€300.00
XTC Across the Course High Power Scope (Gen II)
The Hi-Lux XTC14X34 scope was specifically designed for CMP and NRA High Power "Across the Course" Competition. The XTC14X34 scope has front objective adjustable parallax from 15 yards to infinity. As the stages for Across the Course are set at fixed distances of 200 yards, 300 yards and 600 yards, having adjustable parallax is critical in minimizing parallax error. The XTC14X34s 34mm objective lens allows for a more forgiving eyebox. Slight variations in your cheek weld across the shooting positions will not impact your view of the complete sight picture. Additionally, fine MOA click elevation and windage turrets allow for precise adjustment. The XTC14X34 is built on top of our CMR platform and is loaded with advanced design features that truly put it in a class all of its own. While the lenses of all Hi-Lux scopes feature fully multi-coated air surfaces for optimum light transmission, clarity and sharp target image, weve gone all out to use High Density Extra Low Dispersion lenses in the XTC14X34. We know the importance of quickly identifying your target and seeing it clearly, especially in the middle of a string of fire. The XTC14X34 Gen II scope features stainless steel internals for the adjustment turrets.
Purpose-built performance is delivered by the Hi-Lux XTC Across the Course High Power Scope (Gen II) for competitive shooters who require clear optics, repeatable adjustments, and a configuration designed specifically around Across the Course competition. Rather than being adapted from a conventional low-power optic, this scope has been developed for CMP and NRA High Power Service Rifle competition.
Across standing, sitting, and prone stages, dependable sight acquisition is required. Therefore, a generous 34mm objective lens, adjustable parallax, precision 1/4 MOA adjustments, and specialized competition-oriented optics have been incorporated into the design. Furthermore, stainless-steel turret internals distinguish the Gen II configuration and are intended to improve adjustment durability and consistency.
Performance has been concentrated around the requirements commonly encountered during Service Rifle competition. Consequently, unnecessary complexity has been reduced while useful competition-focused features have been emphasized.
These specifications allow the optic to balance visibility, adjustment precision, durability, and handling without forcing the shooter to rely on features designed primarily for unrelated shooting disciplines.
A major advantage offered by the Hi-Lux XTC Across the Course High Power Scope (Gen II) is found in its competition-specific configuration.
Across the Course stages are commonly fired at established 200-, 300-, and 600-yard distances. Accordingly, an optic intended for this discipline must support controlled sight adjustment as conditions, positions, and distances change.
With the XTC14X34, front-objective parallax adjustment has been provided from 15 yards to infinity. Therefore, parallax can be addressed according to the distance being used instead of being permanently fixed at one generalized setting. Hi-Lux specifically designed this capability around the fixed-distance nature of Across the Course competition.
Parallax becomes especially relevant whenever small changes in head or eye position are introduced.
Because multiple shooting positions are used throughout competition, precisely identical cheek placement cannot always be maintained. For that reason, adjustable parallax can become particularly useful when the shooter moves between stages.
Meanwhile, the larger 34mm objective contributes to a more forgiving eyebox than many compact LPVO configurations using smaller objective lenses. Consequently, minor variations in cheek weld can be accommodated more comfortably while a complete sight picture is maintained.
Reliable adjustment is essential when small corrections are required.
For this reason, the Hi-Lux XTC Across the Course High Power Scope (Gen II) is equipped with elevation and windage turrets offering 1/4 MOA adjustment increments. Fine corrections can therefore be entered without relying on unnecessarily coarse adjustment values.
During a competition, conditions may change between strings or stages. Wind values can shift, elevation settings can vary with distance, and previous settings may need to be reproduced. Consequently, positive and repeatable turret operation becomes an important part of the scope’s overall usefulness.
One of the most important upgrades incorporated into the Gen II model is the use of stainless-steel adjustment turret internals.
Compared with the earlier configuration, the updated internal construction has been introduced to improve turret durability and adjustment quality. Therefore, shooters who frequently dial between competition distances are provided with a more robust mechanical system designed for repeated use.
This improvement is especially valuable for competitors because the turrets may be adjusted repeatedly throughout training sessions and matches.
Mechanical precision alone does not create an effective competition optic. Equally important, the target must be presented clearly.
High-Density Extra-Low Dispersion glass has therefore been incorporated into the optical system. Additionally, fully multi-coated lens surfaces are used to support light transmission, image sharpness, and contrast.
