How does ISO Warp Mesh improve lacrosse pocket performance. What are the key features of Warrior’s ISO Warp Mesh technology. Why is ISO Warp Mesh considered a game-changer in lacrosse equipment. How can players customize their pockets using ISO Warp Mesh.
The Evolution of Warp Technology in Lacrosse
Since its inception in 2016, Warrior has been at the forefront of lacrosse innovation with its proprietary pre-knit technology. This groundbreaking approach has been implemented in the Burn and Evo lines of heads, culminating in the fifth iteration with the Burn XP. The technology has reached new heights, offering players a reliable and consistent pocket that has transformed the game.
However, the introduction of ISO Warp Mesh marks a significant leap forward in lacrosse equipment technology. This customizable piece of mesh incorporates all the best qualities of Warp knit technology while offering unprecedented flexibility for players and stringers alike.
ISO Warp Mesh: A Game-Changing Innovation
ISO Warp Mesh stands out from its predecessors due to its versatility and ease of use. Can it be strung into any lacrosse head? Indeed, it can be seamlessly integrated into all lacrosse heads with the same simplicity as standard mesh options on the market. This universal compatibility ensures that players can upgrade their existing equipment without the need for a complete overhaul.
One of the most distinctive features of ISO Warp Mesh is its unique design. Stringers will immediately notice the larger, stretched-out diamonds in the middle of the mesh. This area, known as the “sweet spot,” is engineered to accommodate the ball regardless of the player’s pocket preference, whether it be low, mid-low, mid, mid-high, or high.
Key Features of ISO Warp Mesh
- Pre-stretched construction for reduced break-in time
- Weather-resistant properties for consistent performance in all conditions
- 8-diamond soft mesh with an enlarged channel for superior control, hold, and feel
- Customizable pocket placement to suit individual playing styles
Customization and Stringing Techniques
How can players and stringers make the most of ISO Warp Mesh’s customization potential? The key lies in understanding its unique properties and stringing techniques. Before beginning the stringing process, it’s crucial to note that ISO Warp Mesh has a distinct front and back. The front surface features a textured design with small bumps and raised welts in the larger-diamond sweet spot, providing additional hold for the ball.
The pre-stretched pocket design allows for unprecedented control over pocket placement. Players can easily adjust the location of the sweet spot by folding the top of the mesh before inserting the top string. This simple technique enables the creation of personalized pockets, ranging from low to high, with minimal effort.
Stringing Tips for ISO Warp Mesh
- Identify the textured front side of the mesh before stringing
- Determine your desired pocket height and fold the mesh accordingly
- Secure the top string to lock in the sweet spot placement
- Adjust tension throughout the stringing process for optimal performance
Professional Endorsement: Zach Currier’s Experience
The development and testing of ISO Warp Mesh have been backed by professional lacrosse player Zach Currier. As a PLL MVP finalist for the Waterdogs, Currier’s endorsement carries significant weight in the lacrosse community. His experience with the product offers valuable insights into its performance at the highest level of play.
How did ISO Warp Mesh perform under professional scrutiny? According to Currier, the consistency and durability of the mesh were remarkable. Throughout an entire season, including training camp and competitive play, Currier did not need to adjust his stringing setup once. This level of reliability is unprecedented in professional lacrosse, where equipment maintenance is often a constant concern.
Zach Currier’s Credentials
- PLL MVP finalist for the Waterdogs
- Player for the Calgary Roughnecks
- Member of Team Canada
- Degree in structural engineering from Princeton
- Experienced in stringing his own sticks
Availability and Pricing of ISO Warp Mesh
For players eager to experience the benefits of ISO Warp Mesh, the product is now widely available. Where can lacrosse enthusiasts purchase this innovative mesh? ISO Warp Mesh can be found at most lacrosse retail stores, making it accessible to players of all levels. The retail price is set at $29.99, positioning it as a premium product that offers exceptional value given its advanced features and durability.
