The performance characteristics of a particular tennis string, Luxilon ALU Power, are known to degrade over time with use. The optimal period for playability occurs directly following the stringing process. String tension and resilience affect the ball’s launch angle and speed. Therefore, players often seek the fresh string feeling.
Maintaining consistent string performance is crucial for players aiming to maintain control and power in their shots. A freshly strung racquet provides a predictable response, fostering confidence in executing complex strokes. The timeframe for optimal string performance can vary based on frequency of play, playing style, and environmental factors like humidity and temperature, leading to frequent restringing by serious players.
Consequently, understanding the factors that influence string performance and knowing when to restring becomes essential for optimizing play. The following sections will delve into the specific aspects of string degradation, the benefits of regular restringing, and practical guidelines for determining when a racquet requires new strings to maximize hitting potential.
1. Fresh String Tension
Fresh string tension is a primary determinant of the performance characteristics of Luxilon ALU Power strings. Upon initial stringing, the tension is at its specified level, typically ranging from 50 to 60 pounds. This specific tension dictates the string bed’s responsiveness, influencing the power, control, and feel a player experiences. The immediate effect of this optimal tension is a heightened ability to generate ball speed and spin with precision. For instance, a player hitting a flat forehand will observe increased ball velocity, while one applying topspin will notice a more pronounced arc and heavier ball rotation. The cause and effect relationship is direct: higher tension (within recommended ranges) translates to greater ball responsiveness and a more connected feel.
The importance of maintaining this fresh string tension lies in its contribution to consistent shot execution. As Luxilon ALU Power strings are used, tension gradually decreases due to factors such as impact with the ball, environmental conditions, and natural creep of the material. This loss of tension results in a larger trampoline effect, decreasing control and causing unpredictable ball trajectory. Professional players, recognizing the critical link between string tension and performance, often restring their racquets before each match to ensure optimal playability. A practical example is a tournament setting where consistent ball placement is paramount; a player experiencing tension loss would struggle to maintain target accuracy.
In summary, the fresh string tension of Luxilon ALU Power is a foundational element in realizing its intended performance benefits. The loss of tension, inevitable with use, compromises control, spin, and power. Therefore, understanding the rate of tension loss and its impact on playability is crucial for players seeking to maximize their potential. While factors like playing style and frequency influence the duration of optimal tension, regular restringing remains the primary method for maintaining the desired performance characteristics of Luxilon ALU Power strings.
2. Enhanced Ball Pocketing
Enhanced ball pocketing, defined as the degree to which the strings deform upon impact with the ball, is directly influenced by string tension and material properties. When Luxilon ALU Power is freshly strung, it exhibits a specific level of elasticity that allows the ball to sink slightly into the string bed during contact. This phenomenon, known as ball pocketing, increases dwell time, the period where the ball remains in contact with the strings. The increased dwell time facilitates greater control over the ball’s trajectory, spin, and overall placement.
The importance of enhanced ball pocketing is realized in its direct impact on shot quality. A player utilizing Luxilon ALU Power that has lost tension will experience a reduction in ball pocketing, leading to a decrease in control and an increase in launch angle. For example, a tennis player attempting a drop shot with strings that have undergone significant tension loss may find the ball launching too high, negating the intended effect. Conversely, a racquet freshly strung with Luxilon ALU Power enables a player to impart greater spin and dictate ball placement with more precision. The practical significance of understanding this relationship is evident in the restringing habits of professional tennis players, who often opt to restring their racquets prior to each match to ensure optimal ball pocketing and consistent performance.
In summary, enhanced ball pocketing is a key attribute of Luxilon ALU Power strings, particularly when freshly strung. This characteristic contributes significantly to control, spin potential, and overall shot quality. As string tension diminishes with use, ball pocketing is reduced, negatively affecting performance. Therefore, maintaining consistent string tension through regular restringing is essential to capitalizing on the benefits of enhanced ball pocketing and maximizing the playability of Luxilon ALU Power strings.
