This baseball bat model, slated for release in 2025, is designed with a specific weight-to-length ratio of -8. This means the bat’s weight in ounces is eight ounces less than its length in inches. It is part of the DeMarini Zen series, known for its composite construction aimed at maximizing bat speed and trampoline effect for increased hitting distance.
The significance of this lies in its potential to improve a player’s swing speed and bat control, particularly beneficial for developing players or those seeking a lighter swing. The Zen series has a history of incorporating advanced composite materials and construction techniques to enhance performance and durability, aiming to provide a competitive edge on the field. The anticipated 2025 model builds upon this legacy.
The following sections will delve deeper into the specific technologies and features anticipated in the 2025 release, analyzing its intended target audience, performance expectations, and its place within the broader landscape of competitive baseball bats.
1. Composite Construction
Composite construction is a foundational element in the design and anticipated performance characteristics of the 2025 DeMarini Zen Drop 8 baseball bat. This construction methodology directly influences the bat’s weight distribution, swing speed, and potential for generating power upon impact.
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Material Composition and Performance
Composite materials, often a blend of carbon fiber and other polymers, are selected for their high strength-to-weight ratio. In the context of the 2025 DeMarini Zen Drop 8, this translates to a lighter overall bat weight, promoting faster swing speeds, while simultaneously maintaining structural integrity to withstand repeated impacts. Different fiber orientations and resin systems within the composite matrix can be strategically employed to tailor the bat’s stiffness and flex profile, optimizing the energy transfer at the point of contact with the baseball.
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Manufacturing Processes and Tolerances
The process of fabricating a composite bat involves carefully layering and molding the composite materials under controlled temperature and pressure. The precision of this process is critical. Variations in layer thickness, resin distribution, or curing parameters can significantly affect the bat’s performance. High-quality composite bats, like the intended 2025 DeMarini Zen Drop 8, require tight manufacturing tolerances to ensure consistent performance across all production units, minimizing performance variability and maximizing durability.
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Dampening and Vibration Reduction
Composite materials inherently possess dampening characteristics that can reduce unwanted vibrations upon impact. This is particularly important in baseball bats, as excessive vibration can sting the hands and negatively impact the hitter’s feel for the ball. The strategic use of composite materials in the 2025 DeMarini Zen Drop 8 could be geared toward minimizing these vibrations, providing a smoother, more comfortable hitting experience and potentially improving bat control.
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Durability and Longevity
While composite materials offer performance advantages, their durability is a critical consideration. Repeated impacts with a baseball can lead to fatigue and eventual failure of the composite structure. DeMarini likely employs specific composite layups and resin systems in the 2025 Zen Drop 8 to enhance its resistance to cracking and delamination, extending the bat’s lifespan and ensuring it can withstand the rigors of competitive play.
In conclusion, the composite construction of the 2025 DeMarini Zen Drop 8 is not merely a material choice, but a carefully engineered system designed to optimize swing speed, energy transfer, comfort, and durability. The specific details of the composite layup and manufacturing process will ultimately determine the bat’s performance characteristics and its competitiveness within the market.
2. -8 Weight Ratio and the 2025 DeMarini Zen Drop 8
The -8 weight ratio is an essential specification for the 2025 DeMarini Zen Drop 8 baseball bat, directly influencing its performance characteristics and suitability for specific player demographics. This designation signifies that the bat’s weight, measured in ounces, is eight ounces less than its length, measured in inches. For instance, a 31-inch bat would weigh 23 ounces. This relationship is a deliberate design choice with cascading effects on swing speed, bat control, and overall hitting power.
The lighter swing weight afforded by the -8 ratio allows younger or smaller players to generate faster bat speeds compared to heavier bats. Faster bat speeds contribute to increased momentum at the point of contact, potentially resulting in greater batted ball velocity and distance. The DeMarini Zen series, known for its emphasis on maximizing bat speed, leverages this principle through the -8 drop, targeting players who prioritize swing speed and bat control over raw power. High school players transitioning from youth leagues often benefit from a -8 bat as they develop strength and refine their hitting mechanics. Without this carefully considered weight ratio, the intended performance benefits for the target demographic would be significantly diminished.
