Freeze LX 30 The Best New Balance Box Lacrosse Shoe for 2023Freeze LX 30 The Best New Balance Box Lacrosse Shoe for 2023
Unmatched Comfort with REVlite Midsole
The New Balance Freeze LX 3.0 box lacrosse shoe offers unmatched comfort thanks to its innovative REVlite midsole. This proprietary foam compound provides the same responsive cushioning as traditional midsole materials but with a dramatically reduced weight. At just 30% of the weight of comparable EVA foams, the REVlite midsole helps reduce overall shoe weight while still delivering excellent energy return and underfoot comfort.
In lacrosse, agility and quick cuts are critical. Reducing the weight you carry can make a measurable difference in speed and performance. With the lightweight REVlite cushioning in the Freeze LX 3.0, you get incredible comfort underfoot without the drag of excess weight holding you back. The foam is designed in a full-length shape for consistent comfort and support across the entire foot, from heel strike to toe-off.
REVlite is also highly durable and resistant to compression set. It retains its bounce and cushioning properties mile after mile. While many foams can pack out or flatten over time, REVlite maintains its responsive feel thanks to the innovative make-up of its foam cells. If you want comfort you can rely on for the life of your shoes, New Balance’s REVlite midsole delivers.
In addition to comfort and reduced weight, the REVlite midsole offers a smooth, stable ride. The foam absorbs shock effectively to prevent jarring, uncomfortable impacts. A smooth transition from footstrike through toe-off helps reduce muscle fatigue. With REVlite underfoot, you get the lively, buoyant feel you want for quick cuts, fast footwork, and all-out sprints down the field. From the first wear to your hundreth hour on the turf, the Freeze LX 3.0’s REVlite midsole provides unmatched comfort and responsiveness to elevate your game.
Maximum Stability from TPU Plate and Heel Counter
The New Balance Freeze LX 3.0 utilizes a thermoplastic polyurethane (TPU) stability plate and external heel counter to provide unmatched stability during quick cuts and lateral movements. TPU is an extremely durable, supportive material that resists compression set and retains its shape over time. The contoured TPU plate runs the full length of the Freeze LX 3.0’s midsole to reinforce the foot during sharp changes in direction.
The external TPU heel counter wraps up and around the back and sides of the heel. This creates a “bucket seat” that locks down the foot to prevent sliding during cuts or rolls of the ankle. The combination of the TPU plate and heel counter keeps the foot stable within the shoe’s platform. There is no wobbling, leaning, or loss of balance – just confident stability play after play.
Stability is crucial for lacrosse, a sport full of twists, turns, and pivots. As you brake hard, spin away from defenders, and push off for explosive sprints, you need a solid base. The Freeze LX 3.0’s TPU plate and heel counter work together to provide that stable foundation underfoot. The midsole plate prevents the shoe from bending or twisting unnaturally as you change direction. The heel counter locks down the rearfoot to eliminate internal sliding or slippage.
This exceptional stability also protects against ankle rolls and potential injury. When you plant your foot to turn, the Freeze LX 3.0 keeps your foot securely over the sole – no matter how sharply you cut. The shoe moves naturally with your foot instead of allowing excess internal motion. With less motion within the shoe, there is less opportunity for ankle tweaks or blows.
The combination of support and lockdown from the TPU plate and heel counter let you play with confidence. You can perform at your quickest and sharpest knowing your shoes have your back. This leading-edge stability system is one of the reasons the New Balance Freeze LX 3.0 is trusted by elite lacrosse athletes across the country. When your game demands agility, rely on the Freeze LX 3.0 to keep you stable through every cut.
Strategic Flex Grooves for Agility on the Field
The outsole of the New Balance Freeze LX 3.0 lacrosse shoe utilizes strategically placed flex grooves to enhance your natural motion and agility on the field. These flex grooves are debossed lines that allow the sole to bend and flex in key areas, following the movement and articulation of your foot.
In the forefoot, the flex grooves are placed in the exact spots your foot bends during a running gait cycle. This mirrored groove pattern allows the Freeze LX 3.0 to move seamlessly with your foot as you sprint down the field. The grooves enable a smooth heel-to-toe transition and fluid toe-off for a natural feel.