3. Increased Spin Potential
The capacity to generate significant spin on a tennis ball is intrinsically linked to the condition of Luxilon ALU Power strings, with performance peaking immediately following the stringing process. Increased spin potential arises from the synergistic effect of fresh string tension and the string’s inherent surface properties. A newly strung racquet allows the ball to grip the strings more effectively, facilitating a greater transfer of rotational energy during contact. This increased friction, coupled with optimal string bed deformation, enables players to impart substantially more topspin and slice. The cause-and-effect relationship is evident: fresh strings yield enhanced grip, leading directly to increased spin. Failure to maintain string tension diminishes this effect.
The importance of increased spin potential with Luxilon ALU Power is multi-faceted. Players can achieve greater control over ball trajectory, enabling sharper angles and increased net clearance. The resulting heavy topspin forces opponents to hit balls higher and deeper in the court, disrupting their positioning and rhythm. Conversely, effective slice shots can disrupt an opponent’s approach and create opportunities for advantageous net play. A practical example can be observed in professional matches. Players frequently rely on heavy topspin to dictate points from the baseline and utilize acute slice angles to disrupt their opponents momentum. Optimal spin, obtainable via a fresh string job, is fundamental.
In conclusion, the spin potential of Luxilon ALU Power strings is maximized directly after restringing. Maintaining this initial performance level enables players to exert greater control over the ball, dictate court positioning, and exploit strategic shot variations. The degradation of spin potential as strings age underscores the importance of regular restringing for players seeking to optimize their performance. String tension loss, along with the string’s surface wear, ultimately reduces the ability to impart spin, hindering a player’s strategic capabilities on court.
4. Improved Feel
The tactile feedback experienced when striking a tennis ball, often referred to as “feel,” is significantly influenced by the string properties of a racquet. Luxilon ALU Power, when freshly strung, provides a distinct and enhanced feel that contributes to a player’s ability to execute shots with precision and confidence.
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Enhanced Vibration Dampening
Freshly strung Luxilon ALU Power exhibits optimal vibration dampening characteristics. This minimizes unwanted vibrations transmitted to the hand and arm upon ball impact, contributing to a cleaner, more comfortable feel. Reduced vibration allows players to maintain a more sensitive connection to the ball, enhancing awareness of ball placement and spin. For example, a player hitting an off-center shot will experience less jarring feedback, allowing for quicker adjustments in subsequent shots. In contrast, strings that have lost tension transmit greater vibrations, potentially leading to discomfort and decreased feel.
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Increased String Bed Responsiveness
When strung at the appropriate tension, Luxilon ALU Power offers a responsive string bed that provides immediate feedback upon contact. This responsiveness translates to a heightened sense of control and an increased ability to “feel” the ball on the strings. For instance, a player attempting a delicate drop shot will be better able to judge the appropriate amount of force required, leading to more precise placement. As string tension decreases, the string bed becomes less responsive, diminishing the player’s ability to feel the ball and accurately control shot placement.
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Direct Feedback on Impact Location
Luxilon ALU Power, when freshly strung, transmits subtle yet informative feedback regarding the precise location of ball impact on the string bed. This tactile information allows players to refine their technique and make micro-adjustments to their swing path for optimal performance. For example, a player consistently mis-hitting the ball near the frame will be more aware of the issue due to the distinct feedback provided by fresh strings, enabling them to correct their technique. Older strings often provide less distinct feedback, hindering a player’s ability to identify and correct technical flaws.
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Improved Connection to the Ball
The combination of enhanced vibration dampening, increased string bed responsiveness, and direct feedback on impact location collectively contributes to an improved connection to the ball. This enhanced connection allows players to anticipate the ball’s trajectory and spin with greater accuracy, leading to more confident and precise shot execution. A player attempting a passing shot, for instance, will feel a more direct connection to the ball, allowing them to impart the desired spin and trajectory with greater confidence. A degradation of this connection due to string aging diminishes a player’s ability to predict and control the ball’s behavior.
In summary, the improved feel afforded by freshly strung Luxilon ALU Power is a critical component of optimal performance. The enhanced vibration dampening, increased string bed responsiveness, direct feedback on impact location, and improved connection to the ball collectively contribute to a player’s ability to execute shots with precision, control, and confidence. Maintaining this feel through regular restringing is crucial for players seeking to maximize their potential on the court.
