Experience Ultimate Comfort with the New Balance Burn Lacrosse Cleats
Experience Ultimate Comfort with the New Balance Burn Lacrosse Cleats
REVlite Midsole Provides Responsive Cushioning in New Balance Burn Cleats
When selecting lacrosse cleats, one of the most important factors for players is cushioning and impact protection. The constant starts, stops, cuts, and sprints involved in lacrosse can put a lot of stress on feet and legs, making responsive cushioning a must-have. That’s why New Balance equipped the Burn lacrosse cleats with a REVlite midsole, providing players with the ideal blend of cushioning, support, and energy return.
The REVlite midsole foam is 30% lighter than comparable midsole foams, allowing New Balance to deliver cushioning without adding bulk or weight. At just 10mm thick, the REVlite midsole helps keep the Burn cleat lightweight and flexible while still absorbing shock and impact. The foam midsole quickly rebounds after compression, returning energy to the foot for an energized feel. This responsiveness enhances performance by reducing leg fatigue over the course of a game.
Strategically placing the REVlite foam, New Balance targeted the cushioning in high-impact areas that need it most – the heel and forefoot. This optimized design places soft, shock-absorbing foam precisely where players need cushioning and bounce during sharp cuts, accelerations, and jumps. The midsole compresses to cushion foot landings, then immediately rebounds for quick responses.
By selecting the innovative REVlite foam, New Balance created lacrosse cleats that deliver on the need for lightweight responsiveness. The Burn’s REVlite midsole allows fast, aggressive lacrosse athletes to play at their highest level with targeted cushioning right where they need it most.
Kinetic Stitch Upners Provide Flexibility in New Balance Burn Cleats
When designing performance lacrosse cleats, flexibility is key. The constant sprints, dodges, and direction changes required in lacrosse demand an upper that moves naturally with the foot. That’s why New Balance engineered the Burn lacrosse cleats with Kinetic Stitch uppers, providing adaptive flexibility and support.
The one-piece Kinetic Stitch upper utilizes a compression mesh construction that moves dynamically with the foot. Strategically placed stitching brings structure and lockdown to high-stress areas like the midfoot and heel, while allowing the forefoot to flex freely. This creates a lacrosse cleat upper that provides a glove-like fit, securing the foot without restriction.
By stitching the layers of the upper together rather than overlaying or fusing them, New Balance created an upper that flexes and conforms naturally. The Kinetic Stitch construction places soft, flexible compression mesh against the foot for a comfortable contouring feel. Targeted reinforcement in high-stress zones integrates areas of support without inhibiting flexibility.
The compression mesh upper also enhances ventilation, keeping feet cool and dry during intense lacrosse gameplay. The material wicks moisture while providing breathable airflow. By reducing heat and sweat buildup, the Kinetic Stitch upper helps maintain comfort even during high-exertion pivots, cuts, and sprints.
With the Kinetic Stitch uppers, New Balance optimized the Burn lacrosse cleats for the flexibility and support needed for fast-paced lacrosse maneuvers. The adaptable uppers work in harmony with the foot’s natural movements, providing a seamless fit and feel that enhances player agility and control.
New Balance Burn Cleats Use Durable FantomFit for Lightweight Support
To perform at their best, lacrosse players need cleats that are supportive yet lightweight. The constant cutting, pivoting, and sprinting involved in lacrosse demand a locked-in fit without restrictive bulk. That’s why New Balance incorporated FantomFit support cages in the Burn lacrosse cleats, providing feather-light but strong lockdown.
FantomFit is a thin exoskeletal support structure molded directly into the upper of the cleat. Strategically placed in high-stress areas, FantomFit integrates lightweight reinforcement without added weight. The support cages integrate with the upper for seamless support and structure.
New Balance positioned the FantomFit cages to deliver targeted lockdown and stability in key zones. A heel counter provides lateral support and keeps the foot securely locked over the footbed. Medial and lateral midfoot cages enhance fit while allowing natural forefoot flexion. An external TPU toe cap adds protection and durability.
The injected FantomFit cages are made from a durable synthetic material that maintains its rigidity and shape over time. This lightweight but strong support remains effective for the lifespan of the cleat. By keeping the support structure low-profile, New Balance minimized bulk while still enhancing lockdown.
With FantomFit support technology, New Balance created lacrosse cleats that provide the lightweight lockdown that quick, agile lacrosse players need. The structured fit enhances stability during cuts, dodges, and sprints without restricting natural foot motion or adding weight.
