These high-quality, diabolo-shaped projectiles are specifically designed for airgun competition, particularly in the field target discipline. Their precise manufacturing ensures consistent weight and shape, contributing to tight groupings and predictable trajectories. Typically composed of lead or a lead alloy, these projectiles feature a hollow point or domed design, optimized for accuracy at varying distances.
Consistent accuracy and predictable flight paths are essential for success in field target shooting. The meticulous manufacturing process employed in creating this type of ammunition minimizes variations in weight and dimensions, leading to improved performance and higher scores. This ammunition’s history is intertwined with the evolution of airgun technology and the increasing demands of competitive shooting. As airguns became more sophisticated, the need for specialized ammunition became apparent, leading to the development of precision-engineered pellets optimized for specific disciplines like field target.
The subsequent sections will delve into the specifics of pellet selection, effective airgun tuning, and advanced field target techniques.
1. Precision
Precision represents a critical attribute of h&n field target trophy pellets, directly influencing their effectiveness in competitive shooting. The manufacturing process emphasizes minimizing deviations in weight, dimensions, and head shape. This meticulous approach results in a remarkably uniform product, where each pellet closely resembles the next. Such consistency translates to predictable trajectories and tighter shot groups, essential for hitting small targets at varying distances in field target competitions. Consider a scenario where two pellets of the same brand but different quality grades are fired. The more precise pellet, like the field target trophy variant, will exhibit a tighter grouping due to consistent ballistic characteristics. The less precise pellet, even with identical aiming, might deviate more significantly, leading to wider groups and missed targets.
The practical significance of this precision becomes particularly apparent in field target shooting. Competitors often engage targets at varying distances and under challenging wind conditions. A slight deviation in pellet weight or shape can dramatically affect the point of impact, especially at longer ranges. The enhanced precision offered by these specialized pellets minimizes such deviations, providing competitors with greater confidence in their shot placement and increasing their likelihood of success. Furthermore, this level of precision allows for more refined adjustments to the airgun scope, leading to finer zeroing and improved accuracy.
In conclusion, precision in pellet manufacturing is not merely a desirable feature but a fundamental requirement for competitive field target shooting. The tight tolerances and consistent characteristics of h&n field target trophy pellets contribute directly to improved accuracy, predictable trajectories, and enhanced performance in challenging conditions. This characteristic allows competitors to focus on other critical aspects of the sport, such as wind estimation and holdover, ultimately contributing to higher scores and a more satisfying shooting experience.
2. Consistency
Consistency in pellet design and manufacturing is paramount for achieving repeatable accuracy in airgun shooting, particularly within the demanding discipline of field target. For pellets like h&n field target trophy, consistency translates to predictable trajectories and tight shot groups, enabling competitors to confidently engage targets at varying distances. Inconsistency, conversely, introduces unpredictable variations in pellet flight, leading to frustrating misses and diminished performance.
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Weight Consistency
Minimal variation in pellet weight is crucial. Each pellet’s weight should ideally be identical to ensure uniform propulsion and ballistic performance. Consistent weight minimizes vertical stringing on targets and improves overall accuracy. Imagine two pellets, one slightly heavier than the other. The heavier pellet will typically impact lower on the target, demonstrating the impact of even minor weight discrepancies.
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Dimensional Consistency
Consistent dimensions, including head diameter and skirt size, ensure uniform interaction with the airgun barrel’s rifling. This uniformity contributes to predictable spin and stable flight, resulting in tighter shot groups. Variations in skirt diameter, for instance, can lead to inconsistent sealing within the barrel, affecting muzzle velocity and accuracy.
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Head Shape Consistency
The shape of the pellet’s head, whether domed, wadcutter, or pointed, significantly influences its aerodynamic characteristics and terminal performance. Maintaining a consistent head shape across all pellets in a batch ensures predictable ballistic coefficients and consistent behavior in flight. Inconsistencies in head shape can introduce variations in drag and stability, affecting accuracy, particularly at longer ranges.