5. Greater Shot Control
Greater shot control, a key element in tennis performance, is directly influenced by the state of the racquet strings. Luxilon ALU Power, known for its control-oriented characteristics, delivers optimal performance when freshly strung. The specific properties of the string, including tension and resilience, directly impact a player’s ability to precisely direct the ball.
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Predictable Launch Angle
Freshly strung Luxilon ALU Power provides a predictable launch angle, allowing players to anticipate and execute shots with greater accuracy. The consistent tension ensures the ball leaves the racquet face at a defined angle, minimizing variance and enabling precise placement. For instance, a player attempting a cross-court angle will experience greater confidence in achieving the desired trajectory with fresh strings. Conversely, strings that have lost tension exhibit inconsistent launch angles, reducing shot control and increasing the likelihood of errors. The result from degradation in shot launch is lower win rate for the player using that string.
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Enhanced Directional Accuracy
The tautness of newly strung Luxilon ALU Power enhances directional accuracy. Players can dictate the ball’s trajectory with greater precision, targeting specific areas of the court with confidence. This is crucial in executing strategic shots, such as passing shots down the line or hitting deep into the opponent’s backhand corner. The string responds more predictably to the player’s input. As string tension diminishes, the ability to accurately guide the ball decreases, affecting the player’s strategic shot making capabilities.
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Improved Depth Control
Controlling the depth of shots is vital for dictating court positioning and preventing opponents from attacking. Freshly strung Luxilon ALU Power allows players to accurately manage the ball’s landing point, preventing shots from landing short and providing opponents with easy opportunities. The responsiveness of the string enables fine adjustments in swing and contact to achieve the desired depth. As strings lose tension, the ability to consistently control depth diminishes, impacting the player’s tactical advantage.
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Optimized Ball Dwell Time
The optimal ball dwell time afforded by freshly strung Luxilon ALU Power contributes to enhanced control. The slightly longer contact time between the ball and the string bed allows players to feel the ball better and impart more spin or directional control. For example, a player attempting a sharply angled slice shot benefits from the increased dwell time to maximize spin and control the ball’s trajectory. Old strings often does not have this luxury with longer ball dwell time, limiting the spin that could apply to the ball.
In conclusion, greater shot control is a direct outcome of utilizing freshly strung Luxilon ALU Power. The predictable launch angle, enhanced directional accuracy, improved depth control, and optimized ball dwell time collectively contribute to a player’s ability to execute shots with precision and strategic intent. The degradation of these attributes as string tension diminishes underscores the importance of regular restringing for players seeking to maximize their control and overall performance.
6. Consistent Trajectory
Achieving a consistent ball trajectory is paramount in competitive tennis, directly impacting shot placement and overall game strategy. The performance of Luxilon ALU Power strings significantly influences trajectory consistency, particularly when the string bed is freshly strung at the recommended tension.
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String Tension Uniformity
Freshly strung Luxilon ALU Power exhibits uniform tension across the string bed. This uniformity ensures the ball responds predictably upon impact, resulting in a consistent launch angle and trajectory. For example, a player executing a topspin forehand will observe a similar arc and landing point on repeated strokes, provided contact is consistent. As string tension deviates due to use, variations in launch angle and trajectory become more pronounced, diminishing consistency.
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Reduced String Movement
The initial elasticity of freshly strung Luxilon ALU Power minimizes string movement during ball impact. Reduced string movement contributes to a stable and predictable launch platform, fostering consistent trajectory. For example, a player attempting a flat serve will experience less horizontal deviation in the ball’s path with fresh strings, compared to worn strings where movement is increased. The inverse affect of worn strings causes less power and less accuracy, because the energy is absorbed and the ball has less contact time with the string bed to transfer energy.
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Optimal Energy Transfer
Freshly strung Luxilon ALU Power provides efficient energy transfer from the racquet to the ball. This optimized transfer ensures the ball maintains its intended velocity and trajectory, contributing to consistent shot depth and placement. If a player attempts a passing shot with fresh strings, he or she will find better ball energy than old strings.
