Bo Manufacture Mobile Wild Boar Silhouette Target – Durable and Realistic Airgun Training

A mobile target designed for airgun wild boar shooting

The Bo Manufacture mobile wild boar silhouette target for airguns is an essential accessory for hunters aiming to refine their precision under realistic field-like conditions. Crafted to accurately replicate a wild boar silhouette, this stable and robust target provides immediate visual feedback after each shot, ensuring effective training without compromise. Suitable for airgun calibers, it withstands repeated impacts while remaining easy to handle.

Detailed Technical Features

• Material: Rust-treated steel for long-lasting durability
• Dimensions: Sized for a realistic wild boar silhouette – approximately 50 x 40 cm
• Thickness: Adequate to resist airgun pellets without deformation
• Mechanism: Pivot and mobile base for easy transportation
• Weight: Lightweight to allow easy transport without sacrificing stability
• Finish: Weather-resistant and chip-resistant paint

Field Advantages

This mobile target offers a realistic shooting experience that enhances hunter preparation before the season. Its accurate design improves vital zone recognition on game, optimizing shooting precision. Its mobility allows placement in various setups simulating different hunting scenarios. Durability guarantees a long-lasting investment even with intensive outdoor use, while its light weight simplifies transport and avoids common logistical constraints. Clear visual feedback after impacts helps track performance and quickly adjust techniques.

Usage and Maintenance Tips

To maximize the target’s lifespan, store it away from moisture between sessions and regularly inspect the paint to prevent premature corrosion. Clean the surface with a soft cloth after use to remove pellet residues. Place the target on stable ground free of debris that could affect balance. Only use pellets suitable for the target’s capacity to avoid excessive damage. Finally, lightly lubricate moving parts to ensure optimal function and sustained mobility over time.