In summary, the -8 weight ratio is not merely a numerical specification; it is a fundamental design parameter that dictates the 2025 DeMarini Zen Drop 8’s suitability for its intended audience. It contributes directly to the bat’s swing speed, bat control, and potential for generating power, aligning with the DeMarini Zen series’ focus on maximizing performance for developing players. Understanding this connection is crucial for players and coaches to make informed decisions when selecting a bat that matches their individual needs and playing style.
3. Balanced Swing and the 2025 DeMarini Zen Drop 8
A balanced swing is a critical component of effective hitting in baseball, and the design of the 2025 DeMarini Zen Drop 8 aims to facilitate this crucial element of a player’s technique. The bat’s construction and weight distribution are specifically engineered to promote a smooth, controlled, and balanced swing path, maximizing energy transfer and bat control.
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Weight Distribution and Moment of Inertia
The distribution of weight along the length of a baseball bat significantly impacts its moment of inertia, a measure of its resistance to rotational acceleration. A bat with a more balanced weight distribution, such as the 2025 DeMarini Zen Drop 8, possesses a lower moment of inertia. This lower inertia makes it easier for a player to initiate and control the swing, leading to a more balanced and fluid motion. Conversely, an end-loaded bat with more weight concentrated towards the barrel increases the moment of inertia, potentially sacrificing bat control for increased power, requiring more strength to maintain balance.
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Swing Mechanics and Consistency
A balanced swing promotes consistency in a hitter’s mechanics. By reducing the effort required to control the bat, players can focus on maintaining proper posture, stride, and hand position throughout the swing. The 2025 DeMarini Zen Drop 8, with its balanced design, is intended to help players develop and maintain a repeatable swing, minimizing deviations and improving overall hitting performance. Imbalances in equipment can lead to compensations in swing mechanics, potentially resulting in decreased power and increased risk of injury.
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Bat Control and Adjustability
The balanced swing facilitated by the 2025 DeMarini Zen Drop 8 enhances bat control, allowing hitters to make subtle adjustments during the swing to react to different pitch locations and velocities. This adjustability is crucial for hitting success, as pitchers constantly vary their offerings to disrupt the hitter’s timing. A balanced bat enables hitters to keep their hands inside the ball and make last-second adjustments, improving their ability to make solid contact regardless of the pitch.
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Fatigue Reduction and Endurance
A less balanced bat requires more effort and muscular exertion to control throughout a game. This can lead to premature fatigue, compromising swing mechanics and reducing hitting effectiveness in later innings. The 2025 DeMarini Zen Drop 8, with its balanced weight distribution, is designed to minimize fatigue, allowing players to maintain a consistent and balanced swing throughout an entire game or practice session. This is particularly important for younger players who may not yet have the strength and stamina to handle heavier or more unbalanced bats.
In conclusion, the concept of a balanced swing is intrinsically linked to the design philosophy behind the 2025 DeMarini Zen Drop 8. The bat’s weight distribution and construction are specifically tailored to promote a smooth, controlled swing path, enhancing bat control, consistency, and endurance. By minimizing the effort required to control the bat, players can focus on refining their mechanics and maximizing their hitting potential. The connection between a balanced swing and equipment design underscores the importance of selecting a bat that complements a player’s individual strengths and playing style.
4. Increased Bat Speed
Increased bat speed is a pivotal factor in baseball hitting performance, and the design of the 2025 DeMarini Zen Drop 8 is intended to directly address and enhance this aspect of a player’s swing. Several design elements contribute to the potential for increased bat speed when utilizing this specific bat model.
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Lighter Weight and Swing Weight
The “Drop 8” designation signifies a weight-to-length ratio that results in a lighter overall bat weight. This reduction in weight directly facilitates increased bat speed, particularly for younger or less physically developed players. A lighter bat requires less force to accelerate, allowing the hitter to generate faster swing speeds. For example, a high school player transitioning from youth leagues might find a -8 bat easier to swing quickly, leading to improved hitting performance compared to a heavier, less manageable bat. The 2025 DeMarini Zen Drop 8 leverages this principle to optimize bat speed for its target demographic.
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Optimized Barrel Design and Composite Materials
The materials and construction of the bat barrel influence the distribution of weight and the overall balance of the bat. The 2025 DeMarini Zen Drop 8 is anticipated to utilize advanced composite materials and design techniques to further reduce swing weight and enhance bat speed. For instance, strategic layering of composite materials can create a barrel that is both lightweight and responsive, maximizing the trampoline effect while minimizing inertia. This allows the hitter to generate greater bat speed without sacrificing power or control.
