Ultimate Desert Eagle 50 AE Specs Guide


Ultimate Desert Eagle 50 AE Specs Guide

The technical specifications of the Magnum Research Desert Eagle chambered in .50 Action Express describe a large-frame, gas-operated semi-automatic pistol known for its imposing size and powerful cartridge. These details typically encompass dimensions like barrel length, overall length, weight, and magazine capacity, as well as operational characteristics such as the type of action, trigger mechanism, and safety features. A specific example would be the often-cited 7-inch barrel length variant with a 9-round magazine capacity.

Understanding these measurements and operational features is crucial for safe and effective handling. This knowledge allows potential users to assess suitability for various applications, including hunting, sport shooting, or self-defense. Furthermore, familiarity with the technical data facilitates informed comparisons with other firearms and aids in accessory selection. The historical context of the Desert Eagle, originating in the early 1980s, and the powerful .50 Action Express cartridge contribute to its enduring appeal and recognition within the firearms community.

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Trending: Browning BDA 380 Specs & Review


Trending: Browning BDA 380 Specs & Review

The technical specifications of the Browning BDA .380 ACP pistol define its characteristics, including dimensions, weight, barrel length, capacity, and operating mechanism. For example, these specifications would detail the pistol’s overall length, height, width, magazine capacity, and whether it employs a single- or double-action trigger system.

Understanding these details is crucial for potential owners, collectors, and enthusiasts. This information allows informed decisions regarding suitability for concealed carry, target shooting, or collecting. Historical context, such as the period of manufacture and any design variations, adds further depth to appreciating the firearm’s significance. These details are essential for comparing it to other similar firearms and understanding its place within Browning’s product line.

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Trending: CVA Scout Pistol Specs & Review


Trending: CVA Scout Pistol Specs & Review

The technical specifications of Connecticut Valley Arms (CVA) Scout single-shot pistols are essential information for potential buyers, enthusiasts, and anyone researching muzzleloading firearms. These details typically include barrel length, overall length, weight, caliber, ignition system, available finishes, and stock material. Understanding these measurements and features allows for informed comparisons with other similar firearms and ensures the chosen model aligns with individual needs and preferences.

Access to comprehensive technical data enables informed purchasing decisions and promotes safe and effective firearm handling. Historical context further enriches appreciation for these firearms, linking modern designs with traditional muzzleloading practices. Knowing the precise dimensions and capabilities of a CVA Scout pistol is crucial for selecting appropriate accessories, ensuring proper fit, and understanding the firearm’s limitations. This knowledge contributes to both enhanced accuracy and responsible firearm ownership.

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Trending: Beretta 92X Performance Defensive Specs Review


Trending: Beretta 92X Performance Defensive Specs Review

The measurable attributes of the Beretta 92X Performance Defensive model handgun, specifically designed for personal protection, are its defining characteristics. These attributes include aspects like caliber, magazine capacity, trigger pull weight, overall dimensions, and sight features. For example, the caliber might be 9mm, while the magazine capacity could be 15 rounds. Trigger pull weight, a crucial factor in accuracy, might be specified in pounds, and sight features could include tritium night sights for low-light conditions.

Understanding these quantifiable characteristics is essential for informed decision-making. Selecting a firearm for self-defense requires careful consideration of its handling properties and effectiveness. Factors such as the weapon’s size and weight impact its concealability and ease of carry, while elements like magazine capacity and sight features contribute directly to its defensive capabilities. Historically, the evolution of defensive handguns has been driven by the pursuit of improved ergonomics, reliability, and capacity, reflecting the ongoing demand for more effective personal protection tools.

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Trending: Remington 783 Specs & Review


Trending: Remington 783 Specs & Review

The technical specifications of the Remington Model 783 rifle define its physical attributes and performance characteristics. These details include caliber options, barrel length, overall length, weight, magazine capacity, stock material, and trigger pull. A practical example would be a .308 Winchester chambered 783 with a 22-inch barrel, an overall length of 42 inches, weighing 7.5 pounds, and featuring a synthetic stock and a 3-9x40mm scope.

Access to this precise information empowers potential purchasers to make informed decisions. Understanding the rifle’s dimensions and capabilities allows hunters and sport shooters to select the configuration best suited to their individual needs and intended applications. Introduced as a budget-friendly hunting rifle, the Model 783 aimed to provide reliable performance at an accessible price point. Its design emphasizes functionality and accuracy for practical field use.

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Mini Cooper Suspension Torque Specs: Guide & Chart


Mini Cooper Suspension Torque Specs: Guide & Chart

Proper tightening values applied to threaded fasteners within the vehicle’s undercarriage system are crucial for safe and reliable operation. These values ensure components are securely fastened, preventing premature wear, failure, and potential safety hazards. For instance, incorrect tightening of a control arm bolt can lead to instability or even separation, while improper tightening of a shock absorber mount can compromise handling and ride comfort. Access to accurate values for each specific fastener is therefore essential for any maintenance or repair work performed on this system.

Maintaining these correct values contributes significantly to vehicle longevity, performance, and safety. Historically, these values were often found in factory service manuals, but the increasing availability of online resources has simplified access for both professional mechanics and DIY enthusiasts. Correct application prevents damage to components, ensures proper suspension geometry, and maintains designed handling characteristics. Over-tightening can lead to stripped threads or broken bolts, while under-tightening can cause components to loosen and potentially fail. The evolution of suspension design and materials has led to more precise tightening requirements, highlighting the importance of using up-to-date specifications.

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