Additional flex grooves behind the metatarsal area allow more articulation for quicker cuts and footwork maneuvers. As you plant your foot to pivot, the strategic grooves let the sole flex and grip naturally. This stability allows you to push off powerfully in your new direction without losing speed.
In the heel, a deep cruciform flex groove enables stable multidirectional traction as you change direction. The groove allows articulation side-to-side and front-to-back for customized stability specific to your movements.
The flex grooves are also useful for conserving energy and reducing fatigue. By enabling the sole to move with your foot, they require less effort to bend the shoe. This decreased resistance saves your energy for sprints down the field.
Finally, the grooves allow the Freeze LX 3.0 to flex with the natural contours of the turf or court surface. This improved ground contact maximizes traction for start-stop cuts. The flex grooves work synergistically with the solid rubber sole and traction pattern to keep you stable during footwork maneuvers.
The strategic placement of flex grooves makes the Freeze LX 3.0 one of the most agile, natural-feeling lacrosse shoes available. By mirroring your foot’s articulation and flex points, they provide an almost barefoot feel for your sharpest, fastest moves on the field.
Durable Synthetic and Mesh Upper for Breathability
Durability and Long-Lasting Comfort
REVlite’s innovative foam cell structure ensures exceptional durability and resistance to compression set. Unlike many foams that flatten over time, REVlite maintains its responsive feel and cushioning properties throughout the life of the shoe. This means players can rely on consistent comfort and performance, game after game, season after season.
How does REVlite contribute to a smooth, stable ride? The foam’s shock-absorbing properties prevent jarring impacts, while its design promotes a fluid transition from footstrike through toe-off. This smooth motion helps reduce muscle fatigue, allowing players to maintain their agility and speed throughout intense matches.
Maximum Stability: The Power of TPU Technology
The New Balance Freeze LX 3.0 incorporates a thermoplastic polyurethane (TPU) stability plate and external heel counter to deliver unmatched stability during quick cuts and lateral movements. TPU’s durability and resistance to compression set make it an ideal material for maintaining shape and support over time.
- Full-length TPU plate reinforces the foot during sharp directional changes
- External TPU heel counter creates a “bucket seat” effect, locking down the foot
- Combined action prevents sliding, wobbling, and loss of balance during play
Why is stability crucial in lacrosse footwear? The sport demands constant twists, turns, and pivots. As players brake hard, spin away from defenders, and explode into sprints, a solid, stable base is essential. The Freeze LX 3.0’s TPU components work in harmony to provide this stable foundation, allowing players to perform with confidence and reduced risk of injury.
Injury Prevention Through Enhanced Stability
The exceptional stability offered by the TPU plate and heel counter doesn’t just improve performance—it also plays a crucial role in injury prevention. By keeping the foot securely over the sole during sharp cuts and turns, the Freeze LX 3.0 significantly reduces the risk of ankle rolls and related injuries.
How does this stability system benefit players in high-pressure situations? The shoe’s ability to move naturally with the foot while preventing excess internal motion means players can focus on their game without worrying about potential missteps or ankle tweaks. This added confidence can be the difference between hesitation and decisive action on the field.
Agility Amplified: Strategic Flex Grooves
The New Balance Freeze LX 3.0’s outsole features strategically placed flex grooves that enhance natural motion and agility on the field. These debossed lines allow the sole to bend and flex in key areas, mirroring the foot’s natural articulation during movement.
- Forefoot flex grooves align with foot bending during running gait
- Metatarsal area grooves enable quicker cuts and improved footwork
- Overall design promotes smooth heel-to-toe transition and fluid toe-off
How do these flex grooves contribute to improved performance? By allowing the shoe to move seamlessly with the player’s foot, the Freeze LX 3.0 enables more natural and efficient movement. This results in quicker acceleration, sharper cuts, and more responsive footwork—all critical elements in box lacrosse.
Traction Optimized for Box Lacrosse
The New Balance Freeze LX 3.0 boasts a specialized outsole designed specifically for the demands of box lacrosse. The traction pattern is engineered to provide optimal grip on indoor surfaces, allowing players to make quick starts, stops, and changes of direction with confidence.
What makes the Freeze LX 3.0’s traction unique? The outsole features a combination of multidirectional lugs and siping that work together to enhance grip in all directions. This design ensures players can maintain control during lateral movements, sudden accelerations, and abrupt stops—all common in the fast-paced environment of box lacrosse.
