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Adjustable Rifle Scope Mounts - What - Why - Benefits
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Adjustable Rifle Scope Mounts - What - Why - Benefits What are Adjustable scope mounts Mounts, 1 and 2 piece which allow for various adjustments, making them useful for precision shooting and compensating for range or elevation changes or improving eye relief or positioning problems. Why mighty you need adjustable mounts The biggie - Running out of Elevation One of the most common rifle scope problem reports we get is that I have used all the elevation and it is still shooting too low / high. The scope is defective I want to send it back!! We won’t go into detail on this, it needs a blog article. But a summary can be said to be that if the scope is visibly adjusting but runs out of clicks then defect is 99% unlikely, other factors in set up, rifle barrel alignment or range are probably involved. Major reasons for running out of elevation when set up error not involved Long Range Shooting: If shooting very long range then the scope may simply not have enough elevation range to adjust for bullet drop. Barrel droop: Some air rifles, especially older ones have barrels that have been mounted in the receiver so that its axis points downward (full article here) May seem crazy but it is so. This can cause many scope mounting and especially elevation range problems. Incorrect or bad mounts: The mounts you have might be faulty causing the scope to align badly. Or they may be too high for the scope and reducing the adjustment range. High Magnification = Fewer clicks As a rule the higher a scopes magnification the lower it’s adjustment range is. Thus if one of more of the above are involved on a high mag scope the chances of having a problem shoot up (pun intended) Feel free to spend £4000 on a top end scope with massive adjustment range and high mag – or maybe £100 on adjustable mounts! To solve the above and some other problems a great solution is an adjustable scope mount. But the adjustable scope mount is not just to solve elevation problems. Adjustable mounts also offer flexibility in positioning and alignment of a rifle scope and can help with zero tweaking as well as simply not having to use the turret adjustment as much. Adjustable Mounts key features and benefits: Height/Elevation Adjustment: Adjust the vertical alignment of the scope. Useful for long-range shooting to compensate for bullet drop over distance. Common in mounts designed for extreme long-range shooting (ELR). Or for when a bit more height is needed so a scope does not touch the rifle body, to get the distance over rifle body “just right” Windage Adjustment: Adjust the horizontal alignment. Helps correct for wind drift or scope misalignment with the rifle’s barrel. A handy way to adjust zero horizontally in order not to take away elevation clicks Cant/Angle Adjustment: Some adjustable mounts allow for setting the scope at an angle (like a 20 MOA or 30 MOA tilt) to maximize the elevation adjustment in the scope for long-range shooting. Extend the effective elevation adjustment range of the scope without running out of adjustment in the optic. Eye Relief and Positioning: Adjustable mounts offer flexibility in moving the scope forward or backward to accommodate proper eye relief. This is especially useful for different shooting positions or rifles with limited rail space. Common Features: MOA Adjustability: Many adjustable mounts feature a built-in tilt (e.g., 20 MOA or more) to aid in compensating for long-distance shots without adjusting the scope too much. Tool-Free Adjustments: Some mounts allow for quick, tool-free adjustments, while others may require specific tools for more precise tuning. Quick-Detach (QD) Options: Certain adjustable mounts come with QD mechanisms, allowing for easy removal and reinstallation without losing zero. Advantages: Precision: Ideal for long-range shooting and competitive shooting where accuracy and fine-tuning are crucial. Adaptability: Adjustable mounts are versatile, allowing for quick adaptations to changing shooting conditions. Enhanced Range: By adjusting cant and elevation, shooters can effectively increase the range of their scopes. Applications: Long-Range and Precision Shooting: Shooters who frequently engage targets at varying distances or extreme ranges benefit most from adjustable mounts. Tactical and Hunting Scenarios: Adjustable mounts provide flexibility in mounting and aligning optics for various field conditions. READ ARTICLE
Two Piece Scope Ring Mounts - Pro and Cons
