid overcrowding. Incorporate any special stringing elements like top string, third sidewall or additional shooting/cross lacing that affect depth.

Test pocket depth mid-stringing before finalizing length. Temporarily thread the sidewalls through the mesh without tying off. Crash test cradling and passing to verify sufficient depth and ball control. Does the ball sit too low or high in the sweet spot? Remove additional length in small increments until achieving the ideal pocket profile.

Dialing in precise sidewall length takes trial and error. Maintain detailed notes on successful sidewall lengths for each pocket style and head size. Over time, trends will emerge to streamline initial estimating. With practice, skilled stringers can closely predict ideal lengths even when experimenting with new configurations. Master proper sidewall sizing for consistently optimized pocket performance.

Properly Weaving Lacrosse Sidewalls Through the Mesh Improves Ball Control

The technique used to integrate sidewalls into the head’s mesh impacts pocket performance. Carelessly weaving sidewalls can create irregular diamonds prone to premature degradation. By using proper stringing methods, players can maximize diamond consistency for excellent ball control and handling.

Always start by inserting the sidewalls through the same hole or pair of holes at the scoop. This aligns the diamonds uniformly down the entire head length. Determine whether to thread through a single hole or alternating holes down each side beforehand based on the desired diamond pattern.

Pull the sidewalls taut when weaving through the mesh to avoid bunching. Do not leave any slack or risk throwing off diamond shapes. However, avoid over-tensioning so tightly that the sidewall cuts into the mesh strands. Use just enough tension to gently spread the mesh to its intended diamond width.

Maintain consistent spacing between diamonds throughout the length of the head. Measure using notch increments on the sidewall as a guide or by counting holes. Irregular sidewall spacing results in distorted diamonds that degrade pocket shape. Diagrams depicting the specific stringing pattern greatly help maintain consistency.

Similarly, keep diamonds uniformly straight up and down the sidewalls. Weaving at angles risks diamond overlap or collapsing. Straight vertical diamonds create well-defined ridges and channels essential for controlled cradling, scooping and passing.

Work methodically down the head in sections, weaving several diamonds before moving to the next band. Avoid rushing and complete each grouping with care before continuing. Skipping ahead can cause misalignment when resuming lower sections. Check spacing and alignment frequently as you progress.

Avoid accidentally crossing or twisting the sidewalls, which can collapse diamonds and alter pocket shape. Keep tabs on the sidewall orientation as you weave. Some patterns intentionally cross sidewalls between diamonds – execute these crossovers with precision.

Use stringing clamps or jigs to hold the head secure while weaving. Trying to manually balance the head complicates weaving and risks shifting mesh alignment. Quality jigs allow rotating the head horizontally or vertically to best access each section.

Take time toseat each diamond properly and pull the ridges and channels fully taut. Diamonds strung too loose will slacken with use, decreasing consistency. Firmly setting each individual diamond at full tension ensures the overall pocket retains its shape.

Check the underside of the pocket frequently while stringing. Surface ridges may appear straight while underlying gaps or overlaps cause problems. Scrutinize diamond symmetry inside and out.

Patience and care weaving the sidewalls creates uniform diamonds essential for excellent ball control. Rushing through the process only requires re-stringing later after the faulty pocket degrades prematurely. Master proper sidewall weaving for unmatched consistency and ball handling.

Tying Off Lacrosse Sidewalls Securely Anchors the Pocket Shape

Properly tying off lacrosse sidewalls is a critical final step when stringing a new pocket. The knots form the lower anchor point that maintains tension on the diamonds to lock in the intended pocket shape. Loose ineffective knots will allow the sidewalls to slacken, distorting ball control and feel. Mastering professional knots and finishing techniques keeps sidewalls taut for consistent high-level performance.

When weaving sidewalls through the mesh, allow 6-8 inches of extra length past the bottom of the head before cutting. This provides adequate working length to tie the finishing knots without running out of material. Consider coloring the sidewall ends with marker to differentiate left and right side tail ends.

The simplest but least effective knot option involves tying a basic overhand knot under the plastic runner. However, these knots easily loosen over time as the nylon cording gradually stretches and settles. Opt for more robust professional knots that cinch tightly and integrate more contact points with the plastic for added friction and durability.