Surface-Specific Rubber Compound
The outsole utilizes a rubber compound specifically formulated for indoor playing surfaces. This specialized material strikes the perfect balance between grip and durability, providing excellent traction without excessive wear or leaving marks on the playing surface.
How does this surface-specific design benefit players? The tailored rubber compound ensures consistent performance across various indoor surfaces, from polished concrete to synthetic turf. This versatility allows players to adapt quickly to different playing environments without sacrificing traction or agility.
Breathability and Moisture Management
In the high-intensity world of box lacrosse, effective moisture management is crucial for maintaining comfort and performance. The New Balance Freeze LX 3.0 addresses this need with a carefully engineered upper design that prioritizes breathability and sweat-wicking capabilities.
- Lightweight mesh panels promote air circulation
- Moisture-wicking lining helps keep feet dry
- Strategic ventilation zones reduce heat buildup
Why is breathability so important in lacrosse footwear? Extended periods of intense activity can lead to excessive foot sweating, which may result in discomfort, blisters, and reduced performance. The Freeze LX 3.0’s focus on breathability helps maintain a cooler, drier environment inside the shoe, allowing players to stay focused on their game.
Antimicrobial Properties
To further enhance comfort and hygiene, the Freeze LX 3.0 incorporates antimicrobial properties in its construction. This feature helps combat odor-causing bacteria, keeping the shoes fresher for longer periods.
How do antimicrobial properties benefit players in the long run? By reducing bacterial growth, these properties not only help maintain a more pleasant shoe environment but also contribute to the longevity of the footwear. This means players can enjoy consistent performance and comfort throughout the shoe’s lifespan.
Customized Fit and Support
The New Balance Freeze LX 3.0 recognizes that every player’s foot is unique, and as such, offers features that allow for a more customized fit and support system. This attention to individual needs ensures that players can achieve optimal comfort and performance on the field.
What features contribute to the Freeze LX 3.0’s customizable fit? The shoe incorporates a traditional lace-up closure system with strategically placed eyelets that allow players to adjust the fit according to their preferences. This system enables targeted tightening or loosening in specific areas of the foot for personalized comfort and support.
Adaptive Midfoot Support
The Freeze LX 3.0 features an adaptive midfoot support system that molds to the contours of the player’s foot over time. This personalized fit not only enhances comfort but also improves overall stability and responsiveness during play.
How does adaptive support benefit players of different foot shapes? By conforming to individual foot contours, the Freeze LX 3.0 can accommodate a wide range of foot shapes and sizes more effectively than a one-size-fits-all approach. This adaptability ensures that players with varying foot characteristics can all experience the shoe’s full performance benefits.
Durability for Long-Lasting Performance
In the demanding world of box lacrosse, equipment durability is paramount. The New Balance Freeze LX 3.0 is built to withstand the rigors of intense play, ensuring that players can rely on consistent performance game after game.
- Reinforced toe box for increased protection and longevity
- Abrasion-resistant materials in high-wear areas
- Sturdy construction techniques for enhanced structural integrity
Why is durability so critical in lacrosse footwear? The sport’s dynamic nature, with its constant starts, stops, and direction changes, puts significant stress on shoes. The Freeze LX 3.0’s focus on durability ensures that players can maintain peak performance throughout the season without worrying about premature wear or breakdown of their footwear.
Cost-Effective Performance
The durability of the Freeze LX 3.0 translates to cost-effectiveness for players and teams. By maintaining its performance characteristics over an extended period, the shoe offers excellent value for investment.
How does the Freeze LX 3.0’s durability impact player performance over time? Consistent shoe performance throughout the season allows players to focus on developing their skills and tactics without the distraction of adapting to changing equipment characteristics. This stability in equipment can contribute to more reliable and improving performance on the field.
The New Balance Freeze LX 3.0 represents a significant advancement in box lacrosse footwear, combining innovative technologies with sport-specific design features. From its lightweight REVlite midsole to its stability-enhancing TPU components and strategic flex grooves, every aspect of the shoe is engineered to elevate player performance. With its focus on comfort, stability, agility, and durability, the Freeze LX 3.0 stands out as the premier choice for box lacrosse players in 2023, offering a competitive edge that can make all the difference on the field.