The Impact of ISO Warp Mesh on Lacrosse Performance
How does ISO Warp Mesh affect a player’s on-field performance? The technology behind ISO Warp Mesh addresses several key aspects of lacrosse play that can significantly impact a player’s effectiveness:
Consistency in All Conditions
One of the most significant advantages of ISO Warp Mesh is its resistance to environmental factors. Traditional mesh can be affected by moisture, temperature changes, and wear, leading to inconsistent performance. ISO Warp Mesh maintains its shape and tension regardless of weather conditions, ensuring that players can rely on their equipment in any game situation.
Reduced Break-In Time
The pre-stretched nature of ISO Warp Mesh dramatically reduces the break-in period typically associated with new lacrosse heads. This feature allows players to achieve optimal performance from their equipment much faster, which is particularly beneficial for competitive players who cannot afford extended adjustment periods.
Enhanced Ball Control
The enlarged channel and strategically designed sweet spot of ISO Warp Mesh contribute to superior ball control. Players can experience improved hold, feel, and release, potentially leading to more accurate passes and shots. This enhanced control can be a game-changer, especially in high-pressure situations where split-second decisions are crucial.
Integrating ISO Warp Mesh into Training and Game Strategies
How can coaches and players incorporate ISO Warp Mesh into their training regimens and game strategies? The customizable nature of ISO Warp Mesh opens up new possibilities for position-specific pocket designs and playing styles. Coaches can work with players to develop pocket configurations that complement individual strengths and team tactics.
Position-Specific Customization
- Attackmen: Higher pockets for quick release and shot accuracy
- Midfielders: Balanced pockets for versatile play in transition
- Defenders: Lower pockets for secure checks and long passes
- Goalies: Customized pockets for improved save percentages and outlet passes
By fine-tuning pocket placement and tension, players can optimize their equipment for specific roles on the field. This level of customization allows for a more tailored approach to player development and can potentially elevate team performance.
The Future of Lacrosse Equipment Technology
What does the introduction of ISO Warp Mesh signify for the future of lacrosse equipment? The development of this technology represents a significant step forward in the ongoing evolution of lacrosse gear. As players and manufacturers continue to push the boundaries of performance, we can expect to see further innovations that build upon the principles introduced by ISO Warp Mesh.
Potential Areas for Future Innovation
- Advanced materials with even greater durability and performance characteristics
- Integration of smart technology for real-time performance tracking
- Further customization options to cater to individual player biomechanics
- Environmentally sustainable manufacturing processes and materials
The success of ISO Warp Mesh may inspire other manufacturers to invest in similar technologies, potentially leading to a new standard in lacrosse mesh performance across the industry. This competition could drive further innovation and ultimately benefit players at all levels of the sport.
Comparing ISO Warp Mesh to Traditional Stringing Methods
How does ISO Warp Mesh stack up against traditional stringing methods? While many players and stringers take pride in their ability to create the perfect pocket using conventional mesh and strings, ISO Warp Mesh offers several advantages that may challenge long-held preferences:
Consistency vs. Variability
Traditional stringing methods can produce excellent results but often require significant skill and experience to achieve consistency. ISO Warp Mesh provides a more uniform starting point, reducing the variability that can occur between different stringers or even between pockets strung by the same person at different times.
Time Investment
Stringing a lacrosse head with traditional methods can be time-consuming, especially for those seeking to create a specific pocket feel. ISO Warp Mesh significantly reduces the time required to achieve a game-ready pocket, which can be particularly beneficial for teams and players with limited preparation time.
Maintenance Requirements
Traditional pockets often require regular maintenance to maintain their shape and performance characteristics. The weather-resistant properties of ISO Warp Mesh minimize the need for constant adjustments, potentially reducing equipment downtime and maintenance costs over time.
While ISO Warp Mesh offers numerous advantages, it’s important to note that traditional stringing methods still have their place in the sport. Many players value the artistry and personalization that comes with hand-stringing a pocket. The choice between ISO Warp Mesh and traditional methods ultimately comes down to individual preference and playing style.