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Predictable String Bed Response
The predictable response of a freshly strung Luxilon ALU Power string bed allows players to anticipate the ball’s behavior accurately. This predictability enhances confidence in shot execution and promotes consistent trajectory. The combination of predictive responses and optimized energy transfer has been proven to give the player more control of the ball and shot, especially for professionals, where precision is the key.
Maintaining consistent trajectory through regular restringing with Luxilon ALU Power is crucial for players seeking to optimize their performance. The fresh string tension, minimized string movement, optimal energy transfer, and predictable string bed response collectively contribute to this consistency. The performance degradation experienced as strings age underscores the importance of restringing to maximize the benefits associated with consistent ball trajectory.
7. Optimal Energy Transfer
Optimal energy transfer from the racquet to the ball is a critical component of peak performance when using Luxilon ALU Power strings. Achieving maximum energy transfer directly influences ball speed, spin, and depth. Freshly strung Luxilon ALU Power, at the correct tension, facilitates a more efficient exchange of kinetic energy. The cause is the string bed’s elasticity and responsiveness, which, upon impact, deforms appropriately and then rebounds, propelling the ball forward. When the string tension of Luxilon ALU Power diminishes over time, the energy transfer becomes less efficient, resulting in a noticeable reduction in ball velocity and depth. For instance, a player hitting a forehand with fresh strings may easily drive the ball deep into the opponent’s court, while the same stroke executed with aged strings may land short, providing the opponent with an advantage.
The importance of optimal energy transfer is magnified at higher levels of play. In professional tennis, where margins are often razor-thin, even a slight reduction in ball speed can be the difference between winning and losing a point. Players rely on the predictable energy transfer of freshly strung racquets to execute precise shots under pressure. A practical example is a serve; the higher the energy transfer, the faster the serve, putting more pressure on the receiver. If the strings are old, not strung, or not strung appropriately, it will not hit the appropriate velocity, which may affect the serve. This understanding dictates restringing frequency, with many professionals opting for new strings before each match to ensure consistent power and control. Regular restringing of Luxilon ALU Power ensures energy transfer is sustained, maximizing a player’s ability to generate power and maintain consistent ball speed.
In summary, the link between optimal energy transfer and freshly strung Luxilon ALU Power is undeniable. Maintaining the strings in optimal condition is crucial for maximizing ball speed, spin, and depth, factors that directly impact a player’s competitive edge. Regular restringing addresses the inevitable loss of tension and elasticity, ensuring consistent and efficient energy transfer. Understanding this relationship is essential for tennis players seeking to extract the maximum potential from Luxilon ALU Power and elevate their game.
8. Reduced String Movement
Reduced string movement is a significant factor in achieving optimal performance with Luxilon ALU Power strings, particularly immediately following stringing. String slippage during ball impact dissipates energy, diminishes control, and leads to inconsistent shot execution. Freshly strung Luxilon ALU Power, at the appropriate tension, exhibits minimal string movement, ensuring a stable and predictable string bed response. This stability allows for a more efficient transfer of energy to the ball, resulting in increased power and directional accuracy. Reduced string movement contributes to a consistent launch angle, enabling players to anticipate and execute shots with greater precision. For instance, a player hitting a flat serve will experience less horizontal deviation in the balls path with fresh strings, enhancing placement consistency. The cause is direct: tighter strings resist displacement, retaining energy and direction.
The importance of reduced string movement becomes apparent when considering its impact on spin generation. While some string movement is desirable for snapback and increased spin potential, excessive movement negates control and consistency. Fresh Luxilon ALU Power strikes a balance, offering sufficient grip for spin production while maintaining string bed stability for predictable shot execution. As string tension decreases and the coating wears away, string movement increases, leading to a loss of control and a decrease in the ability to consistently impart spin. For example, a player attempting a sharply angled slice shot may find the balls trajectory becoming erratic as string movement increases. Professional tennis players, recognizing this relationship, frequently adjust string tension and restring racquets to maintain an optimal balance between spin and control.