Unmatched Comfort with REVlite Midsole
The New Balance Freeze LX 3.0 box lacrosse shoe offers unmatched comfort thanks to its innovative REVlite midsole. This proprietary foam compound provides the same responsive cushioning as traditional midsole materials but with a dramatically reduced weight. At just 30% of the weight of comparable EVA foams, the REVlite midsole helps reduce overall shoe weight while still delivering excellent energy return and underfoot comfort.
In lacrosse, agility and quick cuts are critical. Reducing the weight you carry can make a measurable difference in speed and performance. With the lightweight REVlite cushioning in the Freeze LX 3.0, you get incredible comfort underfoot without the drag of excess weight holding you back. The foam is designed in a full-length shape for consistent comfort and support across the entire foot, from heel strike to toe-off.
REVlite is also highly durable and resistant to compression set. It retains its bounce and cushioning properties mile after mile. While many foams can pack out or flatten over time, REVlite maintains its responsive feel thanks to the innovative make-up of its foam cells. If you want comfort you can rely on for the life of your shoes, New Balance’s REVlite midsole delivers.
In addition to comfort and reduced weight, the REVlite midsole offers a smooth, stable ride. The foam absorbs shock effectively to prevent jarring, uncomfortable impacts. A smooth transition from footstrike through toe-off helps reduce muscle fatigue. With REVlite underfoot, you get the lively, buoyant feel you want for quick cuts, fast footwork, and all-out sprints down the field. From the first wear to your hundreth hour on the turf, the Freeze LX 3.0’s REVlite midsole provides unmatched comfort and responsiveness to elevate your game.
Maximum Stability from TPU Plate and Heel Counter
The New Balance Freeze LX 3.0 utilizes a thermoplastic polyurethane (TPU) stability plate and external heel counter to provide unmatched stability during quick cuts and lateral movements. TPU is an extremely durable, supportive material that resists compression set and retains its shape over time. The contoured TPU plate runs the full length of the Freeze LX 3.0’s midsole to reinforce the foot during sharp changes in direction.
The external TPU heel counter wraps up and around the back and sides of the heel. This creates a “bucket seat” that locks down the foot to prevent sliding during cuts or rolls of the ankle. The combination of the TPU plate and heel counter keeps the foot stable within the shoe’s platform. There is no wobbling, leaning, or loss of balance – just confident stability play after play.
Stability is crucial for lacrosse, a sport full of twists, turns, and pivots. As you brake hard, spin away from defenders, and push off for explosive sprints, you need a solid base. The Freeze LX 3.0’s TPU plate and heel counter work together to provide that stable foundation underfoot. The midsole plate prevents the shoe from bending or twisting unnaturally as you change direction. The heel counter locks down the rearfoot to eliminate internal sliding or slippage.
This exceptional stability also protects against ankle rolls and potential injury. When you plant your foot to turn, the Freeze LX 3.0 keeps your foot securely over the sole – no matter how sharply you cut. The shoe moves naturally with your foot instead of allowing excess internal motion. With less motion within the shoe, there is less opportunity for ankle tweaks or blows.
The combination of support and lockdown from the TPU plate and heel counter let you play with confidence. You can perform at your quickest and sharpest knowing your shoes have your back. This leading-edge stability system is one of the reasons the New Balance Freeze LX 3.0 is trusted by elite lacrosse athletes across the country. When your game demands agility, rely on the Freeze LX 3.0 to keep you stable through every cut.
Strategic Flex Grooves for Agility on the Field
The outsole of the New Balance Freeze LX 3.0 lacrosse shoe utilizes strategically placed flex grooves to enhance your natural motion and agility on the field. These flex grooves are debossed lines that allow the sole to bend and flex in key areas, following the movement and articulation of your foot.
In the forefoot, the flex grooves are placed in the exact spots your foot bends during a running gait cycle. This mirrored groove pattern allows the Freeze LX 3.0 to move seamlessly with your foot as you sprint down the field. The grooves enable a smooth heel-to-toe transition and fluid toe-off for a natural feel.
Additional flex grooves behind the metatarsal area allow more articulation for quicker cuts and footwork maneuvers. As you plant your foot to pivot, the strategic grooves let the sole flex and grip naturally. This stability allows you to push off powerfully in your new direction without losing speed.