As a result, target identification can be made more comfortably through changing daylight conditions. Furthermore, the generous objective diameter allows additional light to enter the optical system compared with many traditional LPVO designs using smaller objectives.
A practical 1-4X magnification range has been selected for Service Rifle competition.
At the lower end, a broad field of view can be maintained. Meanwhile, 4X magnification provides a closer target presentation when additional visual precision is required.
At 100 yards, the published field of view ranges from approximately 95 feet at 1X to 26.2 feet at 4X. Therefore, flexibility is retained while magnification remains within a practical competition-oriented range.
A specialized MOA reticle is also provided.
At 4X, the center cross measures approximately 5 MOA by 5 MOA. In addition, the horseshoe measures approximately 9 MOA internally and 11 MOA externally, while reference markings along the horizontal and vertical axes indicate 5-MOA intervals.
Because the reticle has been developed around Service Rifle use, the aiming system complements the scope’s turret adjustments rather than functioning as a generic hunting-oriented reticle.
Comfort can become increasingly important during extended practice sessions or match relays.
Approximately 3.5 inches of eye relief has been specified by Hi-Lux. Additionally, the scope measures roughly 10.2 inches long and weighs approximately 22 ounces, while a standard 30mm tube is used.
Consequently, installation can be approached using commonly available compatible 30mm mounting solutions while a manageable overall optic profile is retained.
Unlike a general-purpose optic that happens to be used in competition, the Hi-Lux XTC Across the Course High Power Scope (Gen II) was developed specifically around High Power Across the Course requirements.
Adjustable parallax supports distance-specific setup. Meanwhile, the larger objective improves light transmission and eyebox forgiveness. Fine 1/4 MOA turret adjustments support controlled corrections, while stainless-steel Gen II internals strengthen the mechanical adjustment system.
Furthermore, ED glass and fully multi-coated optical surfaces enhance the viewing system, while the dedicated MOA reticle contributes to a competition-oriented sight picture.
Ultimately, the design has been focused on helping competitive shooters maintain consistency through changing distances, positions, and match conditions.
Magnification: 1-4X
Objective Lens: 34mm
Main Tube: 30mm
Eye Relief: Approximately 3.5 inches
Field of View: 95–26.2 ft at 100 yards
Parallax Adjustment: 15 yards to infinity
Click Value: 1/4 MOA
Overall Length: Approximately 10.2 inches
Weight: Approximately 22 oz
Turret Internals: Stainless steel, Gen II
Optics: High-Density Extra-Low Dispersion glass with fully multi-coated surfaces
Primary Application: CMP and NRA High Power Across the Course competition
Precision, optical clarity, practical adjustability, and competition-specific engineering are combined in the Hi-Lux XTC Across the Course High Power Scope (Gen II).
Whether equipment is being prepared for regular training, local Service Rifle matches, or more demanding competitive events, a carefully designed optic can make equipment management considerably more straightforward. With its 1-4X magnification, 34mm objective, adjustable parallax, 1/4 MOA turrets, competition-oriented reticle, and upgraded stainless-steel turret components, the XTC Gen II provides a focused feature set rather than unnecessary complexity.
For shooters seeking an optic designed from the beginning around Across the Course competition, the Hi-Lux XTC Across the Course High Power Scope (Gen II) provides a purpose-built combination of optical performance, mechanical precision, and match-oriented usability.
For shooters comparing modern precision optics, element theos has become an important search term, especially for people researching the theos scope and premium long-range configurations such as element theos 6-36, 36×56, and element theos 6 36×56. At the same time, more versatile configurations including element optics 2-10, element 2-10 scope, and element 2 10 scope appeal to users who prefer a wider balance between close-range visibility and higher magnification. Across the broader product family, element helix, element scopes, and related models give buyers several magnification, reticle, and mounting configurations to consider.
When researching an optics-focused scopes website, customers often compare element tactical products with equipment from another optic scope manufacturer. Product searches may also include element prism, titan scope, op element, and helix scope, particularly when comparing compact optics with traditional variable-power designs. Higher magnification options such as element optics 6-24×50 can suit users who prioritize a detailed sight picture and substantial adjustment range.
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For users focused specifically on the 3-18 magnification class, search phrases include 3-18 scopes, 3-18, nightforce 3-18, best 3-18 scopes, and 3×18 scope. Even unusual formatting such as 3:18 may be entered when shoppers are trying to locate comparable models. Regardless of brand, important evaluation factors include image resolution, eye relief, turret repeatability, mechanical reliability, reticle visibility, and low-light performance.