Low-Profile Design of New Balance Burn Cleats Enhances Traction
In the fast-paced, high-intensity sport of lacrosse, traction is a vital component of top-level performance. The ability to start, stop, cut, and pivot quickly requires outsole traction that grips both natural and synthetic turf. That’s why New Balance designed the Burn lacrosse cleats with a low-profile design, optimizing traction and ground feel.
With a minimal, close-to-the-ground silhouette, the Burn lacrosse cleats position feet closer to the playing surface for better control. This enhances stability during quick changes of direction, allowing players to push off and power through cuts with authority.
The lower profile also provides lacrosse athletes with superior ground feel, giving them a better sense of the turf surface. By removing bulk between the foot and the ground, players can react and adjust more quickly based on underfoot sensations.
To complement the low-to-the-ground design, New Balance equipped the Burn with an aggressive cleat plate featuring multidirectional traction lugs. Strategically sized and angled studs provide bite and grip for accelerating, braking, and pivoting. The cleats penetrate both natural grass and synthetic turf for stability.
With its dialed-in low profile silhouette and traction-optimized cleat plate, the New Balance Burn lacrosse cleat allows players to cut, accelerate, and maneuver with new levels of quickness and control. The enhanced traction instills the confidence to push the limits of speed and agility.
Asymmetrical Lacing of New Balance Burn Cleats Enhances Lockdown
To reach their athletic potential on the lacrosse field, players need cleats that lock down the foot securely with no slippage or looseness. To achieve that precise, supportive fit, New Balance engineered an asymmetrical lacing system for the Burn lacrosse cleats.
Unlike many cleats with a centered lacing system, the Burn utilizes an asymmetrical eyelet configuration that mirrors the shape of the foot. This customized setup pulls the heel back and down into the heel counter, eliminating heel lift. It also enhances the midfoot wrap, creating a truly contoured fit.
The asymmetric design places more lacing and eyelets along the medial side, allowing athletes to increase tension and lockdown in this high-stress area. With independent lacing zones, lacrosse players can customize tension for a personalized, precision fit that maximizes stability.
New Balance also extended the lacing closer to the toe, which amplifies forefoot lockdown. This helps eliminate wiggle room and slippage during cuts, maximizing energy transfer and control. The laces integrate seamlessly with the upper for a smooth, irritation-free feel.
The Burn’s dialed-in asymmetrical lacing allows lacrosse athletes to harness power and speed by eliminating fit and stability issues. With a truly locked-in fit, players can utilize their athleticism and react without distraction or delay.
Strategic Flex Grooves Enhance Mobility in New Balance Burn Cleats
For top lacrosse players, mobility is critical for changing direction quickly and efficiently. Restricted movement compromises agility and speed. That’s why New Balance engineered the Burn lacrosse cleats with strategic flex grooves, optimizing freedom of motion for elite performance.
Inspired by the natural flex points of the foot, flex grooves are carefully incorporated into the Burn’s traction plate, midsole, and upper. These allow the cleat to move with the foot for uninhibited mobility.
Flex grooves across the width of the outsole enhance forefoot flexion for easier toe-off and roll-through. Grooves along the length of the plate facilitate smooth heel-to-toe transition and gait flow. The midsole features deep flex notches under the metatarsals to enable natural foot mechanics.
The upper also utilizes flex grooves at key articulation points. The stitching pattern promotes torsional movement and flexibility through the midfoot, while overlays provide structure. This allows the upper to provide support without restricting mobility.
By enabling natural foot articulation and flow, the integrated flex grooves make the New Balance Burn lacrosse cleats feel like an extension of the foot. Players can cut, plant, and accelerate freely, reacting at top speed without mechanical resistance or delay.
Wider Cleat Plate of New Balance Burn Enhances Stability
In the fast-paced sport of lacrosse, stability is crucial for changing direction and reacting quickly. A cleat’s traction plate width plays an important role in lateral support during intense cuts and pivots. Recognizing this, New Balance engineered the Burn lacrosse cleats with a wider cleat plate, optimizing stability for elite play.
With a broad-platform cleat plate, the Burn provides lacrosse players with a stable base for powerful direction changes. The wide plate is contoured to the natural shape of the foot for anatomical stability. More surface contact enhances traction and minimizes rollover during sharp lateral movements.
