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dejawolf

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Everything posted by dejawolf

  1. that's a very interesting video, and it's from 2003-2004
  2. well, the KETF ammunition has some impressive properties for it's cost and caliber, but if you look at the reload times, the CV9035 has a lower sustained rate of fire than even a main battle tank. and certainly a lower rate of fire than the CV9040, which has a superior HE-frag round.
  3. dejawolf

    RC Tanks.

    from what i heard, the Armata is supposed to be able to be remotely operated eventually, in addition to being operated normally.
  4. dejawolf

    RC Tanks.

    here's a good one that might become RC in the futre
  5. advantage of SB is that you can play it at home as well, not just in simulator facilities
  6. hmmm.. Australia uses SB. USA doesn't..
  7. counting the seconds between impact and explosion, that one was about 4km away.
  8. autotranslation of text: En-LFI: KompleKsouia modernization CZOtgdUl T-72 / PT-91 Despite the introduction into service of tanks Leopard 2 tanks most frequently represented the Army are still cars T-72 and derived from them, profoundly modernized PT-91. There is also a large foreign market, created by dozens of countries-users of vehicles of this type. Therefore OBRUM Sp. o.o. and ZM Bumar-Łabędy SA propose the modernization package, which aims to: increase the firepower and maneuver to improve the parameters of the fire, raising osłonności ballistic, increasing mobility, as well as increasing the comfort of the crew and extend the duration of the mission. The project received an initial name PT-16. Basic deficiencies tanks T-72 family are: • little firepower, resulting from the use of outdated ammunition for its ability to pierce armor RHA thickness up to 300 mm; • inefficient maneuver fire, due to the outdated drives the tower and cannon; • cannon with low efficiency, which is the result of an asymmetric arrangement of one oporopowrotnika and location pins cannon below the axis of the barrel of a cannon, causing pick up a barrel before firing; • short support team jet in the cradle without the possibility of appeal backlash; • Low power factor unit; • location of the storage of ammunition and ammunition in a range of additional manned; Predicted parameters of the modernized tank middle class PT-16 General Specifications Class tank: Medium Weight Battle: ok.47.St Crew: 3 people Unit pressure to the ground: 0.98 MPa (0.99 kgf / cm?) dimensions Length: ■ with a barrel ahead: 10030 mm • from the barrel to the rear: 9670 mm - Hull length: 6860 mm Width and Height: - Armored ERAWA screens side: 3702 mm • screens side (without ERAWY): 3340 mm • height of the hatch commander: 2,405 mm - The height of the instrument commander: 2,602 mm Clearance: ■ to escape hatch in the bottom of the hull 395 = 35 mm travel speed A variant of the transmission: 1 (I000KM) II (I088KM) III (I200KM) Average in a difficult area: 30 km / h 35 km / h to 40 km / h After the dirt roads 45 km / h to 50 km / h to 60 km / h Maximum road racing 62 km / h 65 km / h to 70 km / h Maximum rear: 15 km / h 33 km / h 33 km / h Overcoming obstacles The maximum angle of inclination of the longitudinal: 57.796 (30 °) The maximum angle of inclination: 46.6% (25 °) The width of the trench: 2.8 m Obstacle vertical (wall): 0.85 m The depth of the water hazard (without preparation): Urn The depth of the water hazard after preparation: 1.8 m The depth of the water hazard on the bottom: 4.0 m TG MSB 120 (alternatively KBK2) Smooth full including sweat under 120 mm caliber SO ie. 6000 mm 6903 mm półsamoczynnego action horizontally opening 70 to 300 mm 310 mm 2600 kg 730 MPa 120 * 570 by all types. NATO standard (including ammunition with increased przebijalności type DM53 / DM63 and ammunition class ABM) 1710 m / s 630 to 660 mm (value understated to the manufacturer by approx. 40 mm) Velocity for missiles APfSDST: Estimated thickness przebiciapancerza RHA ammunition DMS3 over a distance of 2000 m: Modernization to increase firepower and maneuver fire cannon * Indications: % The possibility to exchange the barrel without dismantling the tower: Caliber Barrel: Barrel length: The total length of the cannon: Castle: Nominal length recoil: The maximum length of recoil: Weight gun: The maximum gas pressure: Ammunition: Automatic loading (120 mm ammunition merged) Location: magarynująco-power unit at the rear of tower Capacity: 22 rounds of ammunition to the programmed destination Type of machine: belt with lockable window redirection Controls: with | Desktop gunner or commander by SKO Drive: electric and manual emergency * charging ammunition: and the outside and from the inside, with automatic recognition of the type of the bullet The control system and diagnostic: associated with SKO, integrated into the ALU The rate of redirection: 12 pcs ^ min. Automatic identification types of ammunition: according to AEP-26 Nin. power load: 1500 N Nin. acceleration of charge: 105 m / s3 Nin. loading speed: 2.1 m / s Loading and unloading: according to AEP-26 Arming anti-: Remote Controlled Module Armament Type: ZSHUA4 Arming WKM 12.7 Bi or GA 40 Location: the ceiling of the tower on the module magazynująco-power Power: Electric * Controls: Desktop commander or gunner Dead zones: the program rifle exchange rate Type: UKN 2000C Location: upward, coupled with gun Drives tower and cannon The system drives the tower and cannon includes: - Teams electric drive axis azimuth and elevation, - Drivers drive axis azimuth and elevation, ■ sensor units for measuring angles. , Velocity and position. The parameters of the drive system of the tower and cannon: Tower (azimuth): - Angular range in azimuth: nx360 " - Parameters metastasis axis azimuth: • Maximum angular velocity:> 0.6 rad / s - Maximum ACCEL * Sheni Angle:> 0.S rad / s3 Cannon (elevation): - Angular range in elevation: -S.0 * -s- + 16.0 ° • parameters of metastasis in