|
Posted on 05/11/2004 12:00:14 AM PDT by SAMWolf
|
|
 are acknowledged, affirmed and commemorated.
|
| Our Mission: The FReeper Foxhole is dedicated to Veterans of our Nation's military forces and to others who are affected in their relationships with Veterans. In the FReeper Foxhole, Veterans or their family members should feel free to address their specific circumstances or whatever issues concern them in an atmosphere of peace, understanding, brotherhood and support. The FReeper Foxhole hopes to share with it's readers an open forum where we can learn about and discuss military history, military news and other topics of concern or interest to our readers be they Veteran's, Current Duty or anyone interested in what we have to offer. If the Foxhole makes someone appreciate, even a little, what others have sacrificed for us, then it has accomplished one of it's missions. We hope the Foxhole in some small way helps us to remember and honor those who came before us.
|
|
History  Leopard 2A6, with the new Rheinmetall 120mm L55 gun. (Photo: Krauss-Maffei Wegmann GmbH.) The development of the Leopard 2 MBT can be traced back to a project started in the 1960's. At this time Germany and the United States were still working on the MBT-70 program, so this project had a very low priority. While Germany and the United States were developing the MBT/KPz-70, their agreement did not allow a parallel national tank program, but when the Leopard 1 MBT was introduced into service in 1965 Porsche was awarded a contract to develop improved components to increase its combat effectiveness to the standard demanded by the MBT/KPz-70. This program lasted until 1967, when the contract expired, and became known as 'Vergoldeter Leopard' or 'Gilded Leopard'. When the first cracks appeared in 1967 in the German/American cooperation program for joint development of the MBT/KPz-70, the German Ministry of Defense decided to continue and to increase the development of the 'Vergoldeter Leopard', which later became known as 'Keiler' (Wild Boar).   Leopard 2 prototypes, in different phases of development. A total of 17 prototypes were built, with differing suspension, turret, and armament. Krauss-Maffei of Munich was chosen as the main contractor, with Porsche involved in the development of the chassis and Wegmann in that of the turret. In 1969 and 1970 two prototypes (ET 01 and ET 02), both powered by the 10 cylinder MB 872 engine, were built for further evaluation. In late 1969, with the end of the development program for the German/American tank, the German Office for Defense Technology and Procurement initiated a study to save at least the majority of the MBT/KPz-70 development program. This was an attempt to combine parts of the abandoned MBT/KPz-70 program with components of the experimental tank, and became known as 'Eiler' (Boar) but never reached prototype status. In early 1970, the German Ministry of Defense recommended the development of the 'Vergoldeter Leopard' to be continued with the adoption of the MTU engine developed for the MBT/Kpz-70 in order to take advantage of the further experience that had already been acquired with it. Another seven vehicles were ordered, with Krauss-Maffei again chosen as the main contractor.  Leopard 2A6 side view, showing the full 130 cm increase in barrel length of the new 120mm L55 gun. (Photo: Krauss-Maffei Wegmann GmbH.) The prototypes looked at first glance very much like the Leopard 1 A4, but with a wedge-shaped bow and an exhaust grille moved to the rear plate. The roadwheels came from the MBT/KPz-70, and the return rollers from the Leopard 1. The engine also came from the MBT/KPz-70, a 12 cylinder MTU MB-873 Ka-500 water-cooled multi-fuel four-stroke engine, together with its 20 kW generator, gearbox, air filters, and the cooling and braking systems, forming a compact group that could be easily replaced in 15 minutes. Ten of the seventeen turrets built were fitted with a 105 mm smooth bore gun while the remaining seven had a 120 mm smooth bore gun, both designed and produced by Rheinmetall. When the first analysis of the Yom Kippur War of 1973 became available, it became clear that increased armor protection would be a decisive factor in the future. The outcome was a decision of upgrade the Leopard 2 to MLC 60 (Military Loading Class 60 tons), which would allow increased armor, and to modify one of the turrets with a new multi-layer type of armor. This resulted in a breakthrough in the Leopard 2 program and the first step towards the Leopard 2 AV. During 1973, negotiations began between the United States and Germany to standardize certain components of both nations main battle tanks of the eighties. As a result of this, by 1976 it was agreed to study how Leopard 2 could be modified to meet US performance and constraints. Based on the altered German and US military demands, Porsche, Krauss-Maffei, and Wegmann designed and built the Leopard 2 AV (Austere Version).  