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Aerodynamic Considerations
While often overlooked, the aerodynamic profile of a baseball bat can contribute to its swing speed. A bat with a more streamlined design experiences less air resistance during the swing, allowing the hitter to generate higher bat speeds with less effort. The 2025 DeMarini Zen Drop 8 may incorporate subtle aerodynamic features to minimize drag and further enhance bat speed. This consideration, while incremental, contributes to the overall objective of maximizing bat speed potential.
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Connection Technology and Energy Transfer
The connection point between the bat’s handle and barrel can affect the transfer of energy during the swing and impact. Advanced connection technologies aim to minimize energy loss and maximize the efficiency of the swing. The 2025 DeMarini Zen Drop 8 likely incorporates such technology to ensure that the energy generated by the hitter’s swing is efficiently transferred to the ball, contributing to increased batted ball velocity. While not directly increasing bat speed, efficient energy transfer amplifies the effect of increased bat speed on overall hitting performance.
In conclusion, the increased bat speed associated with the 2025 DeMarini Zen Drop 8 is a result of a confluence of design factors, including lighter weight, optimized barrel design, aerodynamic considerations, and advanced connection technology. These elements work in concert to enable hitters to generate faster swing speeds, leading to improved hitting performance and greater batted ball velocity. This focus on bat speed aligns with the DeMarini Zen series’ overall objective of maximizing performance for developing players.
5. Enhanced Trampoline Effect
The enhanced trampoline effect, in the context of the 2025 DeMarini Zen Drop 8, refers to the degree to which the bat’s barrel compresses and rebounds upon impact with a baseball. This compression and rebound action contributes significantly to the batted ball velocity. When a baseball strikes the bat’s surface, the barrel momentarily deforms, storing potential energy. Subsequently, as the barrel returns to its original shape, it releases this stored energy, transferring it to the ball. A greater trampoline effect results in a more efficient transfer of energy, increasing the speed at which the ball leaves the bat. The 2025 DeMarini Zen Drop 8 aims to maximize this effect through its composite construction and barrel design, resulting in increased hitting distance.
The optimization of the trampoline effect is achieved through careful selection and layering of composite materials within the bat’s barrel. Specific fiber orientations and resin systems are employed to tailor the barrel’s stiffness and flex profile. A more flexible barrel allows for greater compression upon impact, while a strategically reinforced design ensures a rapid and efficient rebound. This engineered flex and rebound characteristic is a key differentiator for high-performance baseball bats. The implementation of advanced manufacturing techniques ensures consistency in the trampoline effect across all units of the 2025 DeMarini Zen Drop 8, minimizing performance variability and maximizing player benefit. Previous iterations of the DeMarini Zen series have focused on refining these construction techniques to enhance the trampoline effect, demonstrating a continuing commitment to performance improvement.
Understanding the relationship between the enhanced trampoline effect and the overall performance of the 2025 DeMarini Zen Drop 8 is crucial for players and coaches. A bat with a greater trampoline effect allows players to generate higher batted ball velocities with the same swing effort, potentially leading to increased hitting distance and overall offensive production. While the trampoline effect is not the sole determinant of hitting success, it is a significant contributing factor. The 2025 DeMarini Zen Drop 8 seeks to optimize this effect to provide players with a competitive advantage on the field, thereby maximizing the potential of each swing.
6. Youth/High School
The 2025 DeMarini Zen Drop 8 is explicitly designed with youth and high school baseball players in mind. The bat’s specifications, particularly its weight-to-length ratio, construction materials, and intended performance characteristics, are tailored to meet the specific needs and skill levels of this demographic. The -8 drop signifies a lighter swing weight, which is advantageous for younger players who may not possess the physical strength to handle heavier bats effectively. This lighter swing weight allows for increased bat speed, a crucial factor for generating power and improving hitting performance at these developmental stages. For instance, a high school freshman transitioning from youth leagues will often find the -8 drop facilitates a smoother swing, enabling them to focus on refining their mechanics without being encumbered by excessive weight.