the axis of elevation: - Maximum angular velocity:> 0.2 rad / s - The maximum angular acceleration:> 05 rad / s3 Error / fault instantaneous: +/- 0.45 mrad (for S0-% the probability of hitting the target conventional 2,3m x 2,3m. from a distance of 2000 m) Ninimalna. n * zero angular velocity: in azimuth and elevation: <0.5 mrad / s Manual control of drives: yes, in Safe Mode The possibility of introducing min. 2 User-prohibited zones (horizontal and vertical) Dissallow defend the tower yes. with open hatches. with the possibility of deliberate exclusion (Except for the driver's hatch) Communication with the SKO in: • Control drive systems - Set and finished extortion control signals. • jednoosiowa stabilization instruments sights • outdated system SKO. Conducted in OBRUM work study and analysis suggest the possibility and desirability of further modernization of the PT-91 tanks, mainly in terms of increasing the firepower and survival on the battlefield and the comfort of the crew. The modernization of armored equipment, as the most economical form of acquisition of a new generation of equipment, is widely used in all armies of the world. An example would be the development of the T-72B3 to the level of T-90 MS, as well as the development of the Leopard 2 tank, from 2A4 to 2A7 level, along with numerous variations. This process also applies Abrams tanks 2 and Merkabah. Offer of PT-16 is an initiative directed to industrial users tanks T-72 / PT-91. which are both available armored SZ RR and other foreign members of the family cars T-72, including tanks PT-91M. The scope of the reconstruction has been defined in packages of modernization. You can adjust the scope of the modernization of the defined customer expectations, both in terms of achievement of the expected parameters of tactical and technical. as well as adaptation to the customer FIT program budget. The package, which is a comprehensive range of modernization, presented on the object PT-16 concerns 1. increase the firepower including by: ■ S to change the caliber cannons of 125 mm, split-powered ammunition, caliber 120 mm ammunition integrated, compatible with NATO standards, including ammunition with increased przebijalności type DM53 / DM63 (or equivalent) and ammunition type of ABM; S use of the automatic loading; S improve stability through the use of new drive tower and cannon; S introduction of dynamic measurement of the deflection of the barrel guns (MRS). 2. Raising the ballistic resistance of the tank, among others, by: S increase in passive ballistic tower; • S modular use of reactive armor type ERAWA I ERAWA and 2; S introduction of nets against missiles and RPG ED. 3. Increase the traction parameters, especially in the field including difficult through: ^ Increase the power unit on the way changes in the drive system (the ability to use the type of power-pack); s changes in the bieżnym. 4. The introduction of, among others, systems: S battlefield management (BMS) mobility Power transmission system The modernization program provides for the use of the three variants of the transmission: Option I: the change of the existing engine, along with changes in goods rzyszącymi on engine power IOOOKM Option II: the introduction of the current space of the compartment drive tional system power-pack with a capacity of 1088 hp. with the changes associated Option III: introduction to the current range of space propulsion system power-pack with a capacity of 1200 HP, along with changes associated circuit racing The modernization program are envisaged: Elastomeric bumpers on S I, 2, and 6. The pair of support wheels. S hydraulic shock absorbers with characteristics controlled, S track with rubber inserts and grutozaczepami. These actions increase the average speed in the area, return-POWER to and comfort. A comprehensive modernization program These examples of major technical solutions proposed modernization represent the most important parameters of the tactical-no-technical and do not include all the possible further measures, including: S masking improve static and dynamic in the field of optical and radar S lowering thermal signature, S to improve the comfort of the crew, S changes in internal and external communication, S active defense system of the vehicle (ASOP) against the effects of attack ppk, RPG and ED and the explosion of mines and IEDs, S additional sources of supply on-board network, S and others. For potential users is available a full suite of possible solutions for modernization, and the final offer will be developed on the basis of its requirements. In addition, the product offer to potential clients covers, made on the basis of tank T-72 / PT-91 and operated in the SZ RR vehicle security of combat operations and equipment trainer - training and simulators: S Armoured Recovery Vehicle type CTM CTM 3 or 4, S Tank sapper MID, S bridge accompanying class MLC 70/110 to overcome obstacles to a width of 20 m. S position of trainer-training to learn the construction of vehicles, S vehicles school to learn to drive. S trainers and simulators. Power-pack of engine 1088 or 1200 KM - dedicated to the modernization of tanks Class PT-16 - providing turn around its axis
  9. PDF information PT-16: http://www.altair.com.pl/magazines/htmlissue?issue_id=827&ref=issue#page/5 it's all in polish, but apparently it's got a 120mm gun and is capable of firing DM-53. it also has estimated penetration numbers for DM-53: 630-660mm at 2000m it has bustle autoloader with 22 rounds, and reload speed of 5 seconds.
  10. something similar happends on T-72 if you turn off the engine but leave stab on. the turret goes completely crazy, spinning in all sorts of weird directions. this has to do with the engine providing stable power to the hydraulic pump, and when the pump is off, tank gets energy from unstable batteries instead. was this only on his tank, or were other M60A3 affected by this? could be it was their tank was faulty, and not others.
  11. dejawolf