The industry-standard Brine Knot excels for tying off lacrosse sidewalls. Also called the “+” knot, this knot forms an intersection across the runner hole with excellent shear strength. Use doubled-over sidewall ends for added thickness. Moisten knots with wax or water to tighten fully before trimming tail ends.

Surgeon’s knots provide another secure option popular with goalies. The extra thrown wraps lock the finishing knots in place to prevent loosening. Again, moisten before cinching to maximize knot compression. Consider doubling up the finishing knots for redundancy.

Always tie knots tightly under the plastic runner or sidewall for a low profile, not on top of the mesh. Exposed top knots allow more movement that can abrade mesh strands. Recessed bottom knots anchored securely to solid plastic remain neatly tucked inside the head.

Apply super glue or clear nail polish over finished knots to prevent unraveling. The adhesive soaks into the knot fibers and plastic, adding another layer of permanent bonding. Reapply as needed between uses to maintain security.

Check knots routinely before games to confirm tightness, re-securing any looseness discovered. Carry backup sidewalls and pliers in case quick repairs become necessary. Even the best knots may need occasional tightening after extensive play.

Advanced techniques extend sidewalls farther down the throat using additional knots or plastic anchors for maximum ball retention. However, this added bulk can hinder ball control. Find the ideal balance of knot position and thickness for your preferences.

Take pride in perfecting professional-grade finishing knots that outperform basic options. A clean, tight knot reinforced with adhesives will maintain consistent pocket performance much longer than casual knots prone to failure. When stringing a new pocket, never cut corners on the critical final step of tying off sidewalls securely.

Using Contrasting Lacrosse Sidewall Colors Enhances Pocket Visibility

Most lacrosse players give little thought to sidewall color, stringing with whatever neutral color came with their head. However, strategically selecting and combining vibrant sidewall shades can significantly improve pocket visibility and control. Visually highlighting specific diamonds or ridges makes it easier to track optimal release points and aim accurately during chaotic play.

White and black sidewalls offer the highest contrast against most stick mesh and plastic colors for maximum definition. White pops against darker heads, while black contrasts well on lighter colored meshes. Consider color coordinating with uniform colors for a cohesive look. For example, string white sidewalls on navy or black heads.

Use opposing sidewall colors to emphasize the left/right ridge divide. Opt for white on one side and black on the other. This clarifies the center channel and pocket orientation at a glance. Alternating white and black diamonds along the same sidewall also improves ridge delineation.

Bright neon hues like orange and yellow draw the eye to key control points while adding style. Outline the release points along the sides with vibrant diamonds for instant visibility. Neon yellow and green are ideal for low-light play at dusk or indoors.

Complement your school colors by integrating the main hue into the pocket design. Strategically position a few diamonds matching the main jersey or helmet color to identify optimal ball placement zones.

Consider alternating colors down the full length of sidewalls in stripes or checks for a unique look. This checkerboard effect further defines diamond rows, especially on busier stringing patterns. Just avoid overly complex color schemes that create visual confusion.

Fade sidewall colors from light to dark or vice versa along the length of the head for a cool ombre effect. Fading helps naturally guide the eye and identify pocket transitions. Top fades also simulate pocket break-in, mimicking years of use right off the shelf.

Tinted sidewalls boost visibility under sunlight or bright stadium lights compared to traditional white. Amber, smoke and other sheer hues cut glare. Sheer variants of bright shades like pink or purple maintain vividness. Consider tinting just the bottom half of clear sidewalls.

Mix up multiple colors within a single diamond using thin sidewall strands for a speckled effect. Varying the blend ratio produces unique combinations. Just ensure at least one color dominates for sufficient contrast against the mesh.

Test color combinations under realistic playing light conditions before final stringing. Overhead sunlight can wash colors out compared to indoor stringing. Opt for bolder shades and higher contrast pairings to compensate.

Don’t settle for boring single-color pockets. Creatively blend vibrant shades and placement to make your pocket pop. Strategically highlighted diamonds enable faster, more accurate passing powered by improved visibility.

Properly Aligning Lacrosse Cross Lacing with Sidewalls Maximizes Pocket Consistency

Integrating cross lacing with the sidewalls when stringing a lacrosse head optimizes pocket performance. However, simply overlaying these two components randomly reduces control. Aligning cross weaving with sidewall diamonds creates uniform ridges and channels that maintain their shape longer under intense play. Take time to intentionally coordinate these elements for unmatched consistency.