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Alloy Composition Consistency
The composition of the lead alloy used in pellet manufacturing impacts its density, hardness, and ballistic properties. Consistent alloy composition ensures uniform performance across different batches and lots of pellets. Variations in alloy composition can lead to inconsistencies in pellet weight, hardness, and flight characteristics.
In the context of competitive field target shooting, these facets of consistency are essential for achieving optimal results. The h&n field target trophy pellets are specifically engineered with these factors in mind, aiming to provide shooters with the reliable and predictable performance required for success in this demanding discipline. By minimizing variations across these key attributes, these pellets contribute to improved accuracy, tighter groupings, and ultimately, higher scores in competition.
3. Aerodynamics
Aerodynamics plays a crucial role in the performance of h&n field target trophy pellets, influencing their trajectory, stability, and overall accuracy. These pellets are specifically designed with aerodynamic principles in mind to optimize their flight characteristics for field target shooting. The domed head shape, a defining feature of these pellets, is carefully engineered to minimize drag and maximize stability in flight. This shape allows the pellet to cut through the air more efficiently, reducing turbulence and maintaining velocity over longer distances. The pellet’s smooth surface finish further contributes to reduced drag, enhancing its aerodynamic performance. Consider a scenario where two pellets, one with a domed head and another with a flat head, are fired under identical conditions. The domed pellet will typically exhibit a flatter trajectory and tighter grouping due to its superior aerodynamic properties, while the flat-headed pellet will experience greater air resistance, resulting in a more curved trajectory and wider dispersion.
The practical implications of this aerodynamic design are significant in field target shooting. Competitors often engage targets at varying distances, requiring pellets that maintain accuracy and velocity throughout their flight path. The aerodynamically optimized shape of h&n field target trophy pellets ensures consistent performance across these distances, enabling precise shot placement even at longer ranges. Furthermore, the enhanced stability provided by the domed head design reduces the pellet’s susceptibility to wind drift, a critical factor in outdoor field target competitions. This stability allows for more predictable trajectories in varying wind conditions, increasing the shooter’s ability to compensate for wind drift and hit the target consistently. For instance, in a crosswind situation, a well-designed domed pellet will deviate less from its intended path compared to a less aerodynamically stable pellet.
In conclusion, the aerodynamic characteristics of h&n field target trophy pellets are integral to their effectiveness in competitive shooting. The domed head shape and smooth surface finish minimize drag and maximize stability, contributing to consistent accuracy, flatter trajectories, and reduced wind drift. These features provide a competitive edge in field target shooting, where precision and predictability are paramount. Understanding the interplay of these aerodynamic principles allows for a more informed approach to pellet selection and contributes to a deeper appreciation for the factors influencing accuracy and performance in airgun shooting.
4. Weight (5.53 grains)
The 5.53 grain weight of h&n field target trophy pellets represents a carefully chosen standard within the field target discipline. This specific weight balances several crucial ballistic factors, including trajectory, energy retention, and wind resistance. Heavier pellets, while retaining energy over longer distances, exhibit a more pronounced trajectory curve and increased susceptibility to wind drift. Lighter pellets, conversely, demonstrate flatter trajectories but lose energy more rapidly, reducing their effectiveness at longer ranges. The 5.53 grain weight strikes a balance, providing a trajectory suitable for the typical distances encountered in field target shooting while retaining sufficient energy to knock down targets reliably. For example, in a field target course with targets positioned at varying distances, a 5.53 grain pellet offers a predictable trajectory, enabling accurate shot placement across the range of distances. A heavier pellet might require excessive holdover at shorter distances, while a lighter pellet might lack the necessary energy to topple targets at longer distances. This weight is also well-suited to the power levels of typical field target airguns, optimizing the balance between velocity and accuracy.
The practical significance of this weight selection becomes apparent when considering the specific demands of field target shooting. Competitions often involve engaging small targets at unknown distances under varying wind conditions. The 5.53 grain weight, coupled with the pellet’s aerodynamic design, provides a predictable flight path, minimizing the need for excessive holdover or windage adjustments. This predictability allows competitors to focus on range estimation and wind doping, two critical skills in field target. Consider a scenario with a 25-yard target and a 5 mph crosswind. The 5.53 grain pellet’s predictable trajectory and manageable wind drift enable accurate compensation, increasing the probability of a hit. A heavier pellet might require significant windage adjustment, increasing the complexity of the shot, while a lighter pellet might be excessively pushed off course by the wind.