In the heel, a deep cruciform flex groove enables stable multidirectional traction as you change direction. The groove allows articulation side-to-side and front-to-back for customized stability specific to your movements.
The flex grooves are also useful for conserving energy and reducing fatigue. By enabling the sole to move with your foot, they require less effort to bend the shoe. This decreased resistance saves your energy for sprints down the field.
Finally, the grooves allow the Freeze LX 3.0 to flex with the natural contours of the turf or court surface. This improved ground contact maximizes traction for start-stop cuts. The flex grooves work synergistically with the solid rubber sole and traction pattern to keep you stable during footwork maneuvers.
The strategic placement of flex grooves makes the Freeze LX 3.0 one of the most agile, natural-feeling lacrosse shoes available. By mirroring your foot’s articulation and flex points, they provide an almost barefoot feel for your sharpest, fastest moves on the field.
Durable Synthetic and Mesh Upper for Breathability
The New Balance Freeze LX 3.0 utilizes a durable synthetic leather and open mesh upper for ideal durability, support, and breathability on the field. The synthetic leather overlays provide structured stability in key impact areas like the toe box and eyestay.
These overlays add lateral and medial support for cuts, while also increasing durability in high-abrasion zones. The perforated mesh between the overlays enhances airflow to keep feet cool and dry during intense gameplay. Sweat and moisture can be wicked away from the foot to provide a comfortable, in-shoe climate.
The combination of materials creates the ideal balance of support, protection, and ventilation. The synthetic leather stands up to turf burns, scuffs, and repeated impacts that can degrade shoes over time. Beneath these protective layers, the mesh lining creates a smooth, comfortable fit directly against your foot.
Inside the shoe, New Balance added an Ortholite foam insole to fight odors and moistures. Ortholite foam has an open-cell construction that does not absorb moisture or odor-causing bacteria. Airflow circulates through the foam to keep feet drier while anti-microbial additives inhibit bacterial growth.
This innovative foam maintains 95% of its cushioning properties even after long-term wear. It springs back mile after mile for consistent underfoot comfort and moisture control inside the shoe.
During prolonged gameplay in hot, humid conditions, breathable shoes can make all the difference in comfort and stamina. The Freeze LX 3.0 is up for the task with its durable, supportive upper made of synthetic leather and ventilated mesh. Whether you play for hours at peak temperatures, this combination of materials will keep your feet cool, stable, and comfortable on the field.
Compression-Molded EVA for Lightweight Cushioning
The midsole of the New Balance Freeze LX 3.0 utilizes compression-molded EVA foam for responsive, lightweight cushioning. EVA (ethyl vinyl acetate) is a durable, lightweight foam commonly used in athletic footwear for its shock-absorbing properties.
In the Freeze LX 3.0, the EVA is compression molded to perfectly fit the shape of the foot. This custom molding creates consistent cushioning support across the entire footbed. The EVA foam extends from heel to toe to protect during impact and toe-off.
Compression molding also reduces the density of the EVA foam versus traditional injection molding. The resulting midsole is lighter in weight than many competitors’ options. Reduced weight from the EVA foam complements other lightweight components like the REVlite topsole and mesh upper.
Despite its lightweight feel, the compression-molded EVA midsole maintains excellent shock absorption and energy return. The foam cushions heel strikes and forefoot pushes for smooth transitions. The EVA guards against harsh impacts that can lead to foot or leg pain over time.
The compression-molded construction creates a supple, resilient ride. The EVA springs back after compression to protect your feet mile after mile. Maintaining cushioning properties for the lifespan of the shoe helps reduce injuries related to impact forces.
For lacrosse players, lightweight responsiveness is a key performance benefit. The Freeze LX 3.0 delivers with its compression-molded EVA foam midsole. It provides tailored cushioning and support at just a fraction of the weight of traditional midsole materials. Less weight in the shoe translates to lighter, faster feet on the field.
Non-Marking Solid Rubber Outsoles for Traction
The New Balance Freeze LX 3.0 utilizes non-marking solid rubber outsoles to provide exceptional traction on indoor and outdoor playing surfaces. Rubber’s high friction properties allow it to grip floors and turf aggressively during cuts and direction changes.
