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| Wiesel (armored vehicle