€300.00
ART M1000PRO 2X-10X42 Scope with Red MOA Reticle
For the 50th anniversary of Jim Leatherwoods legendary Automatic Ranging Trajectory (ART) scope, Hi-Lux introduces the redesigned ART M1000-PRO. The original Auto-Ranging Telescope (ARTel) was issued to US Army and Marine Corp servicemen over 40 years ago. Since then, Hi-Lux has refined and improved the ART systems general cam to compensate the bullet drop of virtually any caliber. The ART scopes integrated mount provides external adjustment through the Trajectory cam. Selecting the proper cam setting will effectively match your rifles trajectory curve to the curve of the trajectory cam. There are two ways to automatically compensate for trajectory when using the ART scope: 1) Framing known sized targets within the HR1 reticle 2) Dialing the Cam to a known distance Once the known size target is framed, the ART scope will automatically compensate for bullet trajectory from 200 out to 1000 yards. This means no holdover or guesswork. The M1000-PRO Trajectory cam has been designed to be modular and interchangeable. Caliber specific cams will be introduced in the future.
Precision, versatility, and proven ranging technology are brought together in the Hi-Lux ART M1000PRO 2X-10X42 Scope with Red MOA Reticle. Designed around the legendary Automatic Ranging Trajectory system, this advanced riflescope has been developed for shooters who value efficient ranging, practical trajectory compensation, and dependable optical performance across changing distances.
Rather than relying exclusively on conventional holdover calculations, users can take advantage of the integrated ART trajectory system. Once the system has been properly configured for the rifle and ammunition combination, trajectory compensation can be incorporated into the ranging process. Consequently, faster adjustments can be made when distances change.
Furthermore, the versatile 2-10x magnification range allows both relatively close targets and more distant objectives to be viewed effectively. At the same time, the 42mm objective lens provides a balanced combination of light transmission, manageable dimensions, and useful optical clarity.
For hunters, recreational shooters, and precision-oriented users who appreciate traditional MOA adjustments combined with specialized ranging technology, the Hi-Lux ART M1000PRO 2X-10X42 Scope with Red MOA Reticle offers an especially distinctive optical platform.
At the heart of this scope is Hi-Lux’s Automatic Ranging Trajectory, or ART, system. The technology traces its heritage to Jim Leatherwood’s original Auto-Ranging Telescope concept, while the modern M1000PRO incorporates refinements intended for contemporary shooting applications.
Through the integrated mount and trajectory cam, external trajectory adjustment can be performed as range changes. Once the appropriate cam setting has been matched to the firearm’s ballistic trajectory, compensation can be applied over extended distances.
Two practical ranging approaches are supported. A known-size target can be framed through the reticle, or the trajectory cam can be dialed when the distance has already been established. According to published product information, the system can provide trajectory compensation from approximately 200 to 1,000 yards, depending on correct setup and ballistic configuration.
Therefore, conventional guesswork associated with long-distance holdover can potentially be reduced.
A useful balance between field awareness and target identification is provided by the 2-10x magnification system.
At 2x, a comparatively broad field of view can be maintained. As a result, targets can be located more quickly, while situational awareness can remain comfortable in closer-range environments.
When additional target detail is required, magnification can be increased progressively toward 10x. Consequently, the same optic can remain practical across a wide range of shooting distances without forcing users to choose between a dedicated low-power optic and a much larger high-magnification scope.
The 42mm objective has been selected to create a practical compromise between optical performance and overall size.
Sufficient light can be gathered for normal daytime and changing-light applications, while excessive bulk is avoided. Moreover, the optical system has been listed with fully multi-coated lenses and ED glass in available specifications, helping support image clarity and contrast.
Target reference points are made easier to identify through the HR1 MOA ranging reticle.
Because the reticle is MOA-based, shooters who already work with minutes of angle can maintain a familiar measurement system. Meanwhile, red illumination can improve reticle visibility when the target or background does not provide sufficient contrast.
Multiple illumination settings have also been specified for the optic, allowing brightness to be adapted according to surrounding conditions rather than being restricted to one illumination level.
Since the reticle is positioned in the second focal plane, its apparent size remains consistent as magnification is changed.
Published specifications list a 30mm tube, 1/4 MOA click adjustments, CR2032 battery operation, and a Picatinny mounting system.
Fine zeroing adjustments can be achieved through the 1/4 MOA click system.
Instead of being limited to coarse correction increments, shooters can make controlled changes to point of impact. This becomes especially useful while establishing an accurate zero before configuring the ART trajectory system.
