Vortex Razor HD Gen II-E 1-6×24 LPVO

The Vortex Razor HD Gen II-E 1-6×24 combines a compact 1-6x magnification range with Vortex’s Razor HD optical system and a lighter Gen II-E body.

It uses a 30mm maintube, 24mm objective lens and second focal plane reticle system. In addition, Vortex offers several illuminated reticle choices, including JM-1 BDC, VMR-2 MOA and VMR-2 MRAD.

The scope measures approximately 10.1 inches long and weighs about 21.5 ounces. Therefore, it stays relatively compact while still providing the familiar 1-6x LPVO format.

Vortex Razor HD Gen II-E 1-6×24 Magnification

The Vortex Razor HD Gen II-E 1-6×24 provides magnification from 1x to 6x.

At the lower end, the optic gives the user a broad view. Meanwhile, increasing magnification brings smaller details closer.

This makes the 1-6x range straightforward to understand without adding unnecessary magnification controls.

Vortex lists the field of view at approximately 115.2 feet at 100 yards on 1x and 20.5 feet at 100 yards on 6x.

Second Focal Plane Design

The Razor HD Gen II-E 1-6×24 uses a second focal plane reticle.

Therefore, the reticle remains the same apparent size while the target image changes as magnification increases or decreases.

This differs from a first focal plane scope, where both the image and reticle appear to change size together.

Because different Razor Gen II-E versions use different reticles, always follow the reticle information for the exact model you have.

Vortex Razor HD Gen II-E Reticle Options

Vortex currently lists several reticle choices for this 1-6×24 platform.

These include:

• JM-1 BDC
• VMR-2 MOA
• VMR-2 MRAD

Therefore, your Gunvexa listing should include the exact reticle name if you know it.

For example, a scope with the JM-1 BDC should have that phrase in the product title, while a VMR-2 MRAD version should use its own reticle name.

That approach helps customers understand exactly which variant they are viewing and also gives you a more specific SEO page.

Illuminated Reticle

The Gen II-E 1-6×24 platform uses illuminated reticle configurations.

The illumination creates a brighter center aiming reference while leaving the etched reticle visible through the optical system.

In addition, the optic uses a CR2032 battery on current configurations.

Because reticle versions differ, check the individual model before describing exact illumination behavior or subtension values.

30mm Maintube

The Vortex Razor HD Gen II-E 1-6×24 uses a 30mm tube.

Therefore, the optic needs rings or a one-piece mount made for a 30mm scope body.

This tube size is common among 1-6x LPVOs and gives users plenty of compatible mounting choices.

However, always verify the mount specifications before fitting the scope.

24mm Objective Lens

The front objective measures 24mm.

This relatively small objective helps keep the overall profile compact.

In addition, the 24mm size fits naturally with the 1-6x magnification range and 30mm scope body.

The result is a short optic rather than the larger front section found on traditional 44mm, 50mm or 56mm riflescopes.

4-Inch Eye Relief

Vortex lists approximately 4 inches of eye relief for the Gen II-E 1-6×24 platform.

That provides some flexibility when positioning the optic.

However, final placement still depends on the rifle, stock, mount and user’s natural head position.

Check the sight picture throughout the magnification range before securing the mount.

Wide Field of View

At 1x, the optic provides approximately 115.2 feet of field of view at 100 yards.

At 6x, this narrows to approximately 20.5 feet at 100 yards.

This change is normal because increasing magnification provides a closer view of a smaller portion of the scene.

Therefore, the lower setting offers the broadest view while 6x brings more distant details closer.

Capped Turrets

The Razor HD Gen II-E uses a capped turret design on the current 1-6×24 platform.

The caps help protect the adjustment controls against unwanted movement.

Therefore, once the optic has been adjusted correctly, the user can replace the caps and keep the turrets covered.

This also gives the scope a cleaner exterior profile.

Adjustment System

Adjustment values depend on the particular reticle and turret configuration.

For that reason, I would not enter one generic click value into your Gunvexa specification table until you know the exact reticle SKU.

Current Razor HD Gen II-E configurations can differ in how their adjustment system is marked.

Therefore, use the exact model or reticle code from the box when entering MOA or MRAD adjustment information.

100-Yard Parallax Setting

Vortex lists the 1-6×24 platform with a 100-yard parallax setting.

Unlike larger precision riflescopes with adjustable side focus, the Razor HD Gen II-E keeps this part of the setup simple.

Therefore, there is no large side-focus turret to manage on the standard 1-6×24 configuration.

Vortex HD Optical System

Vortex uses its HD Optical System in the Razor HD Gen II-E.

The manufacturer describes the system as using selected glass elements to improve resolution, reduce chromatic aberration and maintain color accuracy and edge-to-edge sharpness.

In simpler wording, the optical system focuses on producing a clear and detailed image through the magnification range.

That is more useful to customers than filling the page with exaggerated claims.

XR Plus Lens Coatings

The scope also uses XR Plus anti-reflective lens coatings.

These coatings help manage reflections and improve light transmission through the optical system.

As a result, the lenses can maintain a clearer image when surrounding light changes.

Proper lens care still matters, however, so use suitable optical cleaning materials.

APO Optical System

Vortex also uses an APO system within this Razor platform.

The system uses index-matched lenses to correct color across a broad part of the visible spectrum.

In everyday language, this helps reduce unwanted color fringing around objects.

The system works together with the HD glass and lens coatings rather than operating as a separate user control.

ArmorTek Lens Protection

The exterior lens surfaces use Vortex’s ArmorTek coating.

This hard coating helps protect the exposed glass against scratches, dirt and oil.

However, the coating does not make the glass impossible to damage.

Therefore, careful cleaning and proper storage still matter.

Aircraft-Grade Aluminum Construction

Vortex uses aircraft-grade aluminum within the Gen II-E scope construction.

The internal erector system also uses precision-machined components designed to provide strength while keeping weight lower.

This construction helps explain the main idea behind the Gen II-E model: keeping the Razor HD 1-6×24 platform in a lighter package.

Lightweight Gen II-E Body

The Gen II-E weighs approximately 21.5 ounces.

For comparison, Vortex lists the older standard Razor HD Gen II 1-6×24 at approximately 25.2 ounces.

Therefore, the Gen II-E removes several ounces from the earlier configuration while keeping the same basic 1-6×24 format.

That weight difference is one of the easiest ways to distinguish the Gen II-E from the standard Gen II.

Compact 10.1-Inch Length

The scope measures approximately 10.1 inches long.

This compact length works well with the 24mm objective and 30mm tube.

As a result, the optic does not have the long body found on many higher-magnification scopes.

The short overall length also helps keep the product visually balanced.

Waterproof Construction

Vortex builds the Razor HD Gen II-E to handle harsh weather.

The manufacturer lists the scope as waterproof, helping protect the internal optical system against moisture.

Therefore, normal outdoor weather should not automatically allow water into a properly maintained scope.

Fogproof Design

Vortex also lists the optic as fogproof.

This helps the internal lenses remain clear when temperature or humidity changes.

The sealed optical system handles these changes without requiring the user to open or service the scope.

Shockproof Construction

The Razor HD Gen II-E also uses a shockproof construction designed to withstand recoil and impact associated with normal use.