The composite construction of the 2025 DeMarini Zen Drop 8 further contributes to its suitability for youth and high school players. Composite materials offer a balanced combination of lightweight design, durability, and trampoline effect, all of which are desirable attributes for bats used in these age groups. Composite bats generally provide more forgiveness on mishits compared to traditional alloy bats, which can be beneficial for younger players still developing their hitting technique. Real-world examples include youth baseball organizations specifying composite bats with specific drop weights to promote proper swing mechanics and reduce the risk of injury among their players. Furthermore, the intended design promotes bat control and swing speed, two fundamental aspects of hitting that coaches emphasize during the formative years of a player’s development.
In conclusion, the connection between youth/high school baseball and the 2025 DeMarini Zen Drop 8 is rooted in the bat’s design parameters, which are carefully selected to optimize performance for this demographic. The lighter swing weight, composite construction, and focus on bat control and speed make it a practical and appropriate choice for players in these age groups. A key challenge remains in ensuring proper bat selection based on individual player strength and skill level, as a bat that is too light can hinder power development in more advanced hitters. Understanding this link is essential for coaches and parents seeking to equip young players with tools that support their development and maximize their potential.
7. DeMarini Technology and the 2025 DeMarini Zen Drop 8
The 2025 DeMarini Zen Drop 8’s design and performance characteristics are fundamentally intertwined with DeMarini’s proprietary technologies. These technologies, encompassing material science, construction techniques, and performance optimization strategies, are not merely add-ons, but integral components that define the bat’s functionality and competitive edge. DeMarini’s engineering approach, centered on maximizing bat speed and energy transfer, is directly evident in the specific technologies incorporated into this model. Examples include the use of composite materials engineered for specific flex profiles and connection systems designed to minimize energy loss upon impact. The effectiveness of these technologies has been validated through independent testing and player feedback, consistently demonstrating improved batted ball velocity and overall hitting performance compared to bats lacking such innovations.
Specifically, DeMarini’s connection technology, often branded with names like “Direct Connection” or similar nomenclature, plays a critical role in uniting the handle and barrel. This connection is engineered to reduce vibration and maximize energy transfer to the baseball upon impact. A poorly designed connection can result in significant energy loss, diminishing the bat’s performance potential. DeMarinis composite layering process within the barrel and handle contributes to the bats structural integrity while optimizing its flex characteristics. This precise layering allows for fine-tuning of the bat’s trampoline effect, enabling it to efficiently transfer energy to the ball. Manufacturing tolerances are carefully monitored to ensure consistency across all units, preventing performance variability. The practical application lies in the player’s ability to generate greater batted ball velocity with the same swing effort, translating to increased hitting distance and improved offensive output.
In conclusion, the integration of DeMarini technology is not a superficial marketing claim, but a critical factor driving the performance of the 2025 DeMarini Zen Drop 8. These technologies, spanning material science, construction techniques, and connection systems, work in concert to optimize bat speed, energy transfer, and overall hitting performance. While challenges remain in further refining these technologies and adapting them to evolving player preferences and performance standards, their practical significance is undeniable. The 2025 DeMarini Zen Drop 8 exemplifies DeMarini’s commitment to innovation and its pursuit of maximizing player performance through technologically advanced bat design.
8. Performance Optimized
The phrase “Performance optimized,” when applied to the 2025 DeMarini Zen Drop 8, denotes a deliberate and systematic approach to maximizing the bat’s effectiveness in enhancing a baseball player’s hitting capabilities. This optimization process encompasses multiple facets of the bat’s design, materials, and construction, each carefully calibrated to contribute to overall performance gains.
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Material Selection for Energy Transfer
The choice of composite materials directly influences the bat’s ability to transfer energy efficiently from the swing to the baseball. Performance optimization in this area involves selecting materials with specific stiffness and rebound characteristics to maximize the trampoline effect. For example, advanced carbon fiber layups can be engineered to provide optimal barrel compression and subsequent energy release, resulting in higher batted ball velocity.
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Weight Distribution and Swing Mechanics
Optimizing weight distribution is crucial for achieving a balanced swing and maximizing bat speed. The 2025 DeMarini Zen Drop 8’s weight distribution is likely engineered to provide a low moment of inertia, facilitating faster swing speeds and improved bat control. An example would be strategically removing weight from the bat’s end cap to promote a more balanced feel and quicker swing. This, in turn, allows players to generate more power and improve their timing at the plate.
