Monolithic Mount, Manufacturer : Lambda Precision (Poland), Model : HRS LMT3034-6K (Height-30mm; Scope Housing Diameter-34mm; With Slope 20 MOA / 6 MIL), Color : Black
Designed for repetier and semi auto system rifles - the LMT mount, manufactured by the Polish company Lambda Precision (a manufacturer that designs and produces precision accessories for long-range weapons), in cooperation with leading Polish long-range shooters. Products from this company are top quality, made of carefully selected materials.
LMT series of mounts is dedicated to weapons that are fired with rifle ammunition, mainly for long-range shooting and calibers up to .50 BMG (it was tested on on this caliber). Designed for large caliber repeater type weapons such as - .308 Win, 6.5 Creedmoor, .338, .50BMG, etc. (as well as for .22 LR caliber repeater rifles, and .223 Rem - popular in PRS competitions, or Mid Range Mykita competitions, due to the design of the chambers in these weapons. It is also adapted for semi-auto rifles in the AR10/SR25 system with the "long chamber" (.308 Win, 6.5 Creedmoor, .338 LM) - in this case, the manufacturer suggests using higher mounts (38 mm) due to the fact that the handguard will collide with the scope's objective. The practice is to keep the optical axis of the scope as close as possible to the axis of the barrel.
LMTs are produced with slopes that increase the scope's adjustment range, or without. Let's take as a base a distance of 100 meters. A 6MOA/20.6 MOA slope at this distance increases the scope's adjustment range by 60 cm/100m. 9MILS/31MOA is already 90 cm/100m, and 13MIL/44.4MOA is 130 cm/100m. In conclusion, at 1000 meters, the 9MILS/31MOA mount will raise the aiming point by 9 meters.
Made like all products from Lambda - from 7075 aluminum, which is one of the most durable in aluminum family. In addition to high durability, this material is lightweight, without putting unnecessary weight on the weapon.
LMT series mount provides the right amount of pressure on the scope housing - it's not too much and does not "crush" the scope body. This solution makes the scope fit securely, and the body is completely safe, even when shooting .50 BMG. Manufacturer suggests to mount optics on 1 element of the rifle - in this case, on the upper, eliminating the situation where the first part of the mount is placed on the upper and the second on the handguard.
For those who want to upgrade their optic for precision shooting with the ability to shoot at close range, we recommend offset mounts from Lambda. Offset mount gives the shooter the ability to go from aiming with a scope for example 8x - to aiming with a collimator and shooting at close distances by rotating the rifle 35/45 degrees. That's much faster way than changing the scope's zoom to minimum, and it also makes it easier to use a collimator at the same time with a scope that features higher minimum zoom. Another advantage of the combination of the LMT scope mount from Lambda with a collimator on the offset, is the matching aiming point. In other words, when you are aiming with the scope and rotate the rifle to the collimator sight, then with proper training you will be able to find the same aiming point that you had on the scope. Offset mounts from Lambda 35 and 45 degrees - Click Here
Lambda also has LMK series mounts for weapons firing ammunition like (.223 (5.56x45mm), .300BLK (7.62x45mm), 7.62x39mm, 5.45x39mm), where slopes aren't needed. These mounts are used for shooting at real distances up to 300 m. (Of course, there will be shooters who will shoot at 500 m and 800 m). Mainly these are used for AR system rifles (short chamber). LMK Mounts - Click Here
Process of Production:
- Combination of materials and selection of components, allows to create a product made 100% in Poland, starting from the idea, through concept solutions, design office, CAD models, ending with material processing - the final product.
- All products from Lambda are designed and made in Poland from 7075 aluminum and complies with MIL-STD-1913 & STANAG 4694, and MIL-DTL-13924 in terms of stainless steel component coatings.
- These products are made using the machining method on numerically controlled machine tools, more commonly known to us as CNC with accuracy up to the 0,001 a millimeter. After processing, the specific elements are glazing processed which gives a "velvety" structure and hardens the surface. Then in the anodizing process a color coating is applied.
Described version LMT 3034-6K is a monolithic mount dedicated for long range shooting, which features a height of 30mm, for scope body diameter 34mm, with slope of 20 MOA / 6 MIL.
Manufactured in different variants with 4 options to choose from :
- Height :
- 30mm
- 38mm
- Scope body diameter :
- 30mm
- 34mm
- 35mm
- 36mm
- Slope :
- 0
- 20 MOA / 6 MIL
- 31 MOA / 9 MIL
- Color Variants :
- black
- titanium
- dark brown
- olive
- blue
- purple-pink
- orange
- red
- green
Installation Manual
It is highly recommended if the installation will be done by a person with the proper qualifications, experience and skills.
Weapon on which the mounting will be made should be leveled. After that, put the mount on the Picattiny rail and tighten it. Use a torque wrench to tighten the screws with a force of 3.5 Nm (2.6 lb/ft) each in the order of 1, 2, 3, 4 starting from the end of the mount (counting from the scope's ocular).
Next step is to place the scope on the previously installed mounting base. The scope can be mounted directly on the mount, or alternatively, you can use as a "spacer" a piece of surgical rubber glove that adheres tightly to the scope. It is acceptable to use anaerobic glue for the surface.
Kolejną czynnością jest wypoziomowanie optyki przy pomocy stosownego przyrządu (np. poziomica).
The next step is to level the optics with a proper tool (such as a level).
Then apply the mounting half-rings and use a dynamometric wrench to tighten the clamps with a force of 3 Nm (2.2 lb/ft) in the sequence 2, 5, 1, 6, 3, 4, similarly to the mount - starting from the ocular side. Operation should be performed symmetrically for both clamps (tightening the screw of the first clamp, should be repeated in the second clamp). When you are mounting the scope, it is recommended to use anaerobic thread mounting glue on the screws.
ATTENTION
When disassembling the scope and previously glued assembly components, remove the bonding properties for the glue (specified by the manufacturer) to avoid damaging the individual components.
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