The Leopard 2 Austere Version prototype. Modifications included the new multi-layered (much like the British developed "Chobham" armor, which consisted of layers of steel and ceramics) armor on the hull and a new turret with a less sophisticated fire control system. Two chassis and three turrets were built, and were ready in 1976. The first prototype had a turret with a Hughes fire control system and a L7A3 105 mm main gun. The second one was equipped with the same gun, but provisions were made to allow a quick adoption of the Rheinmetall 120 mm smooth bore main gun. The third turret had a German fire control system, including the EMES 13, and was to be used in the German test program. An additional turret was built and was identical as the third, but had the Rheinmetall 120 mm smooth bore main gun installed from the beginning. The Leopard 2 AV was originally intended to be tested as the same time with the XM1, but the German modification program took longer than expected. The US Army therefore proceeded with the evaluation of the XM1 prototypes built by Chrysler and General Motors, and ultimately decided to launch full-scale development of the Chrysler design.  Leopard 2 Austere Version prototype - this photo shows clearly the new armor added to the front hull. However, the German prototypes arrived in the US by the end of August 1976 and comparative tests between the Leopard 2 AV and the XM1 prototypes were done at Aberdeen Proving Grounds, lasting until December 1976. The US Army reported that the Leopard 2 AV and the XM1 were comparable in firepower and field mobility but the XM1 was superior in armor protection, and so the XM1 was selected. After the comparative test the Leopard 2 AV prototypes were returned to Germany for further evaluation tests. In September 1977 the German MoD formally decided to go ahead with plans for production of 1,800 Leopard 2, which were to be delivered in five batches. From the original group of companies bidding for the contract, Krauss-Maffei was chosen as the main contractor and systems manager. MaK became sub contractor and production was to be shared between the two companies on the basis of 55% for Krauss-Maffei and 45% for MaK. Wegmann, as turret integrator, received full responsibility for coordination the integration of the EMES 15 fire control. The EMES 15 fire control was developed by Hughes in cooperation between Krupp Atlas Elektronik, with the 120 mm smooth bore high-performance main gun supplied by Rheinmetall with the turret. Without doubt, at the time of its introduction (1979), the Leopard 2 was the most advanced tank in the world. The Germans succeeded in designing a tank with high success in all three areas of tank design: mobility, firepower, and armor protection. Until then, tank designers had only been able to achieve two of these objectives at once. The British Chieftain, for instance, had a pretty good gun and good armor, but very poor mobility. At the other end of the scale was the French AMX-30, which had good mobility, an adequate gun, but weak armor.  