The solid rubber extends across the entire outsole for consistent stability. Many athletic shoes use rubber only in high-wear areas, leaving parts of the midsole exposed. By using solid rubber coverage, the Freeze LX 3.0 prevents flex or slippage in any zone underfoot.
The rubber formulation is also non-marking to maintain clean playing surfaces. Some shoe rubber compounds can scuff or smear dark marks on gym floors and artificial turf. The Freeze LX 3.0’s rubber leaves behind no marks or residue. Traction comes from the strategic lug pattern, not surface-dirtying soft rubber.
In key areas like the pivot point near the ball of the foot, the designers utilize medial/lateral traction elements. These gripping lugs allow stable push off in lateral motions for quick changes in direction. Anchoring traction at the center of the shoe’s rotation prevents sliding as you swivel and cut.
The heel utilizes a wide, supportive crash pad to absorb impacts. The rubber lugs surrounding the crash pad stabilize landings and transitions. As your weight moves across your foot, the multi-directional lugs keep you grounded.
Around the perimeter, the outsole flares outward for a wider base of support. The broad platform creates stability for lateral movements. The flared shape also allows more flex and articulation to mirror your foot’s natural range of motion.
With the Freeze LX 3.0, New Balance optimized rubber traction elements without compromising multi-surface versatility. The result is a high-performance lacrosse shoe that grips and releases playing surfaces cleanly for versatile indoor/outdoor traction.
Extra Ankle Padding for Impact Protection
To protect against blows and impacts during gameplay, the New Balance Freeze LX 3.0 adds extra padding around the ankle collar. This plush cushioning uses compression molded EVA foam covered in smooth fabric lining for next-to-foot comfort.
The ankle is highly vulnerable in lacrosse, with sticks frequently making contact. Extra padding helps deflect and absorb some of this impact rather than transferring force directly to the joint. The Freeze LX 3.0’s padding is thickest at the rear and sides of the ankle where most direct hits occur.
The padding fully wraps around the back of the foot as well. This allows smooth transitions as you plant and pivot, preventing any rubbing or pinching against bare ankles. Despite the added padding, the collar maintains a flexible, unrestricted fit through the ankle joint.
Inside the shoe, New Balance added an Ortholite foam sockliner for additional underfoot cushioning. Ortholite foam provides long-lasting cushioning and protection beneath the main midsole. Even thin, this extra foam layer makes a difference in deflecting impact forces over time.
Lacrosse requires nearly constant motion including running, cutting, starting, stopping, and pivoting. All of this movement can bombard feet and ankles with repeated impacts. Extra cushioning like the Freeze LX 3.0’s ankle padding helps reduce that cumulative stress.
Over the course of a game, season, or career, limiting impact forces is key for joint health and injury prevention. The plush ankle padding gives you that little extra protection with every stride. Less direct impact means less swelling, pain, and injury over the long term.
For young players still developing joint strength and resiliency, this padding can make a big difference in preventing or reducing injuries. Even for elite players, the Freeze LX 3.0’s ankle protection provides valuable defense against blows during intense gameplay.
Unique PROBANK Stability Technology
The New Balance Freeze LX 3.0 utilizes an innovative stability technology called PROBANK in the midsole. PROBANK is comprised of a firmer foam pod at the inner side of the heel, closest to the arch of the foot.
This denser foam extends from the heel into the midfoot on the medial side. It forms a supportive bank that cups the arch and locks down the rearfoot to provide enhanced stability.
In lacrosse, solid foot stability is crucial due to the constant direction changes, pivot moves, and aggressive cuts. PROBANK technology in the Freeze LX 3.0 midsole gives your foot a bank-like structure to anchor against during hard lateral movements.
As you brake, plant, and push off in new directions, the PROBANK foam keeps your foot centered over the sole. There is no rolling or rocking inside the shoe that can lead to instability and ankle tweaks.
PROBANK works synergistically with other key stability features like the TPU heel counter and plate. It provides medial reinforcement from within the shoe, while those external components brace the heel and midfoot from the outside.
This multi-point stability system surrounds the foot for 360 degrees of support during cuts and footwork maneuvers. Every angle of the foot sees bracing, reinforcement, or enhanced structure from these technologies.
