JSB Ultra Shock Heavy Diabolo 4.52 mm 10.34 gr – 350 pcs

JSB Ultra Shock Heavy Diabolo 4.52 mm 10.34 gr

The JSB Ultra Shock Heavy Diabolo 4.52 mm is a heavy hollow point pellet developed for strong impact and effective energy transfer. Weighing 10.34 gr / 0.670 g, this pellet combines a relatively high weight with the characteristic hollow head design of the Ultra Shock series.

Hollow point for strong impact

The deep cavity in the head is designed to promote deformation of the pellet upon impact. This allows energy to be transferred effectively to the target. The Ultra Shock Heavy is therefore particularly interesting for shooters who value both accuracy and strong impact performance.

Heavy 10.34 gr version

At 10.34 gr / 0.670 g, this is one of the heavier JSB pellets in 4.5 mm / .177 caliber. The higher weight makes the Ultra Shock Heavy particularly suitable for powerful airguns that provide sufficient energy to shoot heavier pellets effectively.

Exact 4.52 mm head size

This specific version has an exact head size of 4.52 mm. The correct head size can influence the fit inside the barrel and the resulting accuracy. Testing different head sizes can therefore help determine which version performs best in a specific airgun.

Designed for impact-focused applications

The combination of its high pellet weight and hollow point head makes the JSB Ultra Shock Heavy suitable for applications where strong impact and effective energy transfer are important. This makes it particularly interesting for powerful airguns and impact-focused shooting.

Features

• Caliber: 4.5 mm / .177
• Head size: 4.52 mm
• Weight: 10.34 gr / 0.670 g
• Hollow point head
• Heavy version
• Designed for strong impact and energy transfer
• Suitable for powerful airguns
• Contents: 350 pcs

JSB pellets at SEM Jacht & Schietsport

At SEM Jacht & Schietsport you will find a wide range of JSB pellets for different applications. The JSB Ultra Shock Heavy 4.52 mm is an interesting choice for shooters looking for a heavy 4.5 mm pellet with a hollow point design, strong impact and effective energy transfer.