The Leopard 2 was the most advanced tank in the world back in 1979/80. The Germans have suceeded in designing a tank with high success in all three areas of tank design: mobility, firepower, and armor protection. The tank above is from the first production batch. A total of 380 Leopard 2 were built in the first batch, 209 by Krauss-Maffei and 171 by MaK, with the first six delivered in 1979 to Kampftruppenschule 2 in Münster. Another 100 were delivered in 1980 and 229 in 1981, replacing the M48A2G in units among I (GE) Corps. The first Leopard 2 went to Panzerbattalions 31, 33 and 34 of 1 Panzerdivision, with partially parallel delivery to Panzerbattalions 81, 85 and 84 of 5 Panzerdivision. The Leopard 1s then in service were passed to the Panzerbattalions of the Panzergrenadier Divisions, were they replaced the M48A2G. By 1982 production was running at 300 a year, with the last first batch Leopard 2 delivered in March of that year. The combat weight of the Leopard 2 is 55,000 kg, empty weight being 52,000 kg, and its hull has spaced multi-layer armor. The running gear consists of seven dual rubber-tyred road wheels and four return rollers per side, with the idler wheel at the front and drive sprocket at the rear. Torsion bar suspension is employed, with advanced friction dampers provided. The Diehl 570F tracks, with rubber-bashed end connectors, have removable rubber pads and use 82 links on each track. For use in icy ground, up to 18 rubber pads can be replaced by the same number of grousers, which are stored in the vehicle's bow when not in use. The first four sessions of the side skirts are heavily armored, and must be raised for rail transport. The remaining sessions are made of standard rubber and metal fabric and are hinged to swing upward if neccessary.  A Leopard 2 of the Bundesheer (Austrian Army) in maneuvers. © Photo/Bundesheer. The driver's station is located at the front, offset to the right of the vehicle's center line. A large, pintle-mounted lift-and-swing type hatch is provided for the driver and opens to the right. There are two observation periscopes in the driver's hatch, plus one to the left of his section, for use when driving closed down. The central periscope (in the hatch) can be exchanged for a passive IR-sight for night operations. An escape hatch is provided under the driver's seat. The turret, incorporating multi layer armor, is mounted in the center of the hull and is manned by the commander and gunner in the right half, with the loader in the left half. The commander and the loader each have a circular hatch, opening to the rear, and six periscopes provide all-round vision for the commander. Both hatches have ring mounts for the 7.62 mm MG-3 air defense machine gun, though it is normally installed on the loader's hatch.   Leopard 2, first batch production series. The first batch was delivered from 1979-1982. The first 200 tanks built originally had the PZB 200 image intensifier mounted over the mantlet, the thermal imager being not yet available. The first batch was also the only batch to have a wind sensor installed on the turret. The 120 mm Rheinmetall main gun is fully stabilized in both azimuth and elevation, and the WNA-H22 electro-hidraulic gun control system is fitted. The gun fires two types of ammunition, both developed by Rheinmetall APFSDS-T, known as DM-33 KE (Kinetische Energy), and HEAT-MP-T, known as DM-12 MZ (Mehrzweck = multipurpose), both types having combustible cases. 27 rounds of 120 mm ammunition are stored in a special magazine in the forward section of the hull, to the left of the driver's station - additional 15 (making a total of 42) are stored in the left side of the turret bustle, and separated from the fighting compartment by an electrically operated door. Should the ammunition in the bustle be hit, blow-off panels in the turret roof would direct any explosion upwards. A co-axial 7.620mm MG 3is mounted to the left of the main gun and 4,750 rounds of machine gun ammunition are carried. The thermal sight for the gunner's EMES 15 primary sight was not ready during production of the first batch, though all vehicles were prepared to be so equipped at a later stage. To provide an improvised night fighting capability for first batch vehicles, the Panzer-Ziel-und-Beobachtungsgerät (PZB) 200ow light TV system (LLLTV) was temporarily fitted to 200 Leopard 2 The EMES 15/FLT-2 fire control system consists of:
