NXT V10 High-performance riflescopes with maximum zoom for thermal imaging attachments
DDoptics NXT V10 1.5-15x40 and 2-20x50 A4D MRAD riflescopes
Precision and versatility for every type of hunting
With the NXT V10 1.5-15x40 and NXT V10 2-20x50 riflescopes, DDoptics offers two high-performance allround solutions specially developed for hunting. Both models combine state-of-the-art technology, a compact design and optimal features for use with attachment devices.
DDoptics V10 2-20x50 NXT Riflescope
The 2-20x50 NXT riflescope from DDoptics is one of the best riflescopes for use with thermal imaging attachments and was developed specifically for this purpose. With a total length of 31.8 centimetres, it offers a compact design despite the larger 50 mm objective lens diameter, resulting in a manageable overall length when combined with an attachment. This design is particularly advantageous when zeroing in the attachment, as it requires very little lead.
The optics of the riflescope are designed to allow up to 20x magnification when used with the thermal imaging device. The generous field of view and clear image ensure that internal indicators on the display remain clearly visible and operable at all times. Thanks to the CT (Clear Transmission) glass and low dispersion, the riflescope offers outstanding image quality even in low light conditions, making it ideal for use at dusk or at night.
With the 2-20x50 NXT riflescope, hunters gain a powerful and versatile tool that is specifically tailored to the needs of modern hunting applications.
A standout feature of the NXT riflescopes from DDoptics – both the 1.5-15x40 and the 2-20x50 – is the ability to obtain a razor-sharp image from the thermal imaging attachment even at maximum magnification. The image quality remains impressive, particularly with thermal imaging attachments featuring high display resolution, as our riflescopes have been specifically designed to work perfectly with thermal imaging attachments. This enables a seamless display of the thermal image, without blurring or loss of detail, even at 15x or 20x magnification. Hunters thus benefit from a detailed and clear overall picture – a decisive advantage that few riflescopes on the market can offer.
Precise, internal zero stop
After removing the reticle adjustment turret caps by loosening the upper screw on the turret, the turret cap can be lifted off. Beneath this is the so-called zero stop, which is recognisable as a round, black disc. The zero stop should ideally be adjusted after the riflescope has been sighted in. To do this, the three grub screws on the zero stop disc must be loosened (on new riflescopes, the ring is usually already loosened). In this state, the disc can be turned to the upper stop without any resistance. Once the disc has reached the stop position, it is secured by tightening the grub screws. The stop is clearly visible in the picture between the disc and the scope.
The turret is then replaced in the zero position and the central turret screw locked in place. The zero stop now ensures that, when turned back, the reticle adjustment stops exactly at the previously set zero position – i.e. the distance at which the riflescope was zeroed in.
A zero stop is particularly useful for quickly and precisely returning to the zero position after adjusting the reticle, without running the risk of turning it too far. This is a major advantage, particularly for hunting and sport shooting at varying distances, as you can rely on the zero position and thus concentrate fully on the target.
4D Reticle – modified 4-reticle for driven hunts & thermal imaging
The 4D reticle is located in the eyepiece image plane (2nd image plane) of the riflescope and therefore remains the same size when changing magnification. No tools are required to adjust the reticle. With each click, the reticle moves by 1 cm at 100 m. The click adjustment is absolutely repeatable and can be reset to zero after zeroing.
The 4D reticle is a hybrid of the 4N reticle (thinner and further apart) and the classic 4 reticle. The two thicker side bars have been brought closer together in the 4D reticle so that they can be used more effectively as a lead point during rapid-fire shooting.
iFIBER red dot sight – made in Germany
The electronics (iFIBER) for the red dot sight, developed, manufactured and installed in Chemnitz, ensure that the red dot is always there when you need it. A state-of-the-art position and motion sensor registers every movement and the position of the sighting optics. A controller interprets this data so that the red dot is there when you need it, whilst still maximising power savings. The monitoring system’s power consumption is no higher than the self-discharge rate of your battery. Settings 1 to 5 are suitable for hunting with a night vision device.
