The Trumpeter 17cm Tiger Self-Propelled Gun (SPG) is a topic of interest among military enthusiasts and model builders worldwide. This powerful piece of artillery, notorious for its role during World War II, raises questions about its technical specifications and operational capabilities. A particular point of curiosity is the maximum elevation angle the Tiger SPG could achieve, which directly influenced its range and effectiveness on the battlefield.
Understanding the Role of Elevation in Artillery Function
Elevation refers to the angle at which a gun is positioned relative to the horizontal plane. It is a critical factor in determining the range and trajectory of a projectile. For artillery like the 17cm Tiger SPG, maximizing elevation can enhance its ability to strike distant targets with precision.
The Technical Specifications of the Tiger SPG
While specific historical documents might not provide clear data regarding the maximum elevation of the 17cm Tiger SPG, enthusiasts often refer to similar vehicles and engineering principles for estimates. Comparable SPGs of that era typically had a maximum elevation range between 40 to 45 degrees. Such an angle would allow the Tiger SPG to fire shells at long distances, offering strategic advantages in various combat scenarios.
Historicity Meets Model Building
Model builders who recreate the Tiger SPG with precision pay close attention to its elevation device mechanics. Scaling these intricate details to model size requires accuracy, as enthusiasts value historical fidelity. This attention to detail enhances understanding of the equipment's operational limitations and benefits when scaled down from its imposing original size.