The gunner also has an auxiliary telescope FERO-Z18 with a magnification of x8, mounted co-axially to the right of the main gun. An independent and fully stabilized PERI R-17 primary panoramic sight, made by Carl Zeiss and with magnifications of x2 and x8, is installed at the front of the commander's station. This sight can be traversed through 360 degrees and allows the commander to override the gunner's control if necessary. An ammunition supply hatch opening outward, is provided in the left side of the turret side. Two groups of four 76 mm Wegmann smoke mortars are mounted on either side of the turret and can be electrically fired either as single rounds or in salvos of four. Two SEM 25/SEM35 radio sets are fitted behind the commander in the rear right of the turret bustle. The radio antennae are mounted to the left and right behind crew stations. The engine compartment is at the rear, separated from the fighting compartment by a fireproof bulkhead. The MTU MB 873 Ka-501 liquid-cooled 47.6 litre V-12 cylinder 4-stroke exhaust turbo-charged diesel engine develops 1,104 kW (1,500 PS) at 2,600 rpm. It is started by eight 12-volt/125 Ab batteries and has a 24-volt electrical system. The Leopard 2 maximum road speed is 68 km/h, though it is limited to 50km/h during peacetime, and top reverse is 31 km/h.  Thanks Archy :-) Fuel consumption is estimated at around 300 litres per 100 km on roads and 500 litres per 100 km across country. The four fuel tanks have a total capacity of approximately 1,160 litres, giving a maximum road range of about 500 km. The Renk HSWL 354 hydro-kinetic planetary gearbox with integral service brake is coupled to the engine, forming a compact power pack which can be exchanged within 15 minutes. Four forward and two reverse gears are available through a torque converter, enabling the Leopard 2 to turn on the spot if required. The transmission automatically changes gear within the range pre-selected by the driver. The cooling air outlet grille is very prominent across the upper section of the rear plate, and was reinforced after the 28th vehicle built. Exhaust grilles with vertical bars are located to the left and right of the de-airation vents. A fault detection system detects any technical malfunctions. Four 9 kg Halon fire extinguisher bottles are installed on the right behind the driver's station. The bottles are connected to pipes and hoses and are activated automatically by the fire detection system, when temperatures rise above 180° F inside the fighting compartment, or manually via a control panel in the driver's compartment. An extra 2.5 kg Halon fire extinguisher (HAL 2.5) is stored on the floor beneath the main gun. The Leopard 2 has a self-contained NBC protection system, which produces up to 4 mbar (0.004 kp/cm²) over pressure inside the vehicle. The Leopard 2 is able to ford water obstacles 1.20 m deep (wading) without any preparation, and to ford at a depth of 2.25 m (deep wading) with special preparation. About 15 minutes preparation is required to get the tank ready for crossing water obstacles at a depth of 4 ma (underwater driving), including the fitting of a special three-piece snorkel to the commander's cupola.  The Leopard 2A1. Production of the second batch began in March 1982 and ended in November 1983. Of the 450 vehicles built, 248 were built by Krauss-Maffei and 202 by MaK. The most significant changes were the deletion of the cross wind velocity sensor, and that the protection over the optical blocks at the commander's station was now faceted shape. The tank thermal sight, based on the common modules provided by Texas Instruments and built by Carl Zeiss, was now fitted to the gunner's EMES 15 primary sight and the gun control system was included in the fault detection system. The fuel filters were repositioned, considerably reducing the time required for refuelling. An external head-set connection was added to the left rear of the turret side. The racks of ammunition stowage were identical to those that were to be fitted to the M1A1 Abrams. Two foot boards were attached to the power pack, thus avoiding damage to the steering system and the electrical wiring and plugs during maintenance with the deck removed. The tow cable clamps on the rear deck were repositioned and the cables, now 5 m long, were crossed on the rear plate. Due to these numerous changes, this version was designated the Leopard 2 A1 .  