Cate's Research-Investigation Bureau

The "Krasnopol" weapon systems are intended to engage stationary targets such as MBTs and IFVs. Additionally, mobile targets moving under 36km/h can be targetted. "Krasnopol" weapon system consists of: a shell charge, main guided projectile ("Krasnopol"), laser designator rangefinder units 1D20,1D22 or 1D26, in certain cases the system can be interconnected with an R-159M radio station and a 1A35M synchronisation unit.  This weapon system does not require re-equipment of fire positions and command-observation posts. Meteorological and topographic/geolocation data is not necessary when deploying the "Krasnopol".  "Krasnopol" exists in several variants, and is supported by a large variety of artillery systems.  "Krasnopol" The "Krasnopol" guided projectile is dust-, moisture- and splash-proof. To protect the optics of the homing head from contamination and damage, the projectile is fitted with a nose fairing that separ...

DEAR READERS!   Currently, CRIB-Blog pages are undergoing large changes and are being updated with the most recent information.  Russian Naming Abbreviation  page is currently being updated and will be finished in the coming days.  Users will be able to access the page throughout the update cycle. Please note that the final structure may change.  The comprehensive Soviet/Russian vehicle collection page will be updated alongside the previously mentioned page. Several wording fixes and sentence corrections have been applied. New vehicles will be added to the list, previously unfinished categories will be finished. The source segment will be restructured for simpler navigation.  Soviet/Russian Tank Sight collection page will be updated. New sights, descriptions, characteristics tables and other segments will be either redone entirely or updated.  If you notice any mistakes during the ongoing updates, please let me know. If you are not part of the c...

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  The development relates to the field of instrumentation and can potentially be used as an optical element in laser technology operating at a wavelength of 10.6 microns, and at the same time - in various optoelectronic devices for a wide range of the spectrum. Its authors were specialists of the NGO "State Institute of Applied Optics" (NGO HYPO) from Kazan. A feature of the invention is that the reflective layer of the mirror is made of a thin aluminium- copper film of alloy with a thickness of 200-400 nm, and the protective layer is made of lutetium oxide with a thickness of 100-250 nm. "The reflection coefficient of the proposed optical mirror is 0.1–0.4% higher in the visible, medium and far spectral IR ranges than that of the prototype. In addition, gold, which is a precious metal, is used in the reflective layer of the prototype. Aluminium and copper used in the reflective layer of the proposed optical mirror are ten times cheaper," said Villen Baloev, Directo...