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Two Piece Scope Ring Mounts - Pro and Cons Two piece mounts are the most commion type of mount, but should you choose them over 1 piece? Here are some pros and cons of 2 piece scope mount rings to consider when buying. Pros: Lightweight - Two-piece mounts are generally lighter than one-piece mounts because they use less material. This makes them a popular choice for hunters or shooters who prioritize weight reduction on their rifle setup. Less Bulk - With two individual bases, these mounts are less bulky, making them less likely to interfere with bolt operation or magazine clearance, especially on rifles with shorter actions. Increased Customization - Two-piece mounts offer more flexibility in scope positioning. You can move the rings independently to adjust for different scope lengths and achieve the optimal eye relief. Better Aesthetics - Many shooters prefer the cleaner, more streamlined look of two-piece mounts, especially on traditional hunting rifles or classic-style firearms. Lower Cost - Typically, two-piece mounts are more affordable compared to one-piece mounts due to their simpler design and reduced material. Compatibility – Two-piece mounts are more flexible for rifles that do not have long rails, or have things like magazines that stop a 1 piece being used. There are models from Sportsmatch for special receivers such as 13mm, 15mm and 17mm dovetails  holes, making them suitable for rifles with traditional mounting systems such as various BSA, CZ, Tikka, parker Haile etc. Compact scope – Most 1pc mounts are too long for compact scopes. 2 piece have no such problem. Large saddle scope – some scopes with big centre turret saddles ground out on 1 pc mount centre bases. With correct height 2 piece this is no problem. Cons: Less Stability - Two-piece mounts are inherently less stable than one-piece mounts because they lack the continuous, solid base. This can lead to alignment issues or a slight shift in zero under heavy recoil or rough handling. More Complex Installation - Installation can be more complex because each ring must be individually aligned. If the rings aren’t perfectly aligned, it can cause stress on the scope tube or affect accuracy. Weaker Under Heavy Recoil - Two-piece mounts may not be as durable or recoil-resistant as one-piece mounts, especially for high-recoil calibers or tactical rifles where stability is crucial. Can Lose Zero - Since the rings are mounted separately, two-piece systems may lose zero more easily, especially if the rifle experiences rough use or if the scope is removed and reinstalled frequently. Limited Additional Features - Two-piece mounts rarely offer integrated features like cant (e.g., 20 MOA) for long-range shooting, which is more commonly found in one-piece mounts. Potential for Misalignment - If not installed correctly, two-piece mounts are more prone to misalignment, which can torque the scope and cause damage or reduce accuracy over time. Summary: Two-piece scope mounts are lighter, less bulky, and offer greater flexibility in scope positioning, making them ideal for hunting rifles and traditional firearms. However, they can be less stable and more prone to misalignment than one-piece mounts, especially on high-recoil rifles or precision setups. They are typically more affordable but may require more careful installation to avoid issues with scope alignment. READ ARTICLE
One Piece Mounts - Pros and Cons
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One Piece Mounts - Pros and Cons One piece mounts are a popular choice for many shooters but there are some factors to consider. Heere are the pros and cons of the one piece design to consider when deciding if they are for you Pros and Cons of One-Piece Scope Mounts Pros: Alignment - The one-piece design ensures that both rings are 100% aligned, reducing the chance of scope misalignment, which can negatively affect accuracy. Stability and Recoil Resistance - One-piece mounts offer greater stability due to their solid structure, particularly useful for high-recoil rifles or tactical shooting. Durability - More durable and rigid than two-piece mounts, as there are fewer individual parts that can wear or fail over time. Holds Zero Better - The solid construction helps maintain zero more reliably, even after removing and reinstalling the scope. Easier to install compared to two-piece mounts since you don’t have to worry about aligning two separate bases. Elevated Mounting - Typically offers slightly higher scope placement, providing extra clearance for large objective lenses and better cheek weld positioning. Additional Features - Many one-piece mounts come with integrated features like 20 MOA slants for long-range shooting, giving more adjustment for elevation. Cons: Heavier - One-piece mounts tend to be heavier than two-piece options, not well suited for lightweight builds or for hunting where every ounce matters. Bulkier – The build an interfere with other components on the rifle or make the rifle less maneuverable in tight spaces. Less Customization – 1 piece mounts generally offer less flexibility in terms of how far forward or backward you can mount the scope, limiting adjustments for eye relief. Though a cantilever design can get round this. Cost – Often more expensive than two-piece mounts due to their more robust construction and added material. Rail Limitations - Some rifles may not have enough space on the rail or may have a top magazine or bolt that does not allow for a once piece. Compact scope fitting – Most 1 piece mounts have a length that is too long for most compact scopes ocular and objective bell distances - what we call the Total Mounting distance. see post diagram. For example, if you have 100mm mounting distance but the ring is say 126mm (see image example) then not gonna fit Large saddle scope problems – the height from base to ring bottom may be too little for some scopes with big centre turret saddles. Check your scope if it is big compared to the scope measures READ ARTICLE