Leopard 2A3, Panzerbattalion 123, Panzerbrigade 12, October 1990. The 300 Leopard 2 of the third batch were built between november 1983 and November 1984, 165 by Krauss-Maffei, and the remaining 133 by Mak. The most notable changes were the addition of a deflector, which raised the position of the commander's PERI R-17 primary panoramic sight by 50 mm, and a larger cover plate fitted on top of the NBC protection system. These modifications were subsequently also carried out to the second batch vehicles. The third batch vehicles were also designated Leopard 2 A1. The fourth batch was built between December 1984 and December 1985. Of the 300 vehicles delivered, 165 were built by Krauss-Maffei, and 135 by MaK. The most significant changes were the installation of new digital SEM 80/90 VHF radios and revised exhaust grilles with circular bars. The ammunition supply hatches were welded shut (risk of leaking if turret was hit). The vehicles of this batch were designated the Leopard 2 A3 .  Leopard 2A4 (seventh batch), Panzerbattalion 214, 7.Panzerdivision, CMTC Hohenfels, December 1995. Between December 1985 and March 1987, 370 vehicles were delivered, with 190 being built by Krauss-Maffei, and the remaining 180 by MaK. In this batch, the fire control was fitted with a digital core to facilitate the use of new ammunition, and to improve the crew's survivability a fire and explosion suppression system developed by Deugra was installed. The return rollers were repositioned. The turret protection level was increased to more than 700mm for KE and 1000mm for HEAT. The vehicles of this batch were designated Leopard 2 A4 . Although only five batches were originally intended to be built, an order for a sixth batch of 150 vehicles was placed in june 1987, and 83 were built by Krauss-Maffei and 67 by MaK, between January 1988 and May 1989. New features in this batch were the installation of maintenance-free batteries, the introduction of Diehl 570FT tracks, and the use of zinc cromate free paint. The central warning light was now installed in a small housing on the hull, in front of the driver's station, for better observation by the driver when driving head-out.The ammunition supply hatch in the left side of the turret was deleted. The vehicles of this batch were also designated Leopard 2 A4 . Production of 100 seventh batch vehicles began in May 1989 and ended in April 1990, with 55 built by Krauss-Maffei and 45 by MaK. The vehicles of this batch were identical to the late sixth batch vehicles and also called Leopard 2 A4 .  Leopard 2A4 of Panzerbattalion 393, December 1995. CMTC Hohenfels. Between January 1991 and March 1992 75 vehicles were delivered, with 40 built by Krauss-Maffei and 34 by MaK. Changes included slight modifications of the base mounts for the smoke mortars, and later on a collimator for the muzzle reference system was fitted to the right side of the 120 mm main gun, near the barrel's end, and was subsequently retrofitted to the vehicles of previous batches. The muzzle reference system allows a quick check for the gunner of the distortion of the gun barrel in relation to the sight optics. The vehicles of this batch were also designated Leopard 2 A4 . The final Leopard 2 A4 of the eight batch was delivered to the Gebirgs-Panzerbattalion 8 (Mountain Tank Battalion) on 19 March 1992, in a official ceremony in Munich. After delivery of the last eight batch vehicle, there were 2.125 Leopard 2 A4 in service with the Bundeswehr. The Leopard 2 was designed to meet the requirements of modern mobile combat to counter the Soviet threat to Central Europe. It used the most advanced technologies available at the time, to achieve enhanced performance, with optimal results in the combination of armor protection, firepower, and mobility; which placed it among the leaders in modern tank design.
|
In a modern world the pressure for modernization is a matter of course, but in the field of military technology it is a bitter reality. With the appearence of modern and capable Soviet tanks such as the T-64 B and T-80 B, equipped with a high-performance 125 mm smoothbore gun capable of firing guided missiles, the development of an even better Leopard 2 was demanded. However, cooperation between nations over their tank industries can be difficult. After the cancellation of a joint French-German tank development project in November 1982, Germany extended the concept phase for a Leopard 3 in March 1983 to last until 1996. Several alternatives had to be examined, including production of additional Leopard 2, improvement of the Leopard 2, development of a new turret for the Leopard 2 with a crew of four or with a crew of three with an automatic loader, or still the development of an entirely new hull and turret.