In summary, reduced string movement is a key characteristic of freshly strung Luxilon ALU Power that contributes significantly to its optimal performance. The stability and predictability afforded by minimal string slippage translate to increased power, directional accuracy, and spin control. As string tension decreases and string movement increases, performance degrades. Therefore, regular restringing is essential for players seeking to maximize the benefits associated with reduced string movement and maintain consistent, high-level play.
9. Predictable Response
Predictable response in tennis, particularly when utilizing Luxilon ALU Power strings, is closely correlated with string condition. Freshly strung racquets, with the string bed at its intended tension, deliver a response that allows players to anticipate the ball’s trajectory, speed, and spin, leading to more consistent shot execution. The predictability factor is maximized when string-bed tension and string properties are kept constant through frequent restringing.
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Consistent Ball Trajectory
Freshly strung Luxilon ALU Power provides a consistent launch angle and trajectory. This consistency enables players to anticipate where the ball will land based on their swing mechanics and desired shot. For example, a player executing a cross-court forehand can expect the ball to travel along a predictable path, landing within a targeted area. This predictability facilitates consistent shot placement and allows for more strategic court coverage. The alternative, unpredictability, often stems from the degraded string that gives off erratic trajectory and decreases success.
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Uniform Ball Speed
The uniform tension of freshly strung Luxilon ALU Power ensures consistent ball speed across the string bed. This allows players to gauge the power they impart on the ball more accurately, enhancing their ability to control shot depth and placement. A player executing a serve can reliably anticipate the speed and bounce of the ball, enabling them to dictate the point. Conversely, worn strings with varying tension levels produce inconsistent ball speeds, making shot placement challenging.
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Reliable Spin Generation
When Luxilon ALU Power is freshly strung, it offers reliable spin generation, allowing players to impart consistent amounts of topspin or slice on the ball. This consistent spin production enables precise control over ball trajectory and bounce, enhancing the player’s ability to execute strategic shots, such as sharply angled cross-court shots or heavy topspin lobs. The opposite of this benefit from fresh strings, is less predictable, often stemming from string degradation, that limits the spin that players could impart.
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Stable String Bed Feel
A freshly strung racquet with Luxilon ALU Power provides a stable and predictable feel upon ball impact. This tactile feedback enables players to sense the ball on the strings, enhancing their ability to make subtle adjustments to their swing and shot placement. For instance, a player attempting a delicate drop shot can accurately gauge the force required, leading to precise placement. As string tension diminishes, the string bed becomes less stable, diminishing the player’s ability to feel the ball and accurately control shot placement.
The facets above, the relationship between predictable response and freshly strung Luxilon ALU Power is evident. Regular restringing promotes consistent ball trajectory, uniform ball speed, reliable spin generation, and a stable string bed feel, all of which contribute to enhanced shot control and overall performance. The degradation of these attributes as string tension diminishes underscores the importance of regular restringing for players seeking to maximize their potential.
Frequently Asked Questions
The following frequently asked questions address key aspects of Luxilon ALU Power string performance, particularly concerning the optimal timeframe for play after restringing.
Question 1: How quickly does Luxilon ALU Power lose tension after being strung?
Luxilon ALU Power, being a monofilament string, exhibits a relatively rapid tension loss within the initial hours and days after stringing. The exact rate varies based on environmental factors, stringing tension, and frequency of play. However, a noticeable reduction in tension often occurs within the first 4-8 hours of play.
Question 2: What are the indicators that Luxilon ALU Power needs restringing?
Key indicators include a loss of control, diminished power, reduced spin potential, and a change in the feel of the string bed. Visually, fraying or notching of the strings is also a sign that restringing is necessary. Inability to place the ball accurately signals a strong need to restring.
Question 3: Does humidity affect the performance and tension of Luxilon ALU Power?
Yes, humidity can affect Luxilon ALU Power. High humidity can cause the string to soften, leading to a decrease in tension and a change in feel. Playing in dry conditions can make the string feel more brittle, leading to potential breakage.