Thermal Night Vision Technical Terms Explained NETD mK Resolution Focal Length - what does it all mean for what you see
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Thermal Night Vision Technical Terms Explained NETD mK Resolution Focal Length - what does it all mean for what you see Thermal Imaging Technology for Hunting and Observation Whether you are a professional hunter, a wildlife researcher, or an outdoor enthusiast, our thermal range offers transformative benefits that enhance your ability to observe, track, and understand wildlife with unparalleled clarity and precision.Thermal technical terms and what they mean for quality Sensor thermal sensitivity - NETD - Noise Equivalent Temperature Difference It is a measure for how well a thermal imaging detector is able to distinguish between very small differences in thermal radiation in the image. NETD is typically being expressed in milli-Kelvin (mK) The lower the NETD value (specified in millikelvin (mK)) the better the sensor can register small temperature differences. The below scale can be used to determine the quality of a thermal detector: <20 mK (Excellent) <35 mK (Good) <50 mK (Acceptable but getting dated) Resolution - Resolution of thermal detector refers to the number of Pixels on the uncooled Focal Plane Array. For example, 384x288 or 640x512  The bigger the number the better the resolution as each images contains more information which = better image quality and details - But also higher cost Take into account the NETD in relation to Resolution - If both thermal cameras have a the same resolution then they both have the same number of available pixels to create an image. Therefore the thermal device with the <25 mK will produce a crisper image compared to a <35 mK Lens/Focal Length - the mm measure shown This is the distance from the center of the lens to the principal focal point of the lens. As the length changes the amount of subject captured by the lens changes. Again bigger = better in terms of image quality/detail and critically distance the device can effectively operate. So for example the Lynx 10mm is shorter range and detail than the Lynx 19mm So you can get a good feel for the level of power/quality by checking off each of these factors: NETD - Lower = better Resolution - Larger = better Lens/Focal Length - Larger = better But before you burn all your budget consider what you need for your application. For example - Very short range in barns etc, simple spotting of "something" = entry level HIK Lynx 6mm50-200m and large human size = entry and mid level HIK Lynx 10 or 15mm but you want to sharply image a fox at 1km...check out the top of the range HIK models and get the wallet ready. Key Benefits of Thermal Imaging Technology for Hunting and Wildlife: Unmatched Nighttime Visibility: Thermal imaging technology detects the heat emitted by animals, providing clear visibility even in complete darkness. This capability allows hunters and wildlife observers to locate and track animals that are otherwise invisible to the naked eye or traditional night vision devices. Effective Through Obstructions: Unlike conventional optics, thermal imaging can penetrate through light foliage, fog, and other visual barriers. This makes it an invaluable tool for spotting animals that are hiding in dense brush or moving through misty environments, ensuring you never miss a moment of action. Enhanced Tracking and Identification: Thermal imaging provides a clear contrast between animals and their surroundings, making it easier to identify specific species and track their movements. This is particularly beneficial for hunters looking to differentiate between game animals and non-target species, or for researchers studying animal behavior. Improved Safety: Safety is paramount during nighttime hunting and wildlife observation. Thermal imaging helps you detect and avoid potential hazards such as other hunters, dangerous animals, or obstacles in your path. By providing a clear view of your surroundings, you can navigate with confidence and reduce the risk of accidents. Non-Intrusive Observation: Thermal imaging allows for discreet observation of wildlife without the need for artificial lights that could disturb animals or alert them to your presence. This is especially important for studying nocturnal animals in their natural habitat or for hunters who rely on stealth. Versatility in Various Environments: Whether you are in a dense forest, open field, or mountainous terrain, thermal imaging devices perform reliably in diverse environments. Their ability to function in different weather conditions and landscapes makes them a versatile tool for any hunting or wildlife observation scenario. Quick Target Acquisition: Thermal imaging devices provide rapid target acquisition, allowing you to quickly locate and focus on animals. This is crucial for hunters who need to make swift decisions in dynamic situations, ensuring a more efficient and successful hunt. Extended Detection Range: Thermal imaging devices can detect heat signatures from significant distances, giving you the