Begin by planning the sidewall diamond pattern and determining the intended cross-lace spacing. Wider 4-5 diamond crosses match well with diamonds spaced 3 holes apart. Close 2-3 diamond crosses pair better with 5-6 hole diamond spacing. Mixing unrelated intervals between the components causes uneven pocket structure.

Stack the cross-lace knots or anchors directly atop sidewall diamonds for proper alignment. The outside lace cords should split the sidewall diamonds directly down the center. Knots landing halfway between diamonds throw off overall pocket symmetry.

Consider color-coding the cross-lace knots to make aligning them with diamonds easier. For example, use black knots with white sidewalls or vice versa. This also enhances in-game visibility of the center channel.

Adjust sidewall diamond spacing as needed during stringing to sync with planned cross patterns. For instance, reduce 7 hole diamonds to 6 holes if required to align 4 diamond crosses. Maintaining correlation between the two components takes priority over any particular spacing interval.

Be willing to tweak the cross pattern if sidewall adjustments become excessive. For example, switch 4 diamond crosses to 3 diamonds if the sidewalls warrant 5 hole spacing. Balancing the two elements may require some reasonable compromise on both sides.

Check alignments not just at the knot anchors but down the full length of each diamond. The cross weaving should split each ridge cleanly top to bottom. Avoid running laces too close to either sidewall edge. Center lacing optimizes channel definition and consistency.

Consider temporarily installing just the cross-lacing and sidewalls to check alignments before installing the shooting strings or mesh. This allows refining the foundation interplay between sidewalls and crosses before completing the pocket.

Take extra time when weaving crosses to keep knot spacing precise. Rushed uneven knots are harder to align evenly across sidewall diamonds. Maintain crossing and knot intervals with the same attention to detail as the sidewalls themselves.

Take down and re-string crosses as needed even if sidewalls are already installed. It is well worth the effort to achieve perfect synchronization between the two elements. Proper alignment creates crisper definition and enduring consistency.

Patience and care spent coordinating lacrosse sidewalls and cross-laces pays off exponentially in long-term pocket performance. Meticulous diamond-by-diamond alignment generates uniform ridges, channels and feel. The difference in control and precision is night and day.

Layering Nylon Over Leather Lacrosse Sidewalls Adds Pocket Rigidity and Shape Retention

Leather lacrosse sidewalls provide unparalleled traditional feel, but lack the rigidity of synthetic nylon cords. Players looking for the best of both worlds layer nylon sidewalls over leather to create rigid yet well-broken-in pockets with excellent shape retention.

Start by stringing the leather sidewalls per usual, winding around the spool and through the mesh to establish the base pocket structure. Take extra time ensuring diamonds are strung evenly since adjustment is difficult once layered. Knot securely to hold the baseline shape.

Next, apply a thin layer of beeswax to the leather sidewalls using a cloth or gloved fingers. Rub thoroughly into the cords before wiping away any excess. This impregnates the hide fibers with protective waxes to maintain suppleness underneath the nylon later.

Select a sturdy nylon sidewall material that matches the original leather size thickness. Thinner varieties overwhelm the leather underneath while thicker cords create bulky, misshapen pockets. Match the texture and feel as closely as possible.

Thread the nylon sidewalls directly over the leather, tracing the same diamond pattern through the mesh. Keep nylon windings tight on the spool to maximize rigidity. Loosely wound nylon defeats the purpose of adding structure.

Weave the doubled-up sidewalls smoothly without twisting or bunching. Avoid pinching the leather or mesh by forcing the added nylon through. The leather underneath should remain straight and untwisted throughout the head.

Be prepared to tweak diamond spacing if needed as the nylon layers settle over the original leather threading. For example, widening 4 hole diamonds to 5 holes prevents nylon overlap. Prioritize pocket symmetry.

If desired, introduce a third color nylon between the base leather and outer nylon for accent stripes. For example, add red sidewalls between white leather and black nylon. This adds custom style while further enhancing rigidity.

secure the layered sidewalls using reinforced double knots at both spool ends. Apply glue over the knots to permanently anchor the doubled-up sidewalls in place with zero slack. Check periodically to ensure knots remain tightly cinched.

Test pocket performance thoroughly before game use. Verify diamonds stay aligned through intense cradling, scooping and passing. Nylon abrasion against leather underneath can cause loosening over time. Catch and address any issues promptly.