The development of improved components for the Leopard 2 was finally favoured, and in 1989 the Leopard 2 KVT (Komponentenversuchsträger - component trial vehicle) was built and tested. This vehicle was fitted with additional armor, spall liners in the fighting compartment, a new electrically-driven sliding hatch for the driver, new hatches for the commander and loader, and increased reactive and passive armor on the turret roof. The EMES-15 was raised and received an armored housing, and the PERI-17, now including an independent thermal sight channel, was relocated to the left rear of the commander's section. This prototype had a total weight of 60,500 kg. After the trials, this vehicle was converted into the IVT (Instrumentenversuchsträger - experimental vehicle for instruments) and joined the IFIS (integrated command and information system) development program carried out between 1988 and 1992, which researched in cooperation with the US the more efficient way to the management and use of gathered information. After evaluation of the development tests with with the KVT, two prototypes were built in 1991 by Krauss-Maffei for the improvement program, known as KWS.
The overwhelming political changes within the Eastern Block, and the resulting decreasing defense budgets definitely modified the improvement program. An alternative improvement program was initiated, divided into three stages, and known as KWS I, KWS II, and KWS III (the Roman numerals do not denote chronological order).
KWS I consisted of the adoption of a longer L/55 120 mm main gun and the use of improved ammunition, having an increased muzzle velocity of 1,800 m/s ( OBS: This program resulted in the Leopard 2 A6).
KWS II was the development of increased armor protection for the crew and improved command and control system capabilities (OBS: This program resulted in the Leopard 2 A5).
KWS III consisted of the adoption of a 140mm main gun.
On October 1991, Switzerland, the Netherlands, and Germany decided for cooperation in a development program for KWS II. The first Leopard 2 A5 were officially delivered to the German Army School on 30 November 1995. Chassis of the sixth, seventh, and eight batches were to be used for the conversion program and to receive reworked and modified turrets taken from tanks of the first four batches. Modernization of the chassis were to be carried out by Krauss-Maffei and MaK while Wegmann and Rheinmetall became responsible for the turrets.
The most significant change to the hull of the Leopard 2 A5 is the new driver's hatch, which is now electronically operated and slides to the right to open. A deflector is mounted to the left of the driver's station, with stowage brackets for camouflage support poles. A camera mounted above the rear cooling air outlet is connected to a monitor on the driver's dashboard to enable him to reverse at high speed, without needing directions for the commander. The road wheels are now made of steel, replacing those made of aluminium.
The turret front and sides are fitted with wedge-shaped add-on armor in sections, which can easily be replaced by field workshops if hit or, at a later stage, be replaced by more advanced armor. The side panels of this extra armor are hinged to swing forward, neccessary when engine is to be replaced. The gun mantlet was completely redesigned, and additional stowage boxes are fitted to the turret rear and sides. The interior of the turret is now fitted with a spall liner for improved protection against splinters. The electro-hydraulic gun control and stabilization system was replaced by an all-electric system. The optical FERO Z-18 auxiliary telescope was relocated to a position on top of the gun mantlet, and the commander's PERI-R 17 panoramic sight has been moved to the left rear of the commander's station. The commander's improved independent sight now includes a thermal channel whose image is displayed on a monitor on the commander's station. The laser range data processor was modified so that the Leopard 2 A5 can now engage helicopters with APFSDS-T ammunition, and a GPS vehicle navigation system is built in with the GPS antenna installed at the rear of the turret roof.
The additional armor has increased the combat weight of the Leopard 2 A5 to 59,500 kg, which has not affected the mobility, as the vehicle was designed to accept such an increase.
A new smoothbore gun, the 120 millimeter L55 Gun, has been developed by Rheinmetall GmbH of Ratingen, Germany to replace the shorter 120 millimeter L44 smoothbore tank gun on the Leopard 2. The extension of the barrel length from calibre length 44 to calibre length 55 results in a greater portion of the available energy in the barrel to be converted into projectile velocity.
The L55 smoothbore gun, equipped with a thermal sleeve, a fume extractor and a muzzle reference system, is compatible with current 120mm ammunition and new high penetration ammunition.
An improved kinetic energy ammunition known as LKE II was developed as a result of a Tactical Requirement issued in November 1987, and uses the longer gun barrel. The effect of the kinetic energy projectile on an enemy target is achieved by 1) the penetrator length and projectile mass and the impact velocity and 2) the interaction between the projectile and the target. The penetrator material is heavy tungsten powder in a monoblock structure. The improved kinetic energy ammunition has higher muzzle energy and recoil forces.