Question 4: Can storing a strung racquet affect the performance of Luxilon ALU Power?
Yes, storing a strung racquet in extreme temperatures or direct sunlight can accelerate string degradation. It is advisable to store racquets in a temperature-controlled environment away from direct sunlight.
Question 5: Is there an optimal tension range for Luxilon ALU Power to maximize its performance?
While individual preferences vary, a general tension range of 50-60 pounds is recommended for Luxilon ALU Power. A higher tension provides greater control, while a lower tension offers more power. Consulting with a certified stringer is advisable to determine the optimal tension based on playing style and racquet specifications.
Question 6: How does playing style influence the lifespan and performance of Luxilon ALU Power?
Aggressive players who hit with significant topspin and power will likely experience more rapid string degradation and tension loss compared to players with a flatter hitting style. More frequent restringing may be required for aggressive players to maintain optimal performance.
In essence, understanding the factors that influence Luxilon ALU Power performance and recognizing the indicators of string degradation are crucial for maximizing the string’s playability and maintaining consistent shot quality. Prompt restringing is essential for realizing the string’s full potential.
The following section will provide a concise conclusion summarizing the key takeaways from the preceding discussions regarding Luxilon ALU Power and its optimal performance window.
Maximizing Performance
The following tips are designed to optimize playability and prolong the performance of Luxilon ALU Power strings. Adhering to these guidelines can ensure a consistent and enhanced playing experience.
Tip 1: Choose the Appropriate Tension:
Luxilon ALU Power performs optimally within a tension range of 50-60 lbs. Deviating significantly from this range can negatively impact control, power, and feel. Lower tensions increase power but reduce control, while higher tensions enhance control but decrease power. Experimentation within the recommended range, guided by a certified stringer, is advised.
Tip 2: Employ a Reputable Stringer:
Proper stringing technique is crucial for maximizing Luxilon ALU Power performance. A skilled and experienced stringer will ensure consistent tension distribution across the string bed, minimizing dead spots and maximizing playability. Seek out a certified stringer with a proven track record. Their quality helps maintain consistent hitting performance.
Tip 3: Monitor Playing Time and String Condition:
Track the number of hours played with Luxilon ALU Power strings. Even if the strings appear visually intact, tension loss occurs gradually, affecting performance. A general guideline is to restring after 10-20 hours of play, depending on playing style and intensity. Visual cues such as notching, fraying, or significant string movement also indicate the need for restringing.
Tip 4: Rotate Racquets:
Alternating between multiple racquets during play can prolong the lifespan of Luxilon ALU Power strings. This allows the strings in each racquet to recover tension between uses, minimizing the overall rate of tension loss. A minimum of two racquets is recommended for serious players.
Tip 5: Consider Hybrid Stringing:
Pairing Luxilon ALU Power with a softer string in a hybrid configuration can enhance comfort and reduce stringbed stiffness. This can be particularly beneficial for players prone to arm injuries. Consult with a stringer to determine an appropriate hybrid combination based on playing style and preferences.
Tip 6: Store Racquets Properly:
Protect strung racquets from extreme temperatures and direct sunlight. Heat and UV exposure can accelerate string degradation and tension loss. Store racquets in a temperature-controlled environment, ideally within a racquet bag. A case is ideal and essential for protecting the strings and longevity.
Adhering to these stringing tips can enhance the performance and longevity of Luxilon ALU Power strings, translating to more consistent and controlled play.
The subsequent conclusion will summarize the information presented and emphasize the importance of restringing for optimal play.
Conclusion
The preceding analysis has elucidated the critical relationship between string condition and performance in Luxilon ALU Power. Optimal shot execution, control, and feel are intrinsically linked to the tension and elasticity of freshly strung strings. Degradation in these attributes due to tension loss, string wear, and environmental factors diminishes the string’s intended benefits.
Therefore, recognizing the indicators of string degradation and adhering to a consistent restringing schedule is paramount for players seeking to maximize the performance of Luxilon ALU Power. Consistent play at a higher level can be realized through prompt and informed string maintenance.