Additionally, external windage adjustment has been incorporated into the front portion of the mounting system. Therefore, the overall ART configuration differs significantly from a conventional riflescope and ring combination.
Another notable characteristic is the integrated mounting arrangement.
Rather than requiring users to purchase ordinary standalone scope rings, the ART system has been designed around a dedicated mount that interfaces with a Picatinny rail. This mounting architecture is important because mechanical movement associated with the trajectory cam forms part of the ART operating concept.
Consequently, the Hi-Lux ART M1000PRO 2X-10X42 Scope with Red MOA Reticle should be viewed as an integrated optical and trajectory-compensation system rather than merely a traditional riflescope.
Field equipment needs to tolerate considerably more than controlled bench conditions.
For that reason, durable aluminum construction has been employed. Available specifications list 6061-T6 aluminum, while weather resistance, shock resistance, fog resistance, and an IP66 water-resistance rating are also identified for the model.
Accordingly, the optic has been designed with changing outdoor environments in mind.
A matte exterior finish additionally helps keep distracting reflections under control. Meanwhile, protective accessories such as flip-up lens covers can help protect exposed optical surfaces during transport and storage.
Many riflescopes provide magnification, elevation adjustment, and a reticle. However, the Hi-Lux ART M1000PRO 2X-10X42 Scope with Red MOA Reticle adds a specialized mechanical ranging and trajectory-compensation concept.
Once the system has been properly calibrated, a known-size target can be framed through the ranging reticle while the ART mechanism assists with corresponding trajectory adjustment. Alternatively, when distance has already been measured, the cam can be dialed directly.
Because of this design, shooters interested in historical Leatherwood ART technology can gain access to an updated implementation without giving up useful modern features such as illumination, variable magnification, modern lens coatings, and a Picatinny-compatible mounting platform.
Not every situation requires extreme magnification.
Indeed, excessive magnification can reduce field of view and make target acquisition more difficult. With a starting magnification of 2x, the M1000PRO remains usable when wide visual awareness is valuable.
Conversely, the upper 10x setting provides substantially greater target detail when distance increases.
Therefore, the optic can transition naturally between broader observation and more deliberate aiming without requiring equipment changes.
Shooters who appreciate mechanical innovation, MOA-based ranging, and adaptable magnification will find several compelling attributes in this model.
Above all, its identity is defined by the ART system. Distance estimation and trajectory compensation have been integrated into one coordinated platform, while the HR1 MOA reticle provides the visual reference needed to support the system.
Furthermore, the red illumination system can improve reticle definition when environmental contrast becomes challenging. The 2-10x magnification range adds versatility, whereas the 42mm objective keeps the optical package practical.
Durability has also been considered through aluminum construction and environmental sealing. At the same time, precise 1/4 MOA adjustment capability supports careful zeroing and refinement.
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Ultimately, the Hi-Lux ART M1000PRO 2X-10X42 Scope with Red MOA Reticle represents much more than a conventional variable-power riflescope.
Its integrated ranging system, trajectory cam, MOA reticle, illuminated aiming references, versatile magnification range, and durable construction have all been combined around one objective: making changing-distance engagement more systematic.
Whether historical ART technology is especially appealing or a practical trajectory-compensating optic is being sought, the M1000PRO delivers a distinctive combination of established design principles and contemporary optical features.
For shooters who want a versatile 2-10×42 riflescope with a red illuminated MOA reticle, integrated mounting architecture, and a trajectory-compensation system capable of supporting demanding field applications, the Hi-Lux ART M1000PRO 2X-10X42 Scope with Red MOA Reticle deserves serious consideration.
A variable-power optic with an integrated ranging and trajectory-compensation system becomes especially useful when shooting conditions change quickly and target distances cannot be treated as fixed. Instead of being limited to one specific type of field environment, the optic can be adapted to closer observation, intermediate-distance target engagement, and more deliberate long-range shooting. Because magnification, ranging references, illumination, and trajectory adjustment are combined into one platform, practical use can remain straightforward once the system has been properly configured.
Before any practical shooting session begins, the optic should be mounted securely and checked carefully. Correct installation is essential because repeatable accuracy depends on maintaining a consistent relationship between the rifle, mounting system, and optical axis.
First, the mounting interface should be inspected for dirt, oil, or debris. Once the rail has been cleaned, the mount can be positioned so comfortable eye relief is maintained while the shooter assumes a natural firing position. Rather than forcing the head forward or backward, the optic should be aligned so a full sight picture can be obtained immediately.