advantage of spotting animals long before they are within visual range. This extended detection range enhances your ability to plan and execute successful hunts or observe wildlife from a safe distance. Why Choose Our Thermal Imaging Devices? At TacticalScope we offer top brand thermal imaging products from budget short models upto top range 1500m+ range detection models to meet the needs of hunters and wildlife observers. Our carefully selected products ensure that you have access to the latest advancements and most reliable devices on the market. Explore our collection of thermal weapon scopes and observation devices and discover how thermal imaging technology can revolutionize your hunting and wildlife observation experiences. Models from HIKMicro and InfiRay  cover all the bases. READ ARTICLE
Why you should use a Camera Tripod with your Spotting Scope
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Why you should use a Camera Tripod with your Spotting Scope Using a spotting scope or camera with a tripod offers enhanced stability and ease of use for long-distance viewing. Both pieces of equipment complement each other well and can be combined to improve the overall experience, especially for activities like birdwatching, target shooting, or photography. There are many uses and benefits of using a spotting scope with a tripod.See the Tacticalscope Tripod Selection HERE Uses of a Spotting Scope with a Camera Tripod: Birdwatching: A stable tripod helps eliminate hand shake,  clear and focused views of birds at long distances. The camera tripod also allows for smooth panning when following birds in motion. Hunting: Hunters use spotting scopes on tripods to spot and track game across vast distances. The tripod holds the scope steady, so hunters can observe game without missing details, such as movement in brush. Target Shooting: When zeroing in on a target, the stability of a tripod allows shooters to clearly see bullet holes on the target from a distance, ensuring precise adjustments to their aim. Nature Observation: A tripod helps keep the spotting scope steady when observing landscapes, animals, or celestial objects over long periods. Digiscoping (Photography with a Spotting Scope): A camera tripod provides a solid base for connecting a camera to a spotting scope (digiscoping). This setup is used to capture clear, magnified images of wildlife, landscapes, and even the moon or stars. Astronomy: When viewing stars or other celestial objects, a camera tripod provides much-needed stability for smooth, uninterrupted viewing. Benefits of Using a Spotting Scope with a Camera Tripod: Increased Stability: One of the main advantages is the elimination of hand-shake, which allows for a much clearer image, especially at high magnification where even the slightest movement can blur the view. Comfortable Extended Viewing: Using a tripod allows for extended viewing sessions without having to hold the scope, which is especially useful for activities like birdwatching or target shooting. Hands-Free Operation: With a tripod, you can leave your scope aimed at a target and step away or take notes without losing the view. This is helpful when tracking moving wildlife or viewing distant objects for a prolonged period. Precision Adjustments: A good tripod head allows for precise, smooth movements and positioning, enabling you to easily adjust the angle or height of the spotting scope without destabilizing the setup. Versatility: Camera tripods are designed to be lightweight and portable, making them easy to transport in the field. They are adjustable in height and can be used in a variety of terrains and conditions, allowing you to adapt to different environments. Optimal Positioning: Tripods let you adjust the height and angle of the spotting scope, which is particularly important when using angled spotting scopes for upward or downward viewing. You can also adjust the tripod for seated or standing use. Better for Photography: When attaching a camera to the spotting scope for digiscoping, a stable tripod ensures that the image remains sharp and focused, even with high magnification. This is essential for capturing detailed wildlife or landscape photos. Portable and Compact: Many camera tripods are lightweight and compact when folded, making them easy to carry in the field alongside your spotting scope. Types of Tripod Heads for Spotting Scopes: Pan/Tilt Heads: These allow smooth, controlled movement in both horizontal (pan) and vertical (tilt) directions. Ideal for spotting scopes, they let you easily adjust to follow moving objects. Ball Heads: A ball head provides more flexibility and quicker adjustments. You can easily change the angle of the spotting scope by loosening one control, but it may not be as precise as a pan/tilt head for long-distance tracking. Fluid Heads: Fluid heads offer ultra-smooth panning and tilting, making them great for tracking birds in flight or other moving subjects. These are often used in video applications but can be advantageous for digiscoping as well. Using a camera tripod significantly enhances the effectiveness and comfort of using a spotting scope, especially during long observation periods or when you need to capture stable images or video. READ ARTICLE