ISO Warp Mesh in Youth and Developmental Lacrosse
How can ISO Warp Mesh benefit young players and those new to the sport? The consistent performance and reduced break-in time of ISO Warp Mesh make it an excellent option for youth and developmental lacrosse programs. Here are several ways in which this technology can support player development:
Accelerated Skill Development
With a more consistent pocket, young players can focus on developing their fundamental skills without the variable of inconsistent equipment performance. This stability allows for more effective practice sessions and potentially faster skill acquisition.
Confidence Building
The reliability of ISO Warp Mesh can help build confidence in new players. Knowing that their equipment will perform consistently can allow players to trust their abilities and take on new challenges with less hesitation.
Reduced Frustration
New players often struggle with the nuances of pocket maintenance and adjustment. ISO Warp Mesh’s pre-stretched design and weather resistance can reduce equipment-related frustrations, allowing players to enjoy the game more fully.
Cost-Effective for Programs
Youth lacrosse programs operating on limited budgets may find ISO Warp Mesh to be a cost-effective solution. The durability and consistency of the product can reduce the need for frequent replacements and minimize the time coaches spend addressing equipment issues.
By incorporating ISO Warp Mesh into youth and developmental programs, coaches and administrators can provide players with high-quality equipment that supports their growth in the sport. This technology has the potential to enhance the learning experience and contribute to the long-term development of young lacrosse players.
Pick Your Pocket with Customizable ISO Warp Mesh
Pick Your Pocket with Customizable ISO Warp Mesh | USA Lacrosse Magazine
Skip to main content
Pick Your Pocket with Customizable ISO Warp Mesh
Tue Nov 9 2021 | Sponsored Content | Fuel
Industry
This article appears in the November edition of USA Lacrosse Magazine. Join our momentum.
Since Warp was created in 2016, Warrior has implemented its proprietary pre-knit technology into the Burn and Evo lines of heads. Now in its fifth iteration with the Burn XP, the technology has never been more advanced, providing a reliable and consistent pocket.
The new ISO Warp Mesh, however, is a game-changer — a customizable piece of mesh with all the best qualities of Warp knit technology.
ISO Warp Mesh can be strung into all lacrosse heads just as easily as any other piece of mesh on the market. Stringers will notice the larger, stretched out diamonds in the middle of the mesh. This is the “sweet spot,” the place where the ball sits in your pocket no matter your preference (low, mid-low, mid, mid-high or high).
MESHES WELL
ISO Warp Mesh isolates the state-of-the-art Warp knitting technologies and lets you have a fully customizable experience. Consistency is the name of the game.
Pre-stretched. Cut down on unwanted break-in time.
Resistant to the elements. Have peace of mind knowing your custom setup will perform regardless of weather conditions.
8-diamond soft mesh with enlarged channel provides superior control, hold, and feel.
STRINGING 101
Note before stringing ISO Warp Mesh into your head:
There is a front and back. The front has a textured surface with small bumps on it as well as raised welts in the larger-diamond sweet spot that provide added hold.
The pre-stretched pocket allows you to decide where that part of the mesh will sit in the head.
Create your preferred pocket, whether it’s low, mid or high. Adjust the location of the sweet spot by folding the top of the mesh over before putting the top string in, raising those larger diamonds up in the head. The more you fold, the higher the pocket.
Create your preferred pocket, whether it’s low, mid or high. Adjust the location of the sweet spot by folding the top of the mesh over before putting the top string in, raising those larger diamonds up in the head. The more you fold, the higher the pocket.A PRO’S APPROVAL
Zach Currier helped develop the ISO Warp Mesh and has been testing it on the field for two years. A PLL MVP finalist for the Waterdogs, Currier did not touch his stringing setup once after training camp. With a degree in structural engineering from Princeton, Currier strings his own sticks. He also plays for the Calgary Roughnecks and Team Canada.
NOW AVAILABLE
ISO Warp Mesh can be purchased at most lacrosse
retail stores.
SHOP NOW: $29.99
Twitter Posts
Tweets by USLacrosse
Copyright © USA Lacrosse Magazine
Weekly Newsletter
Get the best and latest from USLaxMagazine.com delivered weekly straight to your inbox.
