Bergepanzer 2 Explained

Bergepanzer 2
Type:ARV
Origin:West Germany
Is Vehicle:yes
Service:1966–present
Used By:See Operators
Designer: Porsche
Jung Jungenthal
Atlas-MaK Maschinenbau
Luther-Werke
Design Date:1960s
Manufacturer: Atlas-MaK Maschinenbau
OTO Melara[1]
Unit Cost: (1966)
Production Date:1966–1978
Number:742
Variants:See Variants
Mass:39.8NaN
2A2: 40.6NaN
Length:7.68m (25.2feet)
Width:3.25m (10.66feet)
Height:2.69m (08.83feet) (crane boom retracted)
Crew:4
Armour:Steel: 10–40 mm RHAe
Primary Armament:7.62 mm MG3
Secondary Armament:Smoke discharger
Engine:MTU MB 838 CaM 500, 10-cylinder, 37.4 litres, multi-fuel engine
Engine Power:830PS (2.86 kNm, 610 kW)
Pw Ratio:20.9PS/t
2A2: 20.4PS/t
Transmission:ZF Friedrichshafen 4 HP-250
Suspension:Torsion bar suspension
Fuel Capacity:1550l
2A1: 1410l
Vehicle Range:850km (530miles)
Speed:62km/h

The Bergepanzer 2 is an armored recovery vehicle based on the Leopard 1 main battle tank, developed in the 1960s and manufactured by Atlas-MaK Maschinenbau for the West German army. It first entered service in 1966 and replaced the earlier Bergepanzer 1. Various versions have served in the armed forces of Germany and other countries. It was later succeeded by the Bergepanzer 3 "Büffel".

History

The West German rearmament from the mid-1950s led to the initial equipping of the Bundeswehr with U.S. armored vehicles. In addition to M47 and M48 Patton main battle tanks, M74 armored recovery vehicles were introduced, which, from 1962, were replaced by the M88 Recovery Vehicle, designated "Bergepanzer 1".[2]

Development

The Leopard 1 was designed from the outset as a family of vehicles. This was intended to significantly reduce the cost of operating, maintaining and repairing the tracked vehicles, since the personnel for many areas only required one-off training and the assemblies could be easily replaced.
Right after the Leopard, the armored recovery vehicle 2 was tackled. "Its main task is to recover or, as far as possible, repair on the spot tanks that have broken down on the battlefield due to enemy action or technical damage."[3]

On September 9, 1966, the first Bergepanzer Standard rolled off the production line at MaK Kiel.[3]

Variants

WiSENT 1

FFG offers the WiSENT in 3 different variants, the WiSENT 1 ARV, the WiSENT 1 AEV and the WiSENT 1 Mine Clearing.[4]

Technical data

Technical data
DescriptionBergepanzer 2Bergepanzer 2A1/Pionierpanzer 1Bergepanzer 2A2Bergepanzer "Wisent"
Type: Armored recovery vehicle with self-supporting hull, turretless superstructure and crane boom
Crew: 4
Engine: MTU MB 838 CaM 500, 10-cylinder, 37.4 litres, multi-fuel engine
Displacement: 37.400 cm³
Power output: 610 kW (830 PS) 706 kW (960 PS) 3300 Nm at 1600 min−1
Cooling: Thermostatically controlled axial fan
Transmission: ZF 4 HP-250 planetary gearbox with four forward and two reverse gears
Suspension system: Torsion bar spring mounted support roller drive Torsion bar spring mounted support roller drive with hydraulic dampers
Overall length:
(Clearing blade in driving position)
7570 mm 7980 mm 7680 mm 8210 mm
Overall width: 3250 mm
Overall height: 2695 mm 2970 mm (with topcase)
Ground clearance: 440 mm
Wading depth without preparation: 1200 mm
Wading depth with wading snorkel: 2250 mm
Underwater driving depth w. underwater snorkel: 4000 mm
Trench passability: 2500 mm
Climbing ability: 1150 mm 880 mm 1000 mm 880 mm
Gradeability: 60 %
Cross slope capability: 30 %
Empty weight: 39.200 kg 40.200 kg 39.980 kg 47.000 kg
Combat weight: 39.800 kg 40.800 kg 40.600 kg 54.000 kg (max. 56.000 kg)
Maximum speed: 62 km/h
Fuel capacity:1550 l 1410 l 1550 l
Fuel consumption and operating range (road): 840 km at 165 l/100 km 650 km at 165 l/100 km 840 km at 165 l/100 km
Fuel consumption and operating range (terrain): 400 km (2A1) bis 500 km at 300 l/100 km (Consumption above 400 l/100 km is not uncommon in towing operations)
Turning radius: 496 cm
Clearing blade width: 3250 mm 3250 mm (3750 mm with increased width blade) 3250 mm 3250 mm (3750 mm with increased width blade)
Clearing blade height: 591 mm 995 mm 591 mm 995 mm
Armament: 2 × 7.62×51mm NATO MG3 or C6 GPMG as anti aircraft gun and front gun, smoke discharger smoke discharger, armament varies depending on user
Ammunition: 4250 cartridges pverall for both MG3

Operators

Current operators

Former operators

See also

Notes and References

  1. Book: Jane's Armour and Artillery: 2005-2006. 43. Christopher F.. Foss. Jane's Information Group. 978-0-71-062686-8. 452263052. 2005.
  2. Book: Marx, Stefan. de. Die Bergepanzer der Bundeswehr und die deutsche Bergetechnik. Tankograd Militärfahrzeuge Spezial. 5004. Tankograd Publishing. 2004.
  3. de. Haslinger. Thomas. July 2015. Bundeswehr und Ausrüstung: Die Beschaffung der Fahrzeugfamilien des Kampfpanzers LEOPARD 1 und des Schützenpanzers MARDER in den 1960er Jahren im Spannungsfeld zwischen Politik, Bundeswehr und Rüstungsindustrie . Dr. . IV.2: Veränderungen im Beschaffungsprozess der Bundeswehr und die Einsetzung von Generalunternehmern bei neuen Rüstungsprojekten. Ludwig-Maximilians-Universität München. 10.5282/edoc.19709. 175.
  4. Web site: WiSENT 1 – THE UPGRADE FOR THE ARV 2 STANDARD. FFG Flensburger Fahrzeugbau GmbH. 11 November 2022.
  5. Book: The Military Balance 2021. 10.4324/9781003177777. 978-1-03-201227-8. Routledge. International Institute for Strategic Studies. 2021. 241415678 . 0459-7222.
  6. Book: The Military Balance 2022. 978-1-032-27900-8. Routledge. International Institute for Strategic Studies. 2022. 0459-7222. 155.
  7. Web site: 2024-02-26 . Military support for Ukraine Federal Government . 2024-02-26 . Website of the Federal Government Bundesregierung . en.
  8. Web site: 2023-03-21 . Norway delivers 8 Leopard 2 tanks to Ukraine . Euromaidan Press.
  9. Web site: Heavy weapons tracking sheet . 2024-02-26 . Google Docs . en-US.
  10. Web site: Oryx . Attack On Europe: Documenting Ukrainian Equipment Losses During The Russian Invasion Of Ukraine . 2024-02-26 . Oryx.
  11. Web site: VEHICLE RECOVERY OPTIONS FOR 2016 TO 2025. Maj Y.M. . Mollison. Canadian Forces College. 11 November 2022. 2016.