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A competition-oriented riflescope shows its real value when it is used across multiple stages, positions, lighting conditions, and distances rather than being judged only by specifications on paper. During a full day of high-power rifle competition, the optic must support fast setup, consistent visual alignment, repeatable adjustment, and dependable target acquisition. Therefore, a practical match environment provides one of the best ways to understand how each feature contributes to the shooter’s overall experience.
Imagine arriving at the range early in the morning for a scheduled Across the Course match. Equipment is unloaded, the rifle is checked, the optic is inspected, and preliminary settings are confirmed before the first relay begins. At this stage, simplicity matters because unnecessary adjustments can introduce avoidable errors. With a practical 1-4X magnification range, a clear sight picture can be established quickly while the shooter prepares for the opening stage.
Before live fire begins, the shooter can verify elevation, windage, parallax, focus, and magnification settings. Because several stages may be completed at different distances, establishing a reliable starting point becomes extremely important.
First, the ocular focus can be checked to ensure that the reticle appears sharp without excessive eye strain. Afterward, the parallax adjustment can be set according to the expected firing distance. Since the optic offers adjustable parallax rather than a permanently fixed setting, the sight picture can be refined according to the stage being fired.
This flexibility becomes especially useful for shooters who participate in regular training sessions as well as organized matches. Although the distances may be known in advance, environmental conditions, target placement, eye position, and shooting posture can still influence visual consistency.
Once the basic setup has been completed, the shooter can confirm that the turrets are returned to the correct starting values. By doing this carefully before the match begins, later elevation and windage changes can be made with greater confidence.
The first demanding practical scenario commonly involves the standing position. Here, stability is naturally more limited than it is in supported or prone firing positions.
Because the rifle is being supported entirely by the shooter, a broad and easy-to-acquire sight picture becomes particularly important. At lower magnification, movement appears less exaggerated, allowing the shooter to concentrate on natural point of aim, trigger control, breathing, and alignment.
Instead of immediately maximizing magnification, many shooters may prefer a lower setting during standing strings. The broader field of view can make target acquisition feel more natural, while the reticle remains visible enough for controlled aiming.
Furthermore, the relatively generous eye relief can help maintain a usable sight picture even when head position changes slightly during offhand shooting. This is valuable because maintaining a perfectly identical cheek weld is generally more difficult while standing than while firing from a supported position.
As the rifle moves naturally within the aiming area, the shooter can allow the reticle to settle rather than attempting to force it onto the target. This approach supports smoother trigger operation and can reduce the temptation to overcorrect small movements.
During a rapid-fire stage, the demands placed on the optic change considerably.
Now, the shooter must transition into position, acquire the target quickly, maintain alignment, and complete the string within the required time limit. In this situation, excessive magnification can sometimes make target reacquisition slower. Therefore, a moderate magnification level may provide a practical balance between target definition and situational awareness.
Once the shooter settles into the sitting or kneeling position, the sight picture can be reacquired immediately. A large objective lens can help support a more forgiving viewing experience, particularly when the head is not positioned in precisely the same place after every shot.
This becomes especially useful during rapid strings because small variations in posture naturally occur as recoil is absorbed and the rifle settles back into position.
A clear reticle also helps the shooter recognize whether the rifle has returned to the intended aiming area. Consequently, less time is spent searching for the target between shots.
If the wind changes slightly between the standing and rapid-fire portions, a small windage correction can be applied using the turret. The 1/4 MOA adjustment value allows relatively fine changes to be introduced without requiring large mechanical movements.
As the firing line moves to the next distance, repeatable turret adjustment becomes more important.
The shooter can refer to established elevation data and dial the required correction. Because these adjustments may be performed repeatedly during training and competition, positive mechanical feedback becomes valuable.
Rather than relying entirely on holdover, the elevation turret can be adjusted to place the reticle closer to the desired point of aim. This method can simplify the visual process and allow the shooter to maintain a more consistent sight picture.
After the elevation correction has been entered, the parallax setting can also be refined for the new distance. This step helps reduce apparent reticle movement caused by small changes in eye position.
During competition, this can be especially helpful because fatigue often increases as the day progresses. Even highly experienced shooters may find it harder to maintain identical head placement after several strings. Adjustable parallax therefore provides another method of maintaining consistency when physical precision begins to become more challenging.
At 300 yards, rapid prone introduces a different combination of stability and time pressure.
The prone position naturally offers greater support than standing or sitting. As a result, slightly higher magnification can be used more comfortably if desired.