To complement the stability, New Balance positioned multidirectional traction lugs to provide grip in every direction. Conical cleats along the periphery bite and penetrate the turf. Chevron-shaped lugs under the ball of the foot enhance grip for traction at toe-off.
The cleat plate’s wider design also helps distribute pressure and impact across the foot. This alleviates hotspots and fatigue during play, keeping feet fresh and reducing injury risk.
With its wider, anatomical cleat plate and multidirectional lugs, the New Balance Burn lacrosse cleat provides the enhanced stability that aggressive lacrosse players need to cut, accelerate, and change direction with confidence.
Multidirectional Lugs Enhance Traction in New Balance Burn Cleats
Elite-level lacrosse demands cleats with excellent traction to react and maneuver quickly on the field. To deliver that optimized grip, New Balance equipped the Burn lacrosse cleats with multidirectional lugs that provide 360 degrees of enhanced traction.
The outsole of the Burn features a cleat plate array with studs strategically sized and angled to provide targeted traction. Conical cleats along the lateral and medial edges provide excellent grip and bite for lateral cuts and crossovers.
Under the ball of the foot, chevron-shaped lugs point forward and backward to propel acceleration and deceleration. Smaller triangular lugs fill the space between for continuous traction across the plate. A deep heel cleat enhances braking power.
This multidirectional lug formation utilizes traction studs that face all directions. By optimizing grip laterally, forward, backward, and diagonally, the Burn provides lacrosse athletes with uncompromised traction for all maneuvers.
The aggressive cleat plate also penetrates into both natural and synthetic turf surfaces for stable footing on any field. Durable TPU construction maintains the shape and sharpness of the lugs for lasting traction.
With its 360-degree multidirectional traction lugs, the New Balance Burn lacrosse cleat allows decisive cuts, accelerations, and changes of direction, empowering lacrosse players to unleash their athletic potential.
Breathable Mesh of New Balance Burn Cleats Enhances Ventilation
During intense lacrosse games, proper airflow and ventilation are critical for keeping feet cool and dry. Excessive heat and sweat can lead to hotspots, blisters, and discomfort. Recognizing this, New Balance engineered mesh ventilation zones into the Burn lacrosse cleats.
Strategically placed along the upper, engineered mesh windows allow fresh air to enter and heat to escape. The thin, woven material enhances air permeability while still providing structure and durability.
Mesh inserts are incorporated along the throat of the cleat for ventilation over the vamp and toes. Additional mesh windows along the medial and lateral midfoot bolster airflow to the center of the foot.
This zoned mesh ventilation works together with the moisture-wicking liner to keep the foot cool and dry. By whisking away perspiration and enabling evaporative cooling airflow, the Burn maintains comfort even during intense gameplay.
With its breathable mesh zones, the New Balance Burn lacrosse cleat provides active cooling and moisture management to help players maintain focus and stamina through the hottest, most grueling games.
Internal Shank in New Balance Burn Cleats Enables Toe Spring
An integral part of lacrosse athleticism is toe spring, which allows players to efficiently roll through each step. To enable natural toe spring mechanics, New Balance incorporated an internal shank into the Burn lacrosse cleats.
The rigid yet flexible Pebax shank bridges the gap between the forefoot and heel. This provides torsional support through the arch to keep the cleat stable, while still enabling the natural toe spring motion of the metatarsals.
By stabilizing the midfoot, the shank allows the ideal toe spring angle and mechanics. It prevents excess flattening that can lead to fatigue and strain on feet and legs during intense gameplay.
New Balance strategically tuned the shank stiffness to match sport-specific needs. It is rigid enough for support during aggressive lateral cuts, yet flexible enough for smooth heel-to-toe transitions.
With its integrated internal shank, the New Balance Burn lacrosse cleat gives players the midfoot support and forefoot freedom needed to utilize toe spring and propel their athletic performance.
Foam Collar of New Balance Burn Cleats Enhances Comfort
Lacrosse cleats must provide cushioning and comfort to prevent abrasion, blisters, and ankle irritation during play. To optimize comfort, New Balance equipped the Burn lacrosse cleats with a plush foam collar lining the ankle opening.
The injected EVA foam collar cradles the ankle in soft, flexible cushioning. This helps prevent rubbing and chafing that can occur when cleats lack sufficient padding around the ankle bone and Achilles area.
It also enhances the heel lockdown by filling space between the foot and the heel counter. This eliminates slippage for optimized in-cleat stability and control.