In summary, the 5.53 grain weight of h&n field target trophy pellets is not arbitrary but a deliberate choice based on the ballistic requirements of the sport. This weight optimizes the balance between trajectory, energy retention, and wind resistance, providing a predictable and effective projectile for field target competitions. Understanding the significance of this weight selection contributes to a deeper understanding of the factors influencing accuracy and performance in airgun shooting and allows for more informed choices in pellet selection. This careful balance enables consistent and accurate performance in the challenging and nuanced environment of field target shooting.
5. Material (Lead)
Lead’s historical dominance as the primary material for airgun pellets stems from its unique combination of desirable properties. Its density, malleability, and relatively low cost make it well-suited for pellet manufacturing. Understanding lead’s role in the construction of h&n field target trophy pellets is crucial for appreciating their performance characteristics.
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Density and Ballistic Performance
Lead’s high density enables pellets to retain energy over longer distances. This translates to effective target engagement at the extended ranges often encountered in field target shooting. A denser material, for a given pellet size, carries more momentum and energy downrange compared to a less dense material. This characteristic is crucial for maintaining knock-down power at longer distances.
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Malleability and Manufacturing
Lead’s malleability simplifies the manufacturing process, allowing for precise shaping and the creation of intricate designs like the domed head of the h&n field target trophy pellet. This malleability allows manufacturers to form the pellets with tight tolerances, ensuring consistency in weight, dimensions, and head shape, which are crucial for predictable trajectories and tight shot groups.
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Cost-Effectiveness
Lead’s relative affordability compared to other dense metals makes it an economically viable material for pellet production. This accessibility contributes to the affordability of high-quality pellets like the h&n field target trophy, making competitive shooting more accessible to a wider range of enthusiasts. This cost-effectiveness allows for frequent practice and competition without incurring excessive expenditure on ammunition.
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Environmental Considerations
While lead offers numerous advantages, environmental concerns associated with its use necessitate responsible handling and disposal. Recognizing the potential environmental impact of lead pellets underscores the importance of proper waste management practices at shooting ranges and in the field. Alternatives like lead-free pellets are gaining traction, addressing these environmental concerns while striving to maintain comparable ballistic performance.
The selection of lead as the core material for h&n field target trophy pellets is a deliberate choice based on its density, malleability, and cost-effectiveness. While environmental considerations remain important, lead’s established performance benefits contribute significantly to the pellet’s accuracy and effectiveness in field target competition. Balancing performance with environmental responsibility remains an ongoing challenge within the airgun shooting community, driving research and development into alternative materials and promoting responsible usage practices.
6. Head Shape (Domed)
The domed head shape of h&n field target trophy pellets is a critical design element directly influencing their aerodynamic performance and suitability for field target competition. This specific shape contributes significantly to the pellet’s stability, trajectory, and overall accuracy. The curved profile of the dome minimizes air resistance, allowing the pellet to maintain velocity and energy over longer distances. This reduced drag results in a flatter trajectory, which is advantageous in field target shooting where precise shot placement is paramount. Consider a comparison with a wadcutter pellet, characterized by its flat head. While wadcutters excel in short-range accuracy due to their clean hole-punching characteristics, their flat head generates greater air resistance, leading to a more pronounced trajectory curve and increased susceptibility to wind drift, making them less suitable for the longer ranges typical in field target.
The domed head’s influence extends beyond mere drag reduction. Its shape also contributes to the pellet’s stability in flight. The curved profile promotes laminar airflow around the pellet, reducing turbulence and minimizing deviations from the intended trajectory. This stability is particularly crucial in outdoor field target shooting, where wind conditions can significantly impact pellet flight. For instance, a domed pellet will generally exhibit less wind drift compared to a pellet with a less aerodynamic head shape, such as a pointed or hollow-point design. This stability translates to greater predictability and consistency in shot placement, even in challenging wind conditions, a crucial factor for success in field target competition. The practical significance of this stability becomes evident when engaging targets at longer distances or in crosswinds. The domed pellet’s predictable behavior allows for more accurate windage and elevation adjustments, increasing the probability of a hit.