The Leopard 2 A6 lethality effectiveness is especially due to the Rheinmetall W & M developed smoothbore gun system. Based on the military requirement for firepower enhancement, Rheinmetall W & M further improved the performance of this gun and pertaining KE-ammunition. A 130 cm increase in barrel length plus other modifications resulted in a higher projectile velocity and increased KE-performance. The 120 mm L55 weapon is compatible with the current MBT-types in service throughout NATO, as they can easily be retrofitted.
A further performance increase of the Leopard 2A6 was achieved by the introduction of the DM 53 (LKE II) round. This round has a significantly higher penetrating capability than other current types of KE-rounds and is considered a guideline when equipping current or future systems. The secondary target spectrum is covered by our ultra-modern secondary rounds (HE and MP).
www.nato.int/sfor
www.globalsecurity.org
www.fas.org
www.haaland.info
community.webshots.com
www.armyvehicles.dk
members.tripod.com/collinsj
www.rheinmetall-ls.de
The first component studies for a new armored recovery vehicle (ARV), planned to the maintenance support for the new Leopard 2 which was soon to enter service, began in 1977. On the introduction of the Leopard 2 it soon became apparent that the Bergepanzer 2 A2 ARV (based on the Leopard 1 chassis) would not be powerful enough to provide adequate maintenance support under 24 hour combat conditions, so a development program for a new ARV was launched.  The Bueffel is capable of lifting 30,000 kg. and change the Leopard 2A5 powerpack within 35 minutes. The first experimental vehicle with a similar layout to th Bergepanzer 2 A2 and a wooden mock-up for an alternative internal lay-out, were ready in 1986. Two prototypes were ordered in 1987 and the experimental vehicle built up to the prototypes standard. The three prototypes were delivered in 1988 and underwent intensive tests, and in 1990 an order was placed for 75 Bergepanzer 3 'Bueffel' (Buffalo) ARV for the Bundeswehr and 25 Bergingstank 600 kN Bueffel for the Royal Netherlands Army (RNLA). MaK Systemgesellschaft mbH in Kiel was selected as the main contractor. Production was shared between MaK, with 55 vehicles built, and Krauss-Maffei, with 45 built.  The Bergepanzer 3 Bueffel armored recovery vehicle is based on the chassis of the Leopard 2. The driver sits on the superstructure front with the commander behind him. Three large doors provide access to the inside of the vehicle. A fire extinguishing and suppression system, an NBC protection system, and deep fording equipment with bilge pumps are provided. For night driving the driver can replace one of his periscopes with a passive night sight. During peacetime the Bergepanzer 3 is operated by a crew of two, although space for a third crew member is provided. The engine compartment is at the rear, and the Bueffel uses the same powerpack of the Leopard 2. A large crane, with a lifting capacity of 30,000 kg. is installed at the right forward of the vehicle, the jib can be traversed 270 degrees. The crane has an electronic momentum limiter, which constantly calculates jib elevation, vehicle tilt, and load mass to prevent overloading. A Rotzler Treibmatic TR 650/3 winch is installed in the vehicle's forward section with an effective cable length of 180 m (33 mm in diameter) and the capacity to pull up to 35,000 kg, which can be doubled by using a pulley tackle.  A complete powerpack can be carried in a special cradle on the engine deck. The large dozer/support blade at the front is lowered as a support to stabilize the ARV during winching or crane operation. The blade can also be used for obstacle and clearence or dozing operations. The Bueffel is equipped with a suspension lockout system. Electrical cutting and welding equipment is also provided. Further equipment includes various couplings and towbars, rapid connect and disconnect couplings for towing, and a self-recovery system. Armament consist of a 7.62 mm MG3 machine gun, primarily used for air defense, and 16 70 mm smoke mortars, with eight fitted in two groups of four at the front and eight in a row at the rear of the vehicle.  The Bueffel has a lifting capacity of 30,000 kg. Combat weight is 54,000 kg and the Bueffel has a towing capacity of 62,000 kg (MLC 70). Maximum achievable speed is 68 km/h, and 30 km/h in 2nd reverse gear. With a fuel capacity of 1,629 litres, the Bueffel has a maximum range of 650 km on roads and 325 km on across country. The Bueffel is capable of changing the powerpack of a Leopard 2 A4 in about 25 minutes, and with the Leopard 2 A5 about 35 minutes are required. |
Who They Are: Operation: Stitches Of Love was started by the Mothers of two United States Marines stationed in Iraq.