The collar’s closed-cell foam structure won’t absorb water, keeping padding intact even in wet conditions. It maintains its cushioning loft rather than compacting over time.
With its comfortable foam ankle collar, the New Balance Burn lacrosse cleat provides the plush cushioning at the rear and around the ankle that players need for blister-free comfort throughout games and practices.
New Balance Burn Cleats Use ControlCore for Heel Lockdown
In such an explosive lateral sport like lacrosse, heel lockdown is imperative for stability and injury prevention. Without a securely locked-down heel, feet can slide and roll inside cleats, compromising control. To enhance heel hold, New Balance incorporated ControlCore technology into the Burn lacrosse cleats.
ControlCore utilizes a thermoplastic heel counter that is molded to tightly wrap the heel and rearfoot. This creates a stable “bucket seat” that cradles the foot to prevent lifting or slippage.
The rigid external heel counter works together with internal padding to lock the heel over the rearfoot platform. This eliminates heel lift and rollover, enhancing stability for lateral cuts and crosses.
ControlCore also extends to the midfoot for enhanced support. The integrated system helps prevent overpronation or arch collapse during intense play.
With its 360-degree ControlCore heel lockdown technology, the New Balance Burn lacrosse cleat provides the rearfoot stabilization that aggressive players need for blistering speed and cuts.
Lightweight Construction of New Balance Burn Cleats Reduces Fatigue
Over the course of a grueling lacrosse game, lightweight footwear can make a big difference in energy levels and fatigue. Excess weight causes legs to tire prematurely, compromising late-game performance. To provide enduring energy, New Balance engineered the Burn lacrosse cleats with a lightweight construction to reduce fatigue.
Weighing in at just 11 ounces, the Burn minimizes bulk and heft to prevent dragging feet down. The streamlined design enhances maneuverability for quick cuts and acceleration without wasted motion or energy.
Strategic use of lightweight materials contributes to the feather-feel. The compression mesh upper provides breathable support without adding mass. The REVlite midsole foam cushions each step with 30% less weight than standard midsole materials.
The minimalist cleat plate features well-placed traction lugs to provide grip without excess material. An internal shank adds midfoot rigidity without weighing the cleat down.
With its dialed-in lightweight construction, the New Balance Burn lacrosse cleat lets players fly around the field with game-long energy, speed, and agility.
New Balance Burn Provides Ideal Blend of Comfort and Performance
Finding the optimal balance of comfort and high-level performance is the goal when choosing lacrosse cleats. Athletes need footwear that prevents injury and keeps feet fresh, while also providing the fit, traction, and support to unleash their athletic potential. In the Burn, New Balance has created the ideal lacrosse cleat that merges comfort and performance into one.
Comfort elements like the REVlite cushioning, foam ankle collar, and ventilation zones work together to reduce fatigue and irritation. The plush collar cushions the ankle while wicking mesh lining prevents hot, sweaty feet.
Performance features like the asymmetrical lacing, ControlCore heel lockdown, and cleat plate traction then allow athletes to utilize that comfort to excel. Stability and control enhance quick cuts, acceleration, and changes of direction.
By blending comfort-driven technologies with performance-focused engineering, the Burn provides the experience that lacrosse players demand. New Balance optimized these cleats to match the fast, intense nature of the sport.
With the Burn, lacrosse athletes can experience the ideal fusion of comfort and high-caliber performance that inspires confident, energetic play.
Lacrosse Players Choose New Balance Burn for Comfort and Performance
When selecting their game-day lacrosse cleats, players demand a product that delivers continuous comfort and enables peak performance. The Burn from New Balance checks all the boxes for lacrosse athletes thanks to its optimized blend of comfort, support, and traction.
The Burn stands out with technologies like REVlite cushioning and FantomFit support structures that provide comfort and stability where players need it. Strategic flexibility allows natural motion while stability cages prevent rollover.
Performance-driven elements like the cleat plate traction, ControlCore heel lockdown, and breathable upper then let athletes play at their highest level. With a glove-like fit and optimal traction, the Burn empowers quick cuts, accelerations, and changes of direction.
By understanding the unique demands of the sport, New Balance created a lacrosse-specific cleat. The Burn supports the lateral cuts and fast pivots integral to lacrosse, reducing injury risk. The athletic fit enhances control and stability for elite-level play.
For these reasons, lacrosse players continue to choose New Balance and the Burn cleat for its optimized blend of comfort and high-performance technology tailored specifically for dominating the field.
