Development and production
equipment for shooting.
All of the equipment presented on this website was designed and manufactured by our company. Due to restrictions on some information going public, we can not publish photo or video materials from classified sites where our equipment is currently operational. For that reason, visualisation for some of the equipment we make is shown with the use of 3d models.
Quite often, even the exercises for shooting equipment are classified, that is why we offer simple solutions for our clients to create shooting exercises on their own.
For example, one way would be to create shooting exercises on a dedicated software at home or in the office. Then, upload them to a radio based remote controller which can be taken to a field and used to wirelesly install exercises on shooting equipment and to execute these exercises as a part of normal operation routine.
Thanks to the use of computer modeling systems and the accumulated base of technical solutions - the timeline of the development of new products is significantly lower than expected. In most cases, within one or two weeks after the order, technical design will be ready and we will proceed with the metal works, development of associated electronic components and the software.
Using modern technologies for efficient remote work, we cooperate extensively with outsourced specialists (including foreign ones) - in areas of applied mathematics, communication systems, programming, shock acoustics, electronics and others.
"Intelligent" shock sensor for hitting a target shield, which allows to distinguish direct bullet damage from other possible impacts of stones and their fragments, ricochets, etc. making it a modern alternative to expensive and heavy layered targets.
"Intelligent" shock sensor for hitting a target shield, which allows to distinguish direct bullet damage from other possible impacts of stones and their fragments, ricochets, etc.
The technology of capturing the target's bullet hit, based on shock acoustic emission. Unlike well-known analogs, it allows:
br> a) arbitrary placement of acoustic sensors on a target of a user of any shape, in an amount from 3 to 8 to achieve the desired accuracy of the result
b) the possibility of dynamic (in the process of shooting) loss of some sensors as a result, for example, of their accidental damage ("shooting") or malfunction - with a slight loss of overall accuracy
c) the transfer of the result in the form of coordinates of the bullet hit - by a self-repairing radio network - to the remote user.
The technology of capturing the target's bullet hit, based on shock acoustic emission.
Electronic target system with automatic print of the results.
Designed for indoor shooting practice and competitions with airsoft weapons.
System works based on optics and self learning algorithms for shot detection.
Built-in auto adjustments for lighting of the environment, significanly reduces the time to get the system up and running.
Shooting score can be viewed on a shooters laptop, operators laptop and it is printed on the paper with the actual shots fired.
Mobile target (50x50cm, 7cm wide) - for shooting from "light" pneumatics, without a necessity for a computer and a projector - a really mobile, portable device.
Mobile target (# 4, 50x50cm, 7cm wide) - "laser target" - for firing weapons,
which has been modified for laser shooting.
Does not require additional equipment (a computer, a projector and a video camera).
Dynamically, displays laser hits and the shooting score (based on points) directly on the target in the process of shooting, as well as their translation via WiFi for external scoreboards, "tablets" spectators, etc.
Mobile target (# 4, 50x50cm, 7cm wide) - "laser target" - for firing weapons, which has been modified for laser shooting.
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