The LRB enables precise and accurate weapon alignment in field conditions, eliminating the need to expend additional ammunition for zeroing. With advanced windage and elevation adjustments, the LRB ensures quick and reliable zeroing for enhanced operational readiness, even in challenging environments.
The LRB package includes arbors compatible with 5.56mm, 7.62mm, 8.59mm, and 12.7mm calibers, making it highly versatile for use across multiple weapon platforms. Engineered with a rugged yet lightweight construction, the LRB is built to endure extreme conditions without sacrificing performance. Crafted from high-grade aluminum, it achieves optimal durability and structural rigidity, meeting rigorous MIL-STD-810 standards to ensure reliable operation in harsh weather and demanding environments. The waterproof design further adds to its reliability, making it a steadfast companion in any tactical scenario.
The LRB stands out as a compact and portable solution, offering ease of use and quick deployment, ideal for field operators who prioritize efficiency and precision. With a focus on user-centric functionality, this bore aligner is designed to maintain its accuracy and durability, allowing users to focus on the mission at hand without unnecessary interruptions or recalibrations.
PREVENT
THE USE OF EXTRA AMMUNITION
Precise and accurate alignment in the field without firing a single round of
ammo
LIGHTWEIGHT AND COMPACT DESIGN
Lightweight and compact design for ease of use
MULTI-CALIBER COMPATIBILITY
Designed to support multiple calibers with included arbors for 5.56mm, 7.62mm, 8.59mm, and 12.7mm, making it versatile for a variety of weapon systems
SIMPLE ADJUSTMENT MECHANISM
Easy-to-use windage and elevation adjustment mechanism ensures a seamless zeroing process, allowing quick setup in the field
POWER EFFICIENCY
Designed for optimal power efficiency, allowing extended operational use with minimal battery consumption
ROBUST AND RELIABLE BODY DESIGN
Robust and reliable design to maintain functionality, usability, ergonomics and
performance in harsh conditions