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Connection Technology and Vibration Reduction
The connection point between the handle and barrel can significantly impact energy transfer and player comfort. Performance optimization here involves implementing advanced connection technologies that minimize vibration and maximize energy transfer upon impact. This results in a smoother feel for the hitter and a more efficient transfer of energy to the ball. Examples include the use of vibration-dampening materials and secure connection mechanisms that eliminate unwanted flex or movement during the swing.
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Barrel Design and Sweet Spot Expansion
Optimizing the barrel design involves engineering a specific shape and profile to maximize the sweet spot, the area on the barrel where optimal energy transfer occurs. A larger sweet spot provides greater forgiveness on mishits and increases the likelihood of solid contact. Performance optimization here focuses on utilizing advanced computer modeling and testing to identify the ideal barrel shape and dimensions for maximizing the sweet spot size. For example, multi-walled barrel designs can be engineered to expand the sweet spot and improve performance across a wider range of impact locations.
These facets collectively contribute to the “performance optimized” nature of the 2025 DeMarini Zen Drop 8. The bat’s design is not merely a collection of individual features, but a carefully integrated system engineered to maximize hitting performance. This optimized approach is intended to provide players with a competitive advantage, enhancing their swing speed, bat control, and overall power at the plate. Further comparison with previous models, specifically those lacking these optimized features, would highlight the tangible benefits of this performance-driven design philosophy.
9. Durability enhanced
The phrase “Durability enhanced,” when associated with the 2025 DeMarini Zen Drop 8, signifies a concerted effort to increase the bat’s resistance to wear and tear, thereby extending its lifespan under the demanding conditions of baseball gameplay. This focus on durability is a critical consideration, impacting the bat’s long-term value and performance consistency.
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Composite Material Composition and Layup
The specific composition of composite materials, including the types of fibers and resins used, directly affects the bat’s ability to withstand repeated impacts. A “durability enhanced” model like the 2025 DeMarini Zen Drop 8 would likely utilize higher-grade composite materials known for their tensile strength and resistance to cracking. The layup, or arrangement of these materials, is also crucial. Strategic layering techniques can distribute stress more evenly across the barrel, minimizing localized stress concentrations that could lead to failure. An example is cross-ply layering, where fibers are oriented in different directions to resist both longitudinal and hoop stresses. Bats lacking this enhanced construction may exhibit premature cracking or delamination under similar use conditions.
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Connection Point Reinforcement
The connection point between the handle and barrel is often a point of vulnerability in composite bats. “Durability enhanced” in this area implies the implementation of reinforcement techniques to strengthen this critical joint. This could involve using stronger adhesives, incorporating a more robust internal sleeve, or employing a design that better distributes stress away from the connection point. Fatigue testing is commonly used to evaluate the effectiveness of these reinforcements. A poorly designed connection is prone to cracking or separation, rendering the bat unusable. Consider a scenario where a player uses the bat daily for batting practice; a weak connection would likely fail much sooner than one that is properly reinforced.
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End Cap Design and Material
The end cap is another area susceptible to damage, particularly from ground contact or repeated vibrations. A “durability enhanced” model would employ an end cap made of a high-impact resistant material, such as a specialized polymer or a reinforced composite. The design itself might also incorporate features to absorb impact energy and prevent cracking. For example, a cushioned or shock-absorbing end cap can significantly reduce stress on the barrel during mishits or ground contact. End caps made of less durable materials are prone to cracking, chipping, or even detaching, compromising the bat’s performance and structural integrity.
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Coating and Surface Treatments
Surface coatings and treatments can enhance a bat’s resistance to scratches, abrasions, and UV degradation. A “durability enhanced” model might feature a protective clear coat or a specialized surface treatment that improves its resistance to wear and tear. These coatings can also help to prevent moisture from penetrating the composite layers, which could lead to delamination over time. For instance, a bat used frequently in outdoor practice sessions without proper surface protection is more likely to suffer cosmetic damage and potential structural degradation compared to one with a durable coating.
In summary, “Durability enhanced” in the 2025 DeMarini Zen Drop 8 signifies a multifaceted approach to improving the bat’s longevity and resistance to damage. From the composite material composition to the end cap design and surface treatments, each aspect is carefully considered to maximize the bat’s lifespan under the stresses of regular use. This focus on durability translates to long-term value for the player and underscores DeMarini’s commitment to providing equipment that can withstand the rigors of competitive baseball. The overall result translates to fewer equipment replacements and maintained performance integrity over its lifespan.