With the rifle positioned firmly against the shoulder, the shooter can establish a repeatable cheek weld and observe the target more precisely. Meanwhile, the optic allows the target to remain clearly defined without forcing the shooter into extremely high magnification that might reduce field of view too severely.
During the firing string, the rifle will still move under recoil. However, because the magnification range remains moderate, target reacquisition can remain relatively fast.
This balance can be useful for competitors who want enough magnification to identify the aiming area clearly while still maintaining an efficient visual transition from shot to shot.
The 600-yard stage provides one of the clearest examples of how practical adjustment capability can affect competition performance.
At this distance, even relatively small wind changes can move the point of impact noticeably. Therefore, careful observation and controlled corrections become increasingly important.
Before firing, the shooter can dial the established 600-yard elevation setting. The parallax adjustment can then be set for the longer distance, and magnification can be increased to provide a more detailed view of the target.
Because the stage is slow fire, there is more time available to evaluate conditions before each shot. The shooter can observe wind indicators, review previous impact information, and decide whether a correction should be made.
Instead of making large adjustments, fine 1/4 MOA turret movements can be used to introduce smaller changes. This level of adjustment can be beneficial when the shooter wants to respond carefully to environmental variation without overcorrecting.
Wind management creates one of the most realistic practical tests for any precision-oriented optic.
Suppose the first several shots are centered, but the wind begins to increase from one side. Rather than altering the entire aiming process, the shooter can apply a measured windage correction.
After the adjustment is made, the reticle can still be held consistently on the same visual reference point. This reduces mental workload because the aiming reference remains familiar.
If the wind later decreases, the previous correction can be removed. Repeatable turret movement becomes important here because the shooter expects the optic to return to the earlier setting predictably.
During long matches, these adjustments may be repeated several times. Therefore, mechanical consistency is not simply a technical specification; it becomes a practical advantage that supports confidence in every correction.
Practical use is not limited to formal competition.
During training sessions, the optic can be used to build reliable data for different distances and ammunition combinations. For example, a shooter may begin at shorter range to confirm zero before progressing to 200, 300, and 600 yards.
At each distance, elevation data can be recorded carefully. Over time, the shooter develops a repeatable reference system that can be used during later matches.
Because the turret adjustments are fine enough for controlled corrections, small zeroing changes can be made without introducing unnecessarily large shifts.
Likewise, adjustable parallax allows the optic to be configured appropriately throughout the training session. This can be particularly beneficial when practice begins at shorter range before progressing to normal competition distances.
Lighting conditions often change during a full day at the range.
Morning light may be soft, while midday conditions may become extremely bright. Later, cloud cover can reduce contrast. Therefore, optical clarity and usable light transmission become increasingly important.
A well-designed optical system helps preserve target definition as conditions change. Rather than constantly fighting glare or struggling to distinguish the target face, the shooter can remain focused on position and shot execution.
Fully multi-coated lenses can also support contrast, which becomes valuable when targets are positioned against visually complex backgrounds.
Although no optic can eliminate every environmental challenge, clear glass and a practical objective size can make long shooting sessions more comfortable.
Fatigue is another realistic part of competition.
As a match progresses, maintaining perfect posture, cheek weld, breathing rhythm, and eye alignment becomes more difficult. Small inconsistencies that were not noticeable earlier in the day may begin to appear.
A forgiving eyebox and practical eye relief can help reduce the impact of minor positional changes. Similarly, correctly adjusted parallax can help minimize apparent reticle movement when eye position shifts slightly.
These features do not replace good technique. However, they can support good technique by making the optical system less demanding when the shooter is already managing multiple physical and mental tasks.
For shooters who are relatively new to High Power competition, a straightforward control layout can also reduce the learning curve.
Rather than dealing with an excessive number of complex features, the shooter can focus on the adjustments that matter most: magnification, parallax, elevation, windage, and focus.
During early practice sessions, each control can be learned individually. Magnification can be adjusted while studying field of view. Parallax can be tested at different distances. Turrets can be dialed and returned while confirming mechanical repeatability.
Over time, these processes become automatic.
Consequently, the shooter spends less time thinking about the optic and more time concentrating on position, trigger control, breathing, wind observation, and match strategy.
Experienced shooters may value the same features for different reasons.
Rather than learning the controls, they are often concerned with repeatability, consistency, and efficient match preparation.
