.20 VarTarg / .20 VT (Barsness Data)

.20 VarTarg (.20 VT): Efficiency and Accuracy with Barsness Data

The .20 VarTarg, or .20 VT, is one of the most efficient and well-balanced wildcat cartridges in the small-bore category. Developed by Todd Kindler, its name—“VarTarg”—reflects its dual-purpose design for both varminting and target shooting. Built on the .221 Fireball case necked down to .20 caliber, it offers excellent velocity, remarkable accuracy, and low recoil in a compact package, making it an enduring favorite among precision shooters and high-volume varmint hunters.

Barsness data demonstrates just how well this cartridge performs when paired with thoughtfully selected powders and projectiles. Its small case capacity and efficient design allow it to reach velocities exceeding 3,600 feet per second with lighter bullets, all while maintaining mild recoil and long barrel life. This combination of speed, control, and efficiency makes the .20 VarTarg a highly practical choice for shooters who spend long days in the field or on the range.

The .20 VarTarg’s design is rooted in simplicity. Formed from .221 Fireball brass, it requires minimal case preparation—primarily necking down and ensuring proper chamber fit—making it accessible for both novice and experienced handloaders. The cartridge’s modest powder requirements also make it economical to shoot, further enhancing its appeal to those who value high performance without excessive cost.

In the field, the .20 VarTarg excels as a varminting round. Its flat trajectory, low recoil, and explosive terminal performance provide excellent results on small pests at medium to long ranges. In target applications, it delivers the sub-MOA precision expected of a cartridge designed for bench and field performance alike.

Overall, the .20 VarTarg with Barsness data showcases the cartridge’s versatility and effectiveness. It remains one of the most rewarding options for shooters who want an efficient, accurate, and easy-to-load wildcat that performs equally well in varminting and precision target roles.

Source: Barsness Data