Next, the rifle should be zeroed using the ammunition that will actually be used in the field. Different projectile weights, velocities, and ballistic characteristics can produce noticeably different trajectories. Therefore, using one load during zeroing and another during practical shooting can reduce the usefulness of any trajectory-compensation system.
After a dependable zero has been established, the ranging and trajectory mechanism can be configured to correspond with the ballistic performance of the selected ammunition. This stage should not be rushed. Accurate setup provides the foundation for reliable performance later.
At shorter distances, a lower magnification setting can provide several advantages. A wider field of view can be maintained, target acquisition can be accelerated, and surrounding movement can be monitored more easily.
Imagine a shooter observing a large open section of farmland, woodland edge, or recreational range. A target may appear unexpectedly at a comparatively short distance. Instead of searching through a narrow, highly magnified sight picture, the shooter can remain at the lower end of the magnification range.
The target can then be located quickly, while enough surrounding terrain remains visible to maintain awareness of the environment.
This flexibility can be particularly useful when moving between shooting positions. If the rifle is being carried through varying terrain, keeping magnification low allows the optic to remain ready for unexpected closer-range opportunities.
Once additional detail becomes necessary, magnification can be increased gradually rather than changed abruptly.
Intermediate distances represent one of the most practical environments for a variable-power optical system.
At these distances, a moderate magnification setting can provide enough visual enlargement to identify precise aiming points while retaining a usable field of view. The shooter can therefore balance detail with situational awareness.
Consider a steel target positioned several hundred yards from the firing point. At low magnification, the target may remain visible but comparatively small. By increasing magnification, the aiming reference can be placed more precisely without immediately moving to maximum power.
Meanwhile, the MOA-based reticle can provide useful visual references. Instead of treating the reticle as a simple central aiming point, the shooter can use its markings to evaluate target size, estimate corrections, and understand the relationship between point of aim and expected impact.
When wind conditions are present, horizontal references can also help the shooter make informed corrections. Although wind remains variable and must be judged carefully, a clearly defined reticle provides a structured visual system for applying measured holds.
One of the strongest practical advantages of an integrated ranging system becomes evident when the exact target distance is unknown.
Suppose a shooter is observing a target located across an open field. The target is clearly visible, but its distance has not been measured with an external rangefinder.
If the approximate dimensions of the target are known, the ranging references can be used to estimate distance. The shooter can frame the target according to the reticle system and make the required adjustment using the integrated trajectory mechanism.
Because ranging and trajectory compensation are designed to work together, the process can become more efficient than estimating distance first and then calculating a completely separate holdover.
However, accurate results still depend on correct calibration and proper technique. The system should therefore be practiced extensively on known-distance targets before being relied upon in more demanding situations.
Range markers at 100, 200, 300, 400, and 500 yards can be used during practice. By comparing known distances with optical estimates, the shooter can develop greater confidence in the ranging process.
An integrated trajectory system can also be useful when distance has already been established.
For example, a rangefinder may indicate that a target is positioned at a specific distance. Rather than estimating the range through the reticle, the shooter can use the known measurement and apply the corresponding trajectory setting.
This creates a useful combination of modern electronic ranging and mechanical optical compensation.
A shooter might measure a distant target, adjust the trajectory system accordingly, establish a stable firing position, and then concentrate on wind, trigger control, and follow-through.
By separating elevation compensation from the final firing sequence, mental workload can be reduced. Instead of attempting to remember an approximate holdover, a more structured correction can be applied.
When target detail becomes more important, higher magnification can be selected.
Imagine a small target placed near the far end of a shooting range. At moderate magnification, the target can be identified easily, but the exact center may still be difficult to distinguish. Increasing magnification provides a more detailed aiming picture and allows finer shot placement.
Maximum magnification can be especially useful from supported positions. When a rifle is rested on a bench, bipod, shooting bag, or stable field support, additional magnification can be used more effectively because rifle movement has already been reduced.
However, maximum magnification is not always necessary.
Higher power also magnifies natural movement, atmospheric distortion, heat shimmer, and minor instability. Therefore, experienced shooters often use only as much magnification as conditions require.
A slightly lower setting may provide a cleaner and more stable image during heavy mirage or unstable shooting conditions.
During lawful hunting activities, adaptable magnification can be especially valuable because opportunities rarely occur at one predictable distance.
A shooter may begin the day moving through dense terrain where shorter sight lines dominate. Low magnification can be maintained to support quick observation and a wide field of view.