What They Are Doing: We are gathering 12.5"x12.5" quilt squares from across the country and assembling the largest quilt ever produced. When completed we will take the quilt from state to state and gather even more squares.
Why They Are Doing This: We are building this quilt to rally support for the Coalition Forces in Iraq and to show the service members that they are not forgotten. We want the world to know Nothing will ever break the stitches that bind us together as a country.
Ideas to start a local project:
Obtain enough Red, White and Blue material (cloth) for a 12.5 x 12.5 quilt square.
If you have someone in your family that sews, make it a weekend project and invite neighbors to join you.
Consider this tribute as a project for your civic group, scouts, church or townhall group.
Locate an elementary school with an after school program in your neighborhood or locate an after school program in your neighborhood not attached to a school and ask if you could volunteer one or two afternoons and create some squares with the kids.
Invite some VFW posts to share your project in honor of their post.
Send us webmaster@patriotwatch.com for digital photos of in progress and finished project for various websites, OIFII.com and the media.
PDN is making this appeal in support of Operation: Stitches Of Love
Media Contact: Deborah Johns (916) 716-2749
Volunteers & Alternate Media: PDN (916) 448-1636
Your friends at PDN
______________________________________
Elizabeth Menegon, sister of Army Special Forces reservist Maj. David Menegon, rushes toward her brother, who has just arrived, at the Old Greenwich train station in Greenwich, Conn., on Wednesday. He had been deployed to Iraq for 14 months.
____________________________________________
Army Special Forces reservist David Menegon is greeted by his sister, Elizabeth, at the Old Greenwich train station in Greenwich, Conn., on Wednesday after returning from a 14-month deployment to Iraq.
Off to the hosiptal we go!!!
FYI..if anyone who's interested in this stuff wanst a reall good summer read, if you can find a copy of Harold Coyle' FIRST novel.."Team Yankee"..it's the story of a company of American tanks in West Germany in the 1980's when the USSR invades...
The mysterious death of Ron Brown has been the object of much controversy and suspicion. In this powerful new investigative book, Emmy-Award-winning writer and producer Jack Cashill takes a close look at Brown's checkered career as Clinton fund-raiser and commerce secretary, and in the process exposes the Clintons' dirty, relentless practices for getting financial backing.
Cashill is co-author of the acclaimed investigative blockbuster "First Strike: TWA Flight 800 and the Attack on America." In "Ron Brown's Body," Cashill answers the most vital questions surrounding Brown's rise and fall: Why did his plane crash? Why did the White House suppress an investigation? What was the purpose of Brown's trade missions? And what larger forces caused the Clintons to seek international cash?
"Using the case of Ron Brown's untimely death as a touchstone for the Clintons' unseemly and unsavory practices in the White House, Cashill explores the seedy depths of the most corrupt adminstration in American history during its two most desperate years. In so doing, he focuses directly on the machinations of the biggest threat to today's political scene, Hillary Clinton."
A MUST READ...MUD
Disclaimer: Opinions posted on Free Republic are those of the individual posters and do not necessarily represent the opinion of Free Republic or its management. All materials posted herein are protected by copyright law and the exemption for fair use of copyrighted works.