With careful attention to detail, layering nylon over leather sidewalls creates a novel hybrid pocket. The leather interior conforms naturally for ideal feel while the nylon sleeve adds structural retention. Enjoy your custom pocket creation!

Coating Lacrosse Sidewalls with Wax Reduces Friction, Abrasion and Environmental Damage

Applying wax finishes to lacrosse sidewalls enhances durability and extends pocket life by reducing abrasion, friction and environmental degradation. Sidewalls factory-coated with beeswax or paraffin maintain consistent high performance much longer under intense play and weathering.

Wax coats minimize abrasive friction between the constantly moving sidewalls, cross laces, shooting strings and mesh. This friction gradually frays unprotected sidewalls, causing premature splitting or fraying failures. Wax lubrication allows smooth motion without this damaging wear and tear.

The hydrophobic wax barrier also seals out moisture from rain, humidity and player sweat/hands. Wetness causes nylon and leather cords to slacken and stretch from the added weight. Wax repels water infiltration to retain perfect pocket shape in all playing conditions.

UV exposure degrades uncoated sidewall materials over time, making them brittle and fragile. Wax finishes filter out harsh ultraviolet rays before they deteriorate the cord fibers. Sidewalls maintain their tensile strength much longer.

Dirt and grit gradually wear into unsealed sidewall fibers as well, acting like fine sandpaper. Wax fills microscopic sidewall pores to prevent grime intrusion. Coatings prevent premature thinning and weakening of the cords.

Beeswax offers the best all-natural protection for leather and composite sidewalls. Gently rub small amounts of wax into the cords using a cloth to massage it into the hide or composite pores without oversaturating. Buff gently with a clean cloth to remove any excess.

For synthetic nylon blends, paraffin wax provides optimal friction and water resistance. Melt paraffin in a wax pot or improvised double boiler at 175-degrees Fahrenheit until liquified. Dip sidewalls using tongs to thoroughly saturate the material, then hang to dry.

Reapply wax every few months or as needed to maintain protection, extending life considerably. Frequently handle and flex waxed cords to prevent brittleness over time.

New hydrophobic nanotech coatings offer an advanced alternative to traditional wax finishes. These polymer-based treatments strongly adhere to cord surfaces while allowing internal fibers to breathe. However, costs are higher for incremental gains.

Steer clear of petroleum-based products like mineral oil or petroleum jelly that degrade nylon and attract grime. Stick with beeswax or paraffin specifically formulated for sporting equipment use.

Take time to properly wax new and existing sidewalls whenever resetting pocket shapes. This simple process returns big dividends in longevity, consistency and performance. Keep pockets smooth, supple and water-repellent all season long.

Customizing Lacrosse Sidewall Patterns Personalizes Pockets and Playing Style

Most lacrosse players simply string sidewalls in the standard diagonal orchevron patterns. However, creatively customizing sidewall designs provides unique style while optimizing pocket performance for your individual game. Open-minded stringing experimentation unlocks preferences you never knew you had.

Start by studying Eastern designs like the traditional hivenet pattern. Intricate geometric sidewall motifs add eye-catching style while enhancing pocket consistency. Flowing curves promote smoother release and control compared to rigid diagonals. Introduce your own flowing patterns and shapes.

Incorporate meaningful symbols into the sidewall design like initials, jersey numbers or representational images. Designs need not follow straight lines – get creative curving around the head shape. Just maintain symmetry so both sides mirror each other.

Wide heads offer more open sidewall canvas for elaborate patterns. Use 20-hole diamond intervals on wider heads to interlace flowing freehand shapes. Fill extra space creatively but keep the overall sidewall length balanced.

Introduce braided sidewall sections to add tactile texture and eye-catching dimensionality. Simple 3-strand braids woven between standard diamonds create striking detail better than single-color flat diamonds. Vary braid intervals for additional interest.

Divide the head into distinct zones separated by color transitions rather than stringing sidewalls in one continuous piece. For example, fade from white to black at the wrist for a striking two-tone effect.

Use sidewall stringing to accentuate or modify the physical head shape. Extend diamonds wider on squat heads for a stretched effect or compress diamonds on elongated heads. Inverse sidewall angles can counteract undesired face shapes.

Outline unique geometric sidewall shapes using two contrasting colors for extra definition. For example, trace creative angular patterns on black sidewalls with neon yellow accents.