In summary, the domed head shape of h&n field target trophy pellets is a carefully engineered feature that optimizes their aerodynamic performance for field target shooting. The resulting reduction in drag and enhanced stability contribute directly to flatter trajectories, improved accuracy, and reduced wind drift. These characteristics are essential for achieving consistent hits on small targets at varying distances and under diverse wind conditions, distinguishing the domed head as a key element in the pellet’s overall effectiveness in field target competition. This understanding of the domed head’s contribution to pellet performance underscores the importance of selecting ammunition specifically designed for the demands of the chosen shooting discipline.
7. Field Target Specific
The designation “Field Target specific” applied to h&n field target trophy pellets signifies their deliberate design and optimization for the unique demands of field target airgun competition. This distinction separates them from general-purpose pellets, highlighting key features that enhance performance in this demanding discipline. Understanding the connection between “Field Target specific” and these pellets requires an examination of the sport’s specific challenges and how these pellets address them.
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Precise Trajectory
Field target courses often feature targets at varying and unknown distances. “Field Target specific” pellets, like the h&n field target trophy, exhibit a predictable and consistent trajectory, crucial for accurate range estimation and shot placement. This predictability minimizes variations in flight path, allowing competitors to confidently engage targets at different distances. For example, a consistent trajectory reduces the need for significant holdover adjustments between targets placed at 20 yards and 45 yards.
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Wind Deflection Resistance
Outdoor field target competitions expose pellets to varying wind conditions. “Field Target specific” pellets are designed to minimize wind drift, crucial for maintaining accuracy in challenging environments. The domed head shape of the h&n field target trophy pellet, for example, contributes to its stability in flight, reducing its susceptibility to crosswinds. This resistance to wind deflection allows for more predictable shot placement, even in gusty conditions.
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Controlled Expansion
Field target competition often involves engaging small kill zones on metallic targets. “Field Target specific” pellets are designed to deliver consistent energy transfer upon impact, ensuring reliable knockdowns without excessive penetration. The specific alloy and head design of the h&n field target trophy pellet contribute to controlled expansion, maximizing energy transfer to the target. This controlled expansion ensures reliable target engagement while minimizing damage to the target mechanism.
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Consistent Weight and Size
Consistency in weight and size is paramount in field target shooting. “Field Target specific” pellets, like the h&n field target trophy, are manufactured to tight tolerances, minimizing variations that could affect trajectory and accuracy. This consistency ensures that each shot performs predictably, allowing for fine-tuning of aiming and scope adjustments. Consistent weight and size translate to tighter shot groups and improved scoring potential.
In conclusion, the “Field Target specific” designation for h&n field target trophy pellets highlights their optimized design for the nuances of this demanding airgun discipline. From precise trajectories and wind deflection resistance to controlled expansion and consistent physical characteristics, these features combine to offer a competitive advantage in field target competition. These pellets are engineered not merely to propel a projectile but to deliver consistent and predictable performance under the specific challenges encountered in field target shooting. This targeted design philosophy distinguishes them from general-purpose pellets and underscores their suitability for serious competitors seeking an edge in this demanding sport.
8. High-quality manufacturing
High-quality manufacturing forms the cornerstone of h&n field target trophy pellets’ performance and reputation within the airgun community. This commitment to precision and consistency throughout the production process distinguishes these pellets from standard ammunition, directly impacting their accuracy, reliability, and overall effectiveness in field target competition. Examining the specific facets of this high-quality manufacturing process reveals its significance in producing a superior projectile.
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Material Selection and Purity
The manufacturing process begins with the selection of high-grade lead, ensuring consistent density and malleability. Stringent quality control measures minimize impurities within the lead alloy, contributing to uniform pellet weight and predictable ballistic performance. Impurities could create inconsistencies in pellet density, leading to variations in trajectory and accuracy. The use of high-purity lead ensures a homogeneous material, minimizing these potential inconsistencies. This careful material selection lays the foundation for a consistently performing pellet.