Frequently Asked Questions
This section addresses common inquiries and misconceptions surrounding the 2025 DeMarini Zen Drop 8 baseball bat, providing concise and objective information.
Question 1: What is the intended age or skill level for the 2025 DeMarini Zen Drop 8?
The 2025 DeMarini Zen Drop 8 is primarily designed for youth and high school baseball players. The -8 weight ratio facilitates faster swing speeds for developing players.
Question 2: What does “composite construction” entail in this bat model?
Composite construction signifies that the bat is manufactured using a combination of materials, typically carbon fiber and polymers, to achieve a balance of lightweight design, durability, and performance characteristics.
Question 3: How does the -8 weight ratio affect performance?
The -8 designation means the bat’s weight in ounces is eight ounces less than its length in inches. This lighter swing weight allows players to generate faster bat speeds, potentially increasing batted ball velocity.
Question 4: Does the 2025 DeMarini Zen Drop 8 require a break-in period?
Composite bats generally benefit from a break-in period to maximize their trampoline effect. It is recommended to rotate the bat after each hit during initial use to promote even wear.
Question 5: What are the key technologies integrated into this bat?
Key technologies often include a specialized connection system designed to minimize vibration and maximize energy transfer, as well as composite layering techniques to optimize the barrel’s flex and rebound characteristics.
Question 6: How does the manufacturer enhance the durability of the 2025 DeMarini Zen Drop 8?
Durability enhancements typically involve using higher-grade composite materials, reinforcing the connection point between the handle and barrel, and implementing a protective coating to resist scratches and abrasions.
The information provided aims to clarify key aspects of the 2025 DeMarini Zen Drop 8, enabling informed decision-making by players and coaches.
The subsequent section will summarize the key benefits and advantages of the 2025 DeMarini Zen Drop 8.
Maximizing Performance with the 2025 DeMarini Zen Drop 8
The following guidelines aim to optimize performance and ensure longevity of the 2025 DeMarini Zen Drop 8 baseball bat.
Tip 1: Proper Bat Selection. Prioritize bat length and weight based on the hitter’s strength and swing mechanics. A bat that is too heavy can impede bat speed, while a bat that is too light may compromise power. The -8 drop is most suitable for developing players.
Tip 2: Gradual Break-In. Composite bats require a break-in period. Begin by hitting approximately 150-200 baseballs, rotating the bat a quarter turn after each hit to ensure even wear across the barrel.
Tip 3: Avoid Extreme Temperatures. Prolonged exposure to extreme heat or cold can negatively impact the composite materials. Store the bat in a temperature-controlled environment when not in use.
Tip 4: Clean Regularly. Use a damp cloth to remove dirt and debris from the bat’s surface after each use. This prevents build-up that can degrade the finish and potentially affect performance.
Tip 5: Use Appropriate Baseballs. Avoid hitting excessively worn or damaged baseballs, as they can cause premature wear and tear on the bat’s barrel.
Tip 6: Rotate with Teammates Judiciously. While sharing is encouraged, excessive rotation can accelerate wear. Monitor the bat’s condition closely if shared frequently.
Tip 7: Inspect Regularly. Periodically inspect the bat for signs of cracking, delamination, or other damage. Discontinue use immediately if any structural flaws are detected.
Adhering to these tips will help maximize the potential of the 2025 DeMarini Zen Drop 8, ensuring consistent performance and extending its lifespan.
The subsequent section will provide concluding thoughts on the overall value and potential of this bat model.
Concluding Assessment of the 2025 DeMarini Zen Drop 8
The preceding analysis has detailed various aspects of the 2025 DeMarini Zen Drop 8 baseball bat, emphasizing its composite construction, weight ratio, and technological enhancements. These elements collectively contribute to a design intended to optimize swing speed, bat control, and overall hitting performance for developing players. The bat’s features are explicitly tailored for the youth and high school demographic, addressing their specific needs and skill levels.
The ultimate value of the 2025 DeMarini Zen Drop 8 hinges on its ability to deliver consistent and reliable performance under the demands of competitive play. Continued research and user feedback will provide further insights into its long-term durability and impact on player development. Prospective buyers are encouraged to carefully consider their individual needs and skill levels when evaluating the suitability of this bat.
