Objective Lens	24mm
Reticle	LRX - Tactical FD (8x)
Parallax	Fixed
Magnification	1 - 8x
Optical System	System H7
Scope Tube	30mm
Illumination	11 Levels - Red
Field of View	116.3 - 14.6ft @100yds \| 38.8 - 4.9m @100m
Field of View (°)	21.9 - 2.8
Eye Relief	4in \| 102mm
PX/Focus	100yds \| 91m
Turret Type	Capped
Turret Caps	Yes
Click Value	1⁄ 2MOA
Elevation Turret Clicks (max)	300MOA
Windage Turret Clicks (max)	300 MOA
Exit Pupil	0.94 - 0.12″ \| 24 - 3mm
Ocular Type	Locking Fast Focus
Power Selector	Knurled Posi-Grip with Removable Zoom Lever
Lens Coating	Fully Multi-Coated - 21 Layers
Focal Plane	SFP (Second Focal Plane)
Length	10.9in \| 278mm
Weight	18.3oz \| 520g

Capped Low-Profile Turrets
30mm Mono-tube chassis
Illumination
Wide Angle FOV
High volume eyebox
100mm eye relief
Multi-LED high intensity reticle
High grade, low dispersion Crown glass
21 layer Fully Multi-Coated lenses
Zoom magnification throw lever (removable)
Fast focus eyebell with lock ring
Supplied with Professional metal flip-up covers.

Nitrogen purged. Shockproof. Waterproof. Fog proof.

All caliber rated.

Hawke No-Fault Lifetime Warranty.

LRX - Tactical FD (8X)
Working with your bullet's trajectory the LRX - Tactical FD (8x) reticle, exclusively from Hawke, provides usable aim points for AR-pattern rifles. The LRX - Tactical FD (8x) is built specifically around the ballistics of 5.56 cartridges, making holdover accuracy more possible than ever before.

The bright fiber optic center dot gives a sharp aim point for quick reference and target acquisition. Extra holdover aim points are included on the fine lower post to give graduation and accuracy when shooting at longer distances.

Initial zero can be performed at 50 yards. This will provide good accuracy using only the central aim point out to 200 yards. For the best accuracy and proper use of the BDC, zero should be confirmed at 200 yards and adjusted accordingly.

The BDC reticle can also be used for other cartridges and ammunition by adjusting the magnification. Alternatively, the aim points can be calibrated for distances in meters by reducing the magnification slightly.