An experienced competitor may already have detailed elevation data, preferred magnification settings, and established wind strategies. In that situation, the optic becomes a tool for executing an existing system.
Before each stage, the correct settings can be entered quickly. During the string, only necessary corrections need to be made. Afterward, the settings can be returned to the required values for the next distance.
This predictable workflow can improve efficiency throughout the entire match.
A full practical use cycle may therefore look like this:
The rifle is inspected and zero settings are verified before the first relay. Lower magnification is selected for the standing stage to maintain a broad field of view. Parallax is adjusted for the firing distance.
During rapid sitting or kneeling, moderate magnification is retained so the target can be reacquired quickly. Fine windage corrections are applied if conditions require them.
At 300 yards, the elevation turret is adjusted using established data. Parallax is refined, and magnification is increased slightly for improved target definition.
Later, at 600 yards, elevation is dialed again. Higher magnification is selected, parallax is carefully adjusted, and windage corrections are introduced according to changing conditions.
Throughout the day, the optic continues to support the same fundamental process: acquire the target, maintain a clear sight picture, make precise adjustments when required, and return confidently to established settings.
The strongest advantage of a competition-focused optic becomes visible when several features work together rather than individually.
Magnification supports flexible target presentation. Adjustable parallax helps maintain visual consistency. Fine turret increments allow controlled corrections. A competition-oriented reticle provides a familiar aiming reference. Generous eye relief and a practical objective size improve usability across multiple shooting positions.
Together, these characteristics create an optic that can support the shooter throughout an entire Across the Course match.
Whether the user is preparing for a first competition, refining an established training program, or trying to improve consistency across multiple firing distances, the practical benefits become most apparent under real range conditions. Instead of demanding constant attention, the optic can become a dependable part of the shooting system.
Ultimately, successful competition performance depends on skill, preparation, ammunition consistency, environmental awareness, and disciplined shot execution. However, when the optical equipment is predictable, clear, and easy to adjust, the shooter can dedicate more attention to those factors that matter most during every stage of the match.
Calibers: Most common are .177 (4.5mm) for speed/flat trajectory and general use, and .22 (5.5mm) for better hunting knockdown power. Larger “big bore” (.25, .30, .357+) exist for hunting bigger game where legal.
Yes, many modern PCP and springers deliver enough energy for small game (rabbits, squirrels, birds) and even larger game in some areas. Muzzle energy (in ft-lbs or joules) matters more than velocity alone. Always match caliber, pellet weight, and energy to the game and check local hunting regs.
Treat every airgun as if it is loaded.
Follow these rules strictly—airguns cause real injuries.
Laws differ dramatically by country, state/province, and even city. Always verify current local laws before buying, owning, transporting, or using an airgun. Age restrictions (often 18+) are common.
Examples (summaries only; check official sources):
Resources: Wikipedia “Air gun laws”, airgun forums, or official government sites. For travel, research transit laws carefully.
Consider:
Buy from reputable dealers and consider warranties.
Follow your model’s manual. Basic care extends life significantly.
Pellets are the most common projectile (lead or lead-free). Match them to your gun, caliber, and purpose—test several brands as accuracy varies by barrel.
Tips: Heavier pellets in .22/.25 for hunting (better momentum). Lighter in .177 for speed/flat trajectory. Always check head size fit (e.g., 4.51-4.53mm variants).
Muzzle energy (ft-lbs or joules) matters more than velocity. Ethical shots require precise placement (head/heart-lung) within effective range.
Rough Guidelines (adjust for distance, pellet, and local laws):
PCPs dominate serious hunting due to power and shot count. Springers/gas rams work well for small game but require skill. Always prioritize clean kills and check seasons/species rules.
Common Issues:
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Budget Tip: Start with a quality springer (~$150-400) before investing in PCP setup.
Airgunning offers endless depth—from backyard plinking to precision competition and ethical hunting. Prioritize safety, legality, and practice. If you want specifics (e.g., recommendations for a country, budget, hunting small game, or a particular type like PCP vs springer), let me know for more targeted info! Shoot responsibly.
Tuning improves accuracy, reduces noise/recoil, or increases power (within legal limits).
Caution: Check laws—power increases may reclassify your gun. DIY only if experienced; professional tuners recommended.
You must be at least 18 years old to purchase any airgun or related accessories from our store. By placing an order, you confirm that you meet the legal age requirements in your state or country.
Yes. Orders may require age verification before processing and shipping. In some cases, we may request a valid government-issued ID to confirm eligibility.
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