Only a few left—secure yours before it’s gone for good!
Your items are reserved, but only for a limited time!
Grab it now at a discounted price before the deal ends!
The extremely effective angle compensated laser rangefinder features four targeting modes (Normal Mode, First Mode, Last Mode and Extended Laser Range Mode) for any ranging environment. The primary Horizontal Component Distance range mode provides key angle compensated range information required by the vast majority of shooters in a simple, quick to read display. The Razor HD 4000 also has a Line of Sight range mode and scan feature.
Key Features:
Vortex Optics Razor HD 4000 Laser Rangefinder (LRF-250) Specifications:
In The Box Vortex Optics Razor HD 4000 Laser Rangefinder LRF-250 (Bundle Options Available. Choose Your Bundle Option):
Delivers extreme-range capability with ELR mode, pushing up to 4,000 yards on reflective targets
HD optics and premium coatings ensure sharp, high-contrast visuals for easier target identification
HCD (Horizontal Component Distance) mode offers angle-compensated distance reads for sloped terrain
Compact and rugged design with rubber armor and durable construction ensures field resilience
Waterproof, fogproof, and shockproof build supports reliable performance in all conditions
Q: What’s the maximum range this rangefinder can measure?
A: Up to 4,000 yards in ELR mode when aiming at highly reflective targets
Q: Does it account for shooting angles?
A: Yes — the HCD mode provides angle-compensated distances for uphill and downhill shots
Q: How precise is it at closer ranges?
A: Very accurate — for most ranges under 200 yards, it holds tight tolerances
Q: What kind of use is this best for?
A: Long-range hunting, tactical shooting, and precision applications where maximum range matters
Clean lenses gently with a microfiber cloth or lens cleaning pen
Store in a padded protective case when not in use
Replace the battery before it fully drains to maintain performance
Dry and inspect after wet or damp conditions to protect seals
Avoid extreme temperatures or harsh chemicals to preserve internal and optical components