    Merkava Mk. 2

    looks to me like a mix of 3BM-15 and 3BM-42, but difficult to be certain.
  12. dejawolf

    Merkava Mk. 2

    BM-42 for the 1982 lebanon war is completely ridicolous, given it was produced in 1986. BM-22 for the 1982 lebanon war middle east is also ridicolous, given that this was the best round available for the russian army until 1983, and the russians NEVER export their best rounds. the usually export rounds 1-2 generations older. even most of warzaw pact didn't have BM-22 in 1982. if you're talking about modern conflict, then we're talking about the merkava 4, which is a completely new tank, with an entirely different armour composition.
  13. another pic of the sabra: and info: https://en.wikipedia.org/wiki/Sabra_(tank)
  14. the turks are using the upgraded M60 Sabra which is covered in ERA. it can take a few hits from ATGMs and still keep ticking. here's an example: http://snafu-solomon.blogspot.no/2016/04/kornet-anti-tank-missile-strike-on.html
  15. been like that ever since the first T-72 was made playable.
  16. they might seem safe when you're shooting at them and they're not catching on fire, but you're pretty much penetrating them front to back.
  17. dejawolf

    Merkava Mk. 2

    if you want to do a realistic lebanon scenario with merkava vs T-72, you'll want to go with the T-72M. the T-72A/M1 is fitted with BM-32 by default, which will chew up merkavas wholesale. against the traditional export rounds of BM-15 BM-12 or BM-9, the merkava will be nearly impervous, even on the weaker hull glacis. i believe BM-9 is what was used by the syrians in the lebanon war.
  18. dejawolf

    Merkava Mk. 2

    later ones did, but the early ones did not.
  19. the m.2012 is supposed to represent an actual field T-72, although it might have been better to call it M1996 or simply "field mod" since already back then the russian soldiers started to remove all of the ammunition not in the carousel, to reduce the risk of explosions. and if worst came to worst, the russians would probably have started doing this during WW3. fully loaded, the T-72 is extremely volatile, so the crews decided to counter this by removing all stored ammunition, fill up the sponson fuel tanks with sand, along with all storage bins on the turret with sand and stones. with this, and thanks to the lead/kevlar liners doubling as spall liners, a penetration would no longer mean the fiery death of all the crew. the other T-72B is actually a 1984-85 T-72B, and were produced in small numbers during that time period. they might've even called it a T-72A, even though it had the new turret. officially the russians don't give a shit about designations. there's 4-5 different T-72, T-72, and T-72B, with all sorts of different configurations.
  20. this one looks to be wrong. it should be armour+fuel, but it seems like i painted just fuel, so i'll correct this. the hits from the drivers area is correct from what i know. there's a cutout for the driver in that spot in the armour, similar to T-72 and challenger, which thins the armour. some of the turret hits looks like they need some adjustment as well
  21. that's right, and the reason for the armour thickness is this: there's a thin raised section right behind the gunner for the turret drive, that goes straight into the interior. why in the world the designers would do this is beyond me.
  22. i mean it's secret. maybe in 30 years when the CV9030/35 are out of service, or some careless soldier posts a picture on the internet you'll know.
  23. lower glacis of BMP- 1 is ~20mm thick. angle is 57 degrees. which means front armour is 36.7mm LOS. add a little extra for thin plate hardening, and you get ~40mm. rest is in the wiki: http://www.steelbeasts.com/sbwiki/index.php?title=BMP-1 https://en.wikipedia.org/wiki/BMP-1
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