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Precision Molding and Die Construction
Precision-engineered molds and dies are essential for producing pellets with consistent dimensions and head shapes. The meticulous design and construction of these tools ensure tight tolerances, minimizing variations in pellet size, weight, and aerodynamic characteristics. For instance, variations in head shape can significantly impact a pellet’s aerodynamic performance, affecting its trajectory and stability. Precise molding guarantees uniformity across each pellet, translating to predictable flight paths and tighter shot groups.
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Quality Control and Inspection
Rigorous quality control procedures throughout the manufacturing process ensure that each pellet meets stringent standards. Regular inspections and meticulous testing identify and eliminate any deviations from the desired specifications. This might involve weighing individual pellets to ensure uniformity or visually inspecting head shapes for consistency. Such rigorous quality checks minimize the likelihood of defective pellets reaching the consumer, guaranteeing a reliable and consistent product. This commitment to quality control underscores the manufacturer’s dedication to producing a superior pellet.
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Lubrication and Packaging
Even seemingly minor details like lubrication and packaging contribute to the overall quality of the pellets. Consistent lubrication minimizes friction within the airgun barrel, promoting uniform muzzle velocity and accuracy. Protective packaging safeguards the pellets during shipping and storage, preventing damage that could compromise their performance. Proper lubrication also reduces lead fouling in the barrel, maintaining consistent accuracy over extended shooting sessions. Secure packaging prevents deformation of the pellets, preserving their aerodynamic characteristics and ensuring consistent performance.
The high-quality manufacturing of h&n field target trophy pellets is not merely a marketing claim but a demonstrable commitment to precision and consistency. From material selection to packaging, each step in the production process is carefully controlled to ensure a superior product. This dedication to quality translates directly to enhanced performance in field target competition, providing shooters with the confidence and consistency required to achieve optimal results. The combination of these meticulous manufacturing processes results in a pellet that performs reliably and predictably, shot after shot, providing a competitive edge in the demanding world of field target airgunning.
Frequently Asked Questions
This section addresses common inquiries regarding these pellets, providing concise and informative responses to clarify their characteristics and suitability for various applications.
Question 1: What distinguishes these pellets from standard airgun pellets?
These pellets are specifically engineered for field target competition. Key distinctions include their precise manufacturing tolerances, consistent weight and head shape (domed), and optimized ballistic characteristics for accuracy at varying distances. These features contribute to predictable trajectories and tighter shot groups, crucial for success in field target shooting.
Question 2: Are these pellets suitable for other airgun disciplines besides field target?
While primarily designed for field target, their inherent accuracy and consistent performance make them suitable for other disciplines requiring precision, such as hunter field target and precision airgun shooting. However, their specific ballistic characteristics might not be optimal for all airgun applications, such as short-range plinking or hunting.
Question 3: What is the optimal velocity range for these pellets?
Optimal velocity depends on specific airgun characteristics and environmental conditions. Generally, velocities between 800 and 950 feet per second (fps) are recommended for these pellets in field target applications. Excessively high velocities can negatively impact accuracy, while velocities below this range may lead to excessive drop and reduced effectiveness at longer distances.
Question 4: How does the domed head shape contribute to pellet performance?
The domed head minimizes aerodynamic drag, contributing to a flatter trajectory and reduced susceptibility to wind drift. This shape promotes stable flight and enhances accuracy, particularly at longer ranges, a key advantage in field target shooting. The domed head also improves energy transfer upon impact, contributing to consistent target knockdowns.
Question 5: How does pellet weight influence performance in field target shooting?
The standard weight of 5.53 grains offers a balance between trajectory, energy retention, and wind resistance. Heavier pellets retain more energy but are more susceptible to wind drift, while lighter pellets exhibit flatter trajectories but lose energy more rapidly. The 5.53-grain weight is generally considered optimal for field target, providing a suitable balance for the typical distances and wind conditions encountered in competition.
