Bc Exe-Scorer Thermal Optic Sight-In Targets
$7.26
$9.99
(You save
$2.73
)
Zeroing a thermal scope presents a unique challenge: standard paper targets don't generate the heat signatures that thermal optics depend on to acquire and track targets. The Birchwood Casey Eze-Scorer Thermal Optic Sight-In Targets solve that problem directly. These specialized targets are engineered to produce temperature differences that your thermal scope can detect, making the zeroing process faster and more reliable than guessing with conventional paper downrange.
Whether you're dialing in a new thermal hunting rifle or fine-tuning an existing system, these sight-in targets eliminate the guesswork. Instead of shooting at standard bullseye targets and trying to interpret scope reticle placement in thermal, you'll actually see the target heat signature that your optic is designed to detect. That means more efficient shooting sessions and confirmed zero before you head to the field.
The package includes everything you need for a complete sight-in: four 3-inch thermal signatures and four 12-inch by 12-inch sight-in target sheets. The thermal signatures work with any paper target setup, giving you flexibility in how you arrange and distance your zero station. If you're running thermal on a rifle and want a faster, more intuitive zeroing method, these targets are the practical choice.
What's Included
- Four 3" thermal signatures
- Four 12" × 12" sight-in target sheets
- Designed for thermal scope zeroing
Frequently Asked Questions
Do these targets work with all thermal scopes?
Yes, the Eze-Scorer thermal signatures are designed for use with thermal optics and will generate heat signatures that any thermal scope can detect.
Can I use these with regular paper target stands?
The targets work with any paper target setup. The thermal signatures are compatible with standard target mounting, giving you flexibility in your range configuration.
What's the difference between these and standard paper targets for thermal rifle sight-in?
These targets produce detectable heat signatures specifically engineered for thermal optics, making it easier for your thermal scope to locate and focus on the target. Standard paper targets lack the thermal properties needed for efficient zeroing with thermal scopes.