Later, the terrain may open into fields, valleys, or larger clearings. At that point, magnification can be increased so distant animals or reference points can be observed more clearly.
Importantly, target identification should always be completed before any firing decision is made. Magnification can assist with visual assessment, but proper identification, a safe background, and compliance with local hunting regulations remain essential.
If a legal and appropriate shot is eventually considered, the ranging system can help determine whether the target is within a distance the shooter has practiced successfully.
The optic should never be treated as a replacement for shooting discipline. Instead, it can be used as a tool that supports a well-practiced process.
A structured shooting range provides one of the best environments for learning how the system behaves.
Targets can be positioned at multiple known distances, allowing the shooter to test ranging accuracy, magnification preferences, and trajectory settings under controlled conditions.
A practical training session might begin at 100 yards with confirmation of zero.
Afterward, the shooter can move to 200 yards and observe how point of impact changes. The trajectory system can then be adjusted and compared against actual results.
The same process can be repeated at 300, 400, and greater distances where the range safely permits.
Rather than immediately attempting difficult shots, gradual progression allows useful data to be collected.
Notes can be recorded for ammunition type, environmental conditions, magnification setting, range adjustment, wind correction, and actual impact location.
Over time, these records can reveal patterns that improve consistency.
Illuminated reticle functionality can become particularly helpful when contrast is poor.
During bright daylight, illumination may not be required. A conventional dark reticle can often remain clearly visible against light-colored targets.
However, visibility may become more difficult when the target is positioned against dark vegetation, shaded terrain, or another low-contrast background.
In these circumstances, red illumination can help the aiming references remain identifiable.
Brightness should be kept only as high as necessary. Excessive illumination can cause the reticle to appear overly bright and may reduce target clarity.
A lower illumination setting can often provide a cleaner aiming reference in subdued conditions.
Trajectory compensation primarily addresses elevation, but real-world shooting also requires attention to wind, temperature, atmospheric conditions, and shooting angle.
For instance, a correctly adjusted elevation setting does not automatically compensate for a strong crosswind.
The shooter must still evaluate wind direction and speed before applying an appropriate horizontal correction.
At longer distances, even moderate changes in wind can shift impact significantly.
Similarly, temperature and air density can influence projectile behavior. Ammunition that performs one way during cool morning conditions may produce slightly different results during a hot afternoon.
For this reason, practical experience remains important.
The optic can simplify part of the ballistic process, but environmental judgment must still be developed through practice.
Optical performance can only be fully utilized when the rifle is controlled effectively.
From a bench or prone position, a stable rest can reduce movement and make higher magnification easier to use.
A bipod may provide front support, while a rear bag can help maintain elevation and alignment.
In field conditions, however, ideal support may not always be available.
A tree, shooting stick, backpack, barricade, or other appropriate support can sometimes be used to stabilize the rifle.
When shooting from kneeling or standing positions, reducing magnification can make natural movement appear less dramatic and provide a more manageable sight picture.
Therefore, magnification should be selected according to shooting stability rather than distance alone.
Rifles and optics can experience vibration or impact during transportation.
After a long trip, rough vehicle ride, or extended period in storage, zero should be confirmed before important shooting begins.
A simple confirmation group can reveal whether the system has retained alignment.
Mounting fasteners should also be inspected periodically.
Although durable construction is intended to withstand normal field use, routine checks remain good practice.
Lens surfaces should be kept free from dust, moisture, and fingerprints. Protective covers can be used during transport, while appropriate lens-cleaning materials should be used when cleaning becomes necessary.
The greatest practical advantage of an advanced optical system is achieved when its operation becomes familiar.
A shooter who understands the magnification control, ranging references, illumination settings, trajectory mechanism, and adjustment system can operate them more efficiently than someone using the equipment for the first time.
Repeated practice helps establish a predictable sequence:
identify the target, determine distance, select appropriate magnification, apply the required correction, verify a safe firing environment, establish a stable position, and execute the shot with controlled trigger technique.
When this process is repeated consistently, equipment adjustments become less distracting.
Instead, attention can remain focused on safety, target identification, environmental conditions, and shooting fundamentals.
Ultimately, the system is most useful when it supports disciplined marksmanship rather than attempting to replace it. With careful calibration, regular practice, and appropriate use of magnification and ranging features, the optic can provide a versatile platform for recreational range work, precision practice, and lawful field applications across a broad variety of distances and environmental conditions.
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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