Introduce short horizontal diamonds perpendicular to the main vertical diamonds to tie together separate vertical sections. This prevents divided color zones from feeling disconnected.

Further modify pocket performance by shifting from consistent interval spacing to strategic tightening or widening in key areas. For example, widen diamonds in the ball ramp area or tighten across the sweet spot.

Let your imagination run wild stringing custom sidewall designs that speak to you. Embrace self-expression and performance enhancement through artistic pocket craftsmanship. Sidewalls offer the perfect creative outlet to make your stick truly one-of-a-kind.

Splicing Different Lacrosse Sidewall Materials Alters Pocket Feel and Performance

Creative players seeking unique pocket qualities can splice together different sidewall materials vertically to create hybrid designs. Strategically combining nylon, linen, leather and composite cords enables customized performance zones with distinct feel up and down the head.

A common technique splits the head into thirds – nylon upper section for rigidity, linen middle for smoothness and leather lower section for improved ball retention. Each material aligns with its optimal area.

Nylon provides excellent strength and stability up top for crisp catching and passing. The rigid cords discourage accidental ball loss on errant passes. Lower nylon can over-harden pockets though.

Softer linen or cotton cords in the central zone create supple catching and ball cradling feel. These naturally smooth materials gently secure balls on quick scoops or checks.

The lower third benefits from leather’s naturally sticky grip, making it harder to dislodge balls. Leather also pockets deeply with use for carrying the ball low and secure.

Further customize feel by mixing differently waxed and treated sub-types of the same base material. For example, combine coated and uncoated nylon sections or waxed and raw leather portions.

Remember performance traits diminish toward the splice transitions. So position splices strategically at zone borders instead of through critical ball control areas. Never divide key diamonds between materials.

Gradually shift tension at the splice joints to bridge performance gaps. For instance, ease off nylon tension slowly when transitioning to softer linen to prevent abrupt transitions.

When calculating sidewall length, account for the different stretch and thickness factors for each material used. Thinner cords require slightly more initial length to match thicker sections once strung.

Securely anchor splices knots to prevent slippage or unraveling over time. Consider adding super glue or epoxy as well for permanent bonds between disparate cords.

Meticulously weave splice joints through the mesh in line with diamonds to minimize lumps. Splices woven mid-diamond create irregularities. Take time to string transitions smoothly.

Since adjustment is limited once splices are set, thoroughly test pocket performance before game use. Ensure splices maintain integrity through aggressive play without separating or fraying.

Blending sidewall materials creates limitless possibilities to build your ideal pocket. Dial in feel and enhance performance zone-by-zone using purposeful splices. Craft your masterpiece!

Following Lacrosse Head and Sidewall Manufacturer Guidelines Ensures Proper Stringing

Neglecting to reference lacrosse head and sidewall manufacturer stringing instructions risks improper technique and subpar performance. By studying and applying the guide diagrams and tips, players can optimize pocket consistency and playability.

Manufacturer guides detail ideal sidewall diamond counts, spacing intervals, shooting string placement and pocket top shape based on extensive testing. This research determines optimal configurations for that specific head model accounting for its physical dimensions and geometry.

Diagrams depict proper sidewall stringing paths to create uniform diamonds for consistent channel and ridge definition. Simply following the patterns as shown prevents distorted or collapsed diamonds that degrade pocket function.

Tension guidance maximizes sidewall durability while optimizing lacrosse ball control. Insufficient tension allows pocket deformation while over-tensioning cuts fibers. Adhering to recommended tension ranges maximizes structural integrity.

Instructions also provide ideal sidewall length and unwinding rotations on the spool for proper pocket depth based on player position. This prevents under or over-stringing the pockets high or low for intended control style.

Shooting string placement specifications generate ball launch points and shooting channel control consistent with the head’s design intent. Imprecise rigging impairs accuracy.

Cross-lace patterns and intervals synchronize with sidewall diamonds for uniform pocket structure. Misaligned knots interrupt overall integration. Follow diagrams for proper alignment.

Tying off methods and reinforcement steps anchor the pocket shape securely using optimal knots. Improper finishing risks loosening and distortion loss.

Maintenance guidance keeps pockets performing as designed over years of use. For example, sidewall wax reapplication intervals or shooting string replacement needs.