New Balance Freeze LX 3.0 wearers praise the PROBANK system for allowing tight cuts and lateral movements without compromising support. Especially for quick, agile players who lean heavily on change of direction, PROBANK gives their feet the solid base they need.
By cupping and securing the arch and heel, PROBANK technology inside the Freeze LX 3.0 keeps feet stable and centered for fast, confident play on the field or court.
Asymmetrical Lacing System Reduces Pressure
The New Balance Freeze LX 3.0 utilizes an asymmetrical lacing system to relieve pressure on the medial side of the foot. The lacing crosses over fewer times on the inner midfoot before reaching the outer lateral side.
This unequal lacing system pulls the upper more snugly around the outer midfoot and forefoot. Less lacing pressure on the medial side avoids irritation of the navicular bone, one of the most prominent bones along the instep.
The navicular bone is susceptible to inflammation and pain when squeezed tightly during activity. Typical lacing systems cinch evenly on both sides, often putting excessive pressure on this sensitive medial area.
New Balance optimized the Freeze LX 3.0’s lacing pattern to cross over the navicular area minimally before anchoring more forcefully on the lateral forefoot. This asymmetric system securely locks down the foot for stability while avoiding potential pressure points.
The modified lacing also influences the way the upper envelops the foot. More pressure on the lateral side causes the upper to wrap the foot in a cradling fashion. This improves stability within the shoe during cuts and direction changes.
Inside the shoe, a padded tongue separates the laces from the instep for cushioning. Plush foam protects the navicular bone and prevents the laces from digging in. This added step further reduces pressure on the medial side.
For players susceptible to navicular stress and irritation, the Freeze LX 3.0’s asymmetrical lacing can provide real relief. By minimizing medial pressure, it allows you to crank the laces tighter for enhanced stability without compromised comfort.
Herringbone Traction Pattern for Multidirectional Grip
The outsole of the New Balance Freeze LX 3.0 utilizes a herringbone traction pattern to provide multidirectional grip on turf and gym floors. The zig-zag herringbone lugs offer a versatile mix of traction and flexibility.
In the forefoot, the lugs are placed to match the natural flex points and articulation of the foot. This allows the Freeze LX 3.0 to flex smoothly for an unrestricted running stride. Additional flex grooves complement the articulated herringbone pattern.
The forefoot lugs point in multiple directions to sustain traction through the gait cycle. As weight shifts from lateral to medial during push off, the angled lugs maintain ground contact.
In the heel, the herringbone pattern radiates out in all directions from the crash pad. This allows solid braking traction laterally, medially, forward and back. When you plant your heel to stop and change direction, the Freeze LX 3.0’s multidirectional lugs keep you anchored.
Around the perimeter, the zig-zag lugs point laterally to dig in against shear forces during cuts and pivots. Traction under the medial arch and lateral edge reinforces the shoe against foot rollover.
The deep flex grooves between lugs allow the herringbone pattern to conform to playing surfaces. By settling onto the turf, the lugs maximize ground contact for grip. The herringbone elements also eject debris from the sole to maintain clean traction.
Whether you play lacrosse on grass, turf, or hardwood courts, the Freeze LX 3.0’s zonal herringbone pattern provides excellent multidirectional grip. The lug design and placement are optimized for aggressive cuts, quick changes in direction, and all-out sprints.
Low-to-the-Ground Profile for Responsiveness
The New Balance Freeze LX 3.0 lacrosse shoe utilizes a low-to-the-ground midsole profile to provide natural feel and optimized responsiveness on the field. With a stack height of only 14mm, the Freeze LX 3.0 positions feet closer to the playing surface.
This lower ride height enhances stability, court feel, and connection to the ground. In lacrosse, optimizing ground contact and control is vital for executing cuts, stops and direction changes.
A lower stack height also encourages natural foot biomechanics. With a flatter platform, feet can function in a more natural motion instead of being propped up on thick cushioning. BioMechanics experts recommend a transition towards lower, flatter shoes.
The lightweight foam compounds in the Freeze LX 3.0 midsole allow for cushioning at a lower profile. Traditional midsole materials required more thickness for shock absorption. New material innovations like REVlite deliver the same cushioning at a fraction of the height.