Harmony 22 Premium Documentation: Mesh Warp Node
Use the Mesh Warp effect to distort your drawings.
With this node you can create effects such as a character in a warped mirror and looking through a glass jar. You can also animate the position of the grid to perform the distortion over time.
The Mesh Warp node is a position node, same as a Peg node.
How to use the Mesh Warp Effect
- In the Node Library, under the Filter tab, select the Mesh Warp node and drag it to the Node view.
- In the Node view, connect the Mesh-Warp node to your drawing or group nodes to deform.
- In the Node view, select the Mesh Warp node.
- Select View > Show > Control or press Shift + F11 (Windows/Linux) or ⌘ + F11 (macOS) to display the deformation grid.
- Move the intersection points and move the Bezier handles to deform the grid.
- Grab the grid in the void spaces to pan it around. Using keyframes, you can animate its position over time.
Use the Mesh Warp editor to adjust the grid size, deformation quality and the region of interest.
| Parameter | Description |
| Rows | Increase or decrease the Rows value to change the amount of rows to use in the deformation grid. |
| Columns | Increase or decrease the Columns value to change the amount of columns to use in the deformation grid. |
| Region of Interest | Select the 2D Path option if you want both your X and Y curves to be controlled by the same velocity function. Select the Separate option if you want your X and Y curves to be independent and have independent velocity. |
| (x) Axis | This is the X position of the gird. This value can be animated overtime to move the grid horizontally. |
| (y) Axis | This is the Y position of the gird. This value can be animated overtime to move the grid vertically. |
| Width | This is the width value of the gird. This value can be animated overtime to squash or stretch the grid horizontally. |
| Height | This is the height value of the gird. This value can be animated overtime to squash or stretch the grid vertically. |
| Deformation Quality | This is the quality of the warm deformation. It ranges from Low to Extreme. The higher the quality, the better the formation will look, but the longer it will take to render. |
What are welded meshes – useful information
Production of welded mesh. Sale of a grid, a fence. Installation of fences.
HELPFUL INFORMATION
- Useful Articles
Welded mesh is a kind of high quality metal structure with certain dimensional parameters. The manufacturing process is carried out using metal rods, which are welded to each other by spot welding. Due to the high quality manufacturing process, the mesh has durability, structural strength and is resistant to environmental conditions.
The material of manufacture is stainless or low carbon steel. It is from these types that manufacturing occurs due to the resistance of materials to corrosion and moisture.
Steel is a fairly cheap material, and during operation it is easy to bend and unbend, cut.
Application
Welding meshes have a huge range of applications due to the strength of the structure, although the meshes are quite light and flexible. Welded mesh is a more practical and convenient material than bar reinforcement – it still needs to be knitted, and the mesh is already a finished product.
They are relevant:
1. During the process of plastering.
2. When laying the foundation, ceilings and floors.
3. When laying brick and block construction.
4. For strengthening foundations in road construction.
5. When installing and erecting fences, fences.
6. Wide application in the agricultural industry – the construction of cages, pens for animals.
Benefits
Welded mesh has a number of advantages:
1. Strength – the mesh is resistant to tearing, deformation and stretching. The steel bar has an enlarged structure, so under heavy loads the mesh will retain its geometric patterns.
2. Welded meshes are resistant to temperature extremes and weather conditions.
3. If the mesh is galvanized, then it will protect it from corrosion – moisture resistance.
4. Excellent contact with other building materials or mixtures, such as concrete.
5. Differs in safety, has hygienic properties and meets all sanitary properties.
Species
Currently, you can buy a welded mesh of the following types:
1. Welded mesh in a roll has excellent flexibility, so it is actively used and used in the construction of fences and barriers.
2. Welded mesh in rectangular cards. The rigidity of this design is higher due to the larger diameter of the wire. In construction, it is of great importance – when pouring the floor, floor screed, laying building bricks, when building houses and structures, and when building roads.
3. Masonry meshes are used as a reinforcing component in the construction of a structure. Due to its use, the strength of the structure can be increased.