While minor individual adjustments are fine, never deviate radically from the manufacturer recommendations which represent ideal standards for that model. Heavily altering a head from its intended design compromises performance.

Refer back to packaged guides or online documentation any time you string a new head model. Follow all recommendations precisely to get that head’s highest functioning pocket possible. Mastering multiple pocket configurations by precisely applying manufacturer guidance distinguishes truly elite stringers.

Inspecting Lacrosse Sidewalls for Damage Helps Prevent Premature Breakage

Lacrosse sidewalls endure substantial stresses during play, making periodic inspections critical for detecting damage before total failure occurs at the worst possible moment. Look for fraying, abrasions and loosening during stringing and routine pre-game checks.

Carefully run fingers along the entire sidewall length feeling for thinning or irregular bumps in the cord fibers. Damaged or frayed sections indicate excessive local wear. Mark any concerns with tape for monitoring or immediate replacement.

Visually scan for discoloration or material peeling, which signal degradation issues. Subtle color changes often precede overt fraying. Address at first signs of deterioration.

Attempt to flex sidewalls lengthwise to check for brittleness. Cords retaining good suppleness better withstand game stresses. Dry, stiff cords demonstrate aging degradation.

Focus extra attention on areas suffering the most friction like diamonds passing through mesh holes or knots. These stress points weaken first. Refasten any loose knots immediately.

Tug gently along the full length of installed sidewalls to verify consistent tension. Loose spots prone to premature failure require re-tightening.

Peer inside diamonds from behind to check for gaps indicating collapsed or misshapen diamonds. Fix shape inconsistencies right away before worsening.

Scrutinize areas contacting the ball like shooting strings, sidewall edges and diamond ridges. Signs of excessive wear here impact function.

Evaluate moisture resistance by wetting sidewalls and checking for color bleed or retention issues. Reapply waterproof treatments as needed.

Schedule quick pre-game sidewall checks along with standard pocket adjustments to catch problems early before they escalate into untimely breakage.

Consider proactively replacing old sidewalls with fresh backups even if no visible damage is apparent yet. Heavily used game cords have reduced remaining life.

Take pride in your gear by making sidewall inspections part of your routine maintenance. Expert players notice subtle changes early and address them promptly. Don’t take your pocket’s health for granted. With vigilant care, you can stop small problems before they become game day disasters.

Replacing Old Lacrosse Sidewalls Restores Original Pocket Performance and Feel

As lacrosse sidewalls age through seasons of intense use, gradual performance declines become inevitable. Sagging pockets lose their crisp shape, passes lack precision and ball control suffers. Replacing stretched-out and worn sidewalls restores your stick’s original quickness and accuracy.

Preventative sidewall replacement extends pocket life by resetting shapes and tension before complete failure occurs. Swapping cords periodically rather than waiting until they snap preserves consistency.

Switch out sidewalls at least annually or whenever loosening, deformities or weathering become apparent. Goalies and face-off specialists may need fresh sidewalls even more frequently from extreme wear.

Select replacement material identical to the original sidewalls on that stick. Match size, texture, hand-feel and flexibility traits so new cords integrate seamlessly.

Clean used sticky residue off the plastic head and existing mesh to provide a fresh foundation for new sidewalls. Gently remove buildup using sidewall wax or lacquer thinner on a cloth.

Plan the replacement process carefully by noting existing diamond counts, sidewall lengths, shooter placements and other key customizations so they can be precisely replicated on the new sidewalls.

Pre-wax and pre-stretch new cords to sidewall lengths noted above for ideal initial sizing. Soak leather laces in water then stretch repeatedly to pre-soften the hide fibers before installing.

Relieve old sidewall tension slightly before fully removing to allow mesh to relax more naturally. This prevents overly compressing diamonds when re-tightening new cords.

Unwind and extract old sidewalls carefully without damaging existing shooting strings, lace crossings or mesh. Avoid unweaving hastily to preserve pocket structure integrity.

Meticulously thread and wind new sidewalls following original diamond spacing, tension patterns, shooter positions and finishing knots for an exacting refresh.

Expect some minor re-adjustment period as brand new stiffer cords relax and mesh rebounds into position. Monitor during break-in.

Schedule periodic sidewall replacements as essential preventative maintenance for enduring performance. Superior players proactively refresh pockets routinely, not reactively after problems develop. With the right replacement plan, your stick will feel positively brand new every season.