This lower profile puts players closer to the turf for stability, court feel and connection to the surface when planting, pivoting and pushing off. Sudden direction changes become easier to execute with a natural foot-to-ground relationship.
While some court sports prize plush cushioning for comfort, lacrosse demands optimized ground contact for performance. The New Balance Freeze LX 3.0 delivers that low-profile, natural ride for lightning-quick moves and confident cuts.
Internal Shank Adds Midfoot Support
The New Balance Freeze LX 3.0 incorporates an internal shank plate to add midfoot support and structure to the shoe. This shank is made from a firm yet flexible TPU material that resists bending.
The contoured shank runs from the midsole up through the arch area of the foot. By bracing this area underneath, it provides a foundation for the arch and midfoot to press against during lateral cuts and quick push-offs.
TheFrozen LX 3.0’s shank works synergistically with other midfoot support features like the PROBANK foam and TPU topsole plate. Together these components cradle the arch and midfoot from all angles.
During sharp cuts and direction changes, the last thing you want is your arch collapsing or foot rolling sideways. The internal shank adds reinforcement under the arch to maintain structure through cutting movements.
The rigid yet flexible TPU allows just the right amount of controlled motion. As you run, the shank flexes to enable a smooth heel-to-toe transition. But during aggressive lateral pushes, it resists excess motion to keep feet stable.
In the Freeze LX 3.0, the shank extends from the heel all the way through the midfoot for this enhanced support. Many shoes incorporate only a rearfoot shank which fails to brace the vulnerable arch area.
For lacrosse athletes who rely on lateral cuts and push-offs, the Freeze LX 3.0’s full-length internal shank provides a key element of midfoot support. Keeping the arch stabilized and centered makes all the difference in quickness and confidence during sharp directional changes.
Mesh Tongue Reduces Moisture and Debris
The New Balance Freeze LX 3.0 utilizes a padded mesh tongue to enhance in-shoe comfort and moisture management. The tongue is constructed from an open, breathable mesh material to allow airflow to the foot.
Ventilation helps keep feet cooler and drier during intense lacrosse gameplay. Air can circulate in and out of the tongue area to reduce heat buildup and perspiration.
The mesh tongue also prevents debris buildup within the shoe. Dirt, dust, and grass often filter into the tongue area during play on outdoor fields. The Freeze LX 3.0’s mesh construction prevents debris packed in the tongue that can lead to irritation and abrasion.
To protect the top of the foot, the mesh tongue is layered over plush foam padding. This cushioning prevents the laces from creating pressure points across the instep. The padding also flexes and forms to the foot for personalized comfort.
Many athletic shoes utilize solid foam or synthetic leather tongues that lack ventilation. Over time, heat and sweat can accumulate leading to discomfort and compromised performance. The Freeze LX 3.0’s mesh tongue provides superior breathability and moisture evacuation.
Breathable shoes equipped for moisture management can make a real difference in comfort on hot playing days. The Freeze LX 3.0 keeps feet cooler and drier mile after mile thanks to strategic ventilation elements like the mesh tongue.
Visible IMEVA Foam for Responsive Cushioning
In the midsole of the Freeze LX 3.0, New Balance utilizes a visible IMEVA foam for responsive, durable cushioning. IMEVA is an innovative foam compound engineered for flexibility, cushioning and durability.
IMEVA foam is on display through a window in the midsole’s sidewall. The exposed foam highlights one of the shoe’s key cushioning components. Athletes can see and understand the science behind the shoe’s smooth, responsive ride.
The flexibility of IMEVA foam allows it to flex naturally with the foot during runs and cuts. The foam compresses easily underfoot to absorb impact, then springs back readily to launch the foot forward. This responsive bounce enhances performance while reducing fatigue.
IMEVA foam is also highly resistant to temperature fluctuations. It maintains its cushioning properties and flexibility in cold winter temperatures or hot summer conditions. Consistent performance regardless of playing conditions makes it an ideal midsole material.
New Balance formulates the IMEVA compound uniquely for the Freeze LX 3.0 to deliver durable responsiveness ideal for the demands of lacrosse. The foam stands up to heavy impacts and abrasive turf without packing out or flattening over time.
By highlighting the IMEVA foam through the midsole window, New Balance draws attention to this key performance innovation. Athletes can clearly see the science providing a smooth, comfortable ride that endures season after season.