Question 6: How should these pellets be stored to maintain their quality?
Store pellets in a cool, dry environment, away from direct sunlight and extreme temperatures. Proper storage preserves their dimensional stability, lubrication, and overall performance characteristics. Avoid storing pellets in humid environments, as moisture can lead to oxidation and corrosion, negatively impacting their ballistic performance and potentially damaging the airgun barrel.
Understanding these key aspects contributes to informed pellet selection and optimized performance in field target and other precision airgun disciplines. Careful consideration of pellet characteristics and their interaction with specific airgun setups are crucial for maximizing accuracy and achieving consistent results.
The following section delves deeper into practical applications of these pellets in field target scenarios, offering insights into techniques for enhancing accuracy and maximizing effectiveness on the course.
Optimizing Performance with Precision Pellets
Maximizing effectiveness in field target shooting requires attention to detail and a thorough understanding of equipment and techniques. The following tips provide guidance on utilizing precision pellets for optimal results in field target competition.
Tip 1: Pellet Inspection and Selection: Careful inspection of individual pellets prior to use is crucial. Look for any deformities, such as dents or irregularities in the head shape. Discard any flawed pellets. Consistency in pellet shape and weight contributes directly to accuracy.
Tip 2: Barrel Cleaning and Lubrication: A clean and properly lubricated barrel is essential for consistent pellet propulsion. Regularly clean the barrel to remove lead fouling and apply a suitable airgun lubricant to minimize friction and ensure uniform muzzle velocity.
Tip 3: Consistent Airgun Charging: Maintain consistent air pressure in the airgun’s reservoir for repeatable performance. Variations in air pressure can lead to fluctuations in muzzle velocity, affecting trajectory and accuracy. Monitor air pressure regularly and refill as needed.
Tip 4: Scope Zeroing and Adjustment: Precise scope zeroing is fundamental to accurate shooting. Zero the scope at a distance relevant to the typical target ranges encountered in field target competition. Verify zero regularly and make adjustments as needed.
Tip 5: Wind Estimation and Compensation: Wind estimation is a critical skill in field target. Observe wind indicators, such as flags or vegetation, and compensate for wind drift by adjusting aim accordingly. Practice estimating wind speed and direction to improve accuracy in varying conditions.
Tip 6: Follow-Through and Consistency: Maintain consistent shooting technique, including proper breathing, trigger control, and follow-through. A consistent shooting process minimizes variations in pellet trajectory and contributes to improved accuracy. Regular practice reinforces good habits and builds muscle memory.
Tip 7: Pellet Batch Testing: Different pellet batches, even from the same manufacturer, can exhibit slight variations in performance. Test different batches to identify the batch that performs best with a specific airgun and under specific environmental conditions. Reserve this batch for competition use.
Implementing these strategies enhances overall accuracy and consistency, contributing to improved scores and a more rewarding shooting experience in field target competition. Attention to detail and consistent practice are crucial for maximizing the potential of precision pellets and achieving optimal performance.
The subsequent conclusion summarizes the key benefits of employing these techniques in pursuit of airgunning excellence.
The Significance of h&n field target trophy pellets in Competitive Shooting
This exploration has highlighted the critical role of h&n field target trophy pellets in achieving optimal performance in field target airgun competition. From their precise manufacturing and consistent weight to their aerodynamically optimized domed head shape, these pellets are specifically designed to meet the demands of this challenging discipline. The discussion encompassed material selection (lead), the importance of consistency, and the pellets’ specific suitability for field target shooting. Furthermore, practical guidance on optimizing performance, including pellet inspection, airgun maintenance, and wind compensation techniques, underscored the importance of a holistic approach to accuracy.
The pursuit of precision in airgun shooting necessitates a deep understanding of equipment and technique. h&n field target trophy pellets, through their carefully engineered design and high-quality manufacturing, provide a platform for achieving consistent accuracy and competitive success. Continued exploration of pellet characteristics, airgun technology, and shooting techniques will further refine the pursuit of excellence in the demanding and rewarding sport of field target.