4. Expanded mesh – a sheet of metal, stretched to the sides and having the form of diamond-shaped cells, which are arranged in a checkerboard pattern. Among the works with this material are widespread: reinforcement of plaster work, reinforcement of tile laying, reinforcement of facade work. It can also be used when fencing plots or territories, as a design solution.
5. PVC coated welded mesh is made of high quality galvanized wire. For a longer service life, a plastic coating is attached to the anti-corrosion coating. It is used as protections, parks, sites.
Dimensional characteristics
Each type of welded mesh has its own dimensional characteristics. More popular and in demand are meshes with a width of 0.25-2 m. The length of the welding mesh can be 2 and 3 meters. Welded mesh in rolls is 50 m long and 1-1.5 m wide.
Geogrid Hatelit – wholesale deliveries of geogrids (geogrids) in Russia.
- Geomaterials
- Geogrid
- Hatelit
org/Breadcrumb” itemscope=”itemscope”> HomeReset
Geogrid selection and installation for asphalt
Expert advice
General
| Index | HaTelit C 40/17 |
| Mass [g/m2] | 330 |
| mesh size [mm] | 40×40 |
| Ultimate tensile strength, longitudinal/transverse [kN/m] | 50/50 |
| Elongation at break, % longitudinal/transverse | 12/12 |
| Strength at 3% elongation, % longitudinal/transverse | 12/12 |
| High temperature resistance, °С | 190 |
When reinforcing the asphalt concrete road surface, the geogrid has proven itself Hatelit (Hatelit), which is a combined geosynthetic.
The base material is made of high-quality polyester (polyester) with a bituminous coating, and geotextile is used as the mesh substrate. This combination makes the geogrid durable and resilient, which significantly improves the quality characteristics of the road surface during operation.
Features Hatelit
Hatelit geosynthetic mesh is produced in Germany on advanced equipment and in strict observance of the technological cycle. The raw material is high-modulus polyester, polyester or polyvinyl alcohol, which have a dense and elastic structure. The top layer of polyester has a honeycomb shape, which increases the elasticity and rigidity of the final material.
Bituminous impregnation prevents mesh deformation from aggressive environments, fungus and bacteria, and the bottom layer of geotextile increases the convenience of the material during installation and creates a reliable foundation for the cells. Impregnation with bitumen occurs after connecting the cellular part with a lightweight non-woven substrate, so the material is a single whole – it does not delaminate after laying and easily takes on dynamic vibrations from traffic on the road.
Bituminous coating guarantees reliable adhesion of the geogrid to asphalt, which minimizes pavement breaks during operation. Of the features of the geomaterial, we note:
- Durability,
- Resistance to temperature fluctuations,
- Chemical inertness,
- Resistance to acidic and alkaline environments.
Benefits of using geogrid
When using Hatelit geogrid in road construction as a base for asphalt concrete pavement:
- Prevented a shift of the layers of a road pie,
- The costs of laying and operational maintenance of the road,
- are increased, the maximum load on the highway is increased,
- Minimizes the probability of the appearance on the road and ruts due to the deformation of the coating.
The geomaterial also protects the road from the negative impact of groundwater and reduces the requirements for the density of the soil layer at the construction site. Asphalt does not get damaged longer in places of constant braking of vehicles, and the load from vehicles is evenly distributed along the base of the road.
In addition to road works, the combined synthetic is used as a reinforcing material in the construction of hydraulic structures and landfills. The characteristics of the grid increase the service life of structures, so the economic effect of its use is beyond doubt.
The geogrid does an excellent job of separating road surfaces with different fractions, and is also used as a technological gasket between the concrete layer and asphalt. Laying the material does not take much time, but the quality of the road surface is increased by an average of 30%.
Characteristics of Hatelit
Let’s consider the main characteristics of geosynthetics using the HaTelit C40/17 mesh model as an example. With a mesh size of 40 by 40 mm, the weight of the material is 330 g/m2, and the ultimate strength in longitudinal and transverse tension does not exceed 50 Kh/m. The tensile strength of the mesh when elongated by 3% is 12% along the length and width of the material, so the performance of asphalt concrete when it is used increases noticeably.
