Precisely detection of enemy fire

System for precisely detection of direction of enemy fire (up to 20 mm calibre)

Started like an add on for Hunter but promoted to new independent (standalone) project – Simple cheap and modular partially disposable panel system for fixing on vehicles and buildings which can precisely detect direction of enemy fire (and even calibre which has been used for attack) and guide weapon systems in that direction (up to maximum of 2 degrees tolerance) from where attack is committed – It can allow integration of and interchange data with group control which will allow situation awareness for convoys and easier moving in contested areas (reaction to ambushes) – It will allow interchange commands and information which can lead to possibility for using weapons systems to attack non visible targets

Time needed for finishing R&D and making first rudimental models and proof of concept – 2-3 months

Additional explanations
If you compare possible precision of this system you can see that it will give much better results than much expensive systems already in use that cost 50.000 $ + per vehicle! Precision of today’s system are from 10-15 degrees (at least 5 time worse than what this can offer) and those system can point end user to big building from where attack was done (15 degrees of tolerance is approximately 225 m on 1000 m distance) – My system will show exact area of one or two floors above and below apartment from where attack was done (urban area – 300/500 m distance)! Some initial prediction for a panel price is less than 100$ per square meter (for production) – There will be at least 2 sizes od panels for vehicles – The largest one will be done in 0.5 x 0.5 or 1×1 m size but they it will have disposable interchangeable parts and second one will be smaller for filling gaps in cover – Further development is mainly intended to connect this with another one project intended for decreasing thermal image of vehicle which are using with the idea of making one of the two systems by merging them

005 005 2020 – In few last week’s trough my work i have succeed to greatly improve possible redundancy of panel plus improve its application regarding precision – I think i can offer precision which will be at least 2-3 times better than previously presented (greatly bellow 1 degree of tolerance) plus redundancy od system will be greatly increased – One important thing which didn’t been mentioned earlier is possibility to use same system only in the opposite direction and to use it on end user (soldier or policeman) – It will not precisely detect direction from which the attack was carried out but will be used for precisely detecting area where end user was hit with possibility to detect angle and even calibre of projectile – This can be done through new type of uniform but also this can be implemented on the first protective measures in the form of body armour / helmet and rest of gear soldiers and policemans use – It can also be used in under amour “layer” which mean multiple possibilities for detection and assessments of possible injuries – This will allow immediate reaction of medic only regarding data available to some central system which collect data which can issue automatic alarm regarding possible state in which the user of such a system is – Example of great usability will be tracking special forces / police force members in fast actions with great risk (brutal raids or intrusions with lot of gun fire explosions etc.) – Their state and possible injuries can be tracked almost in real time increasing time for fast reaction and saving their lives! Rest of possibilities regarding use of system on soldier can be connected with detection of blood type (venous or capillary) and its spilling with temperature which can greatly increase and improve possibilities for a reaction prepared in advance with certain already known parameters!

005 015 2020 – Regarding finishing of R&D for this project for use like panelled system – That can be done in 2-3 weeks or 1-2 months where most time will be used for precisely detect best approach for mass production regarding materials with great performances and usability and their price! Literally i can offer some results in 1-2 months and that time will be spent not on testing concept because it works but on waiting for prototypes because in this moment i do not have possibility for rapid and precise prototyping in areas of electronic and that possibility is very needed for this kind of project! Investing 5-10.000 Eu in that posibility (beside all other financial needs) will allow me to acquire those now and start making prototypes (very fast) for testing up to the final proof of usable concept! I can make proof of concept making few panels and putting them on shooting range where usability could be examined by simply indicating from where the shot fired in panel came from (precisely) – I will only point out that in order to show usability (publicly), it would be necessary in addition to the development of panel to finish developing electronics and software that would show the results in some way, which is necessary to do in order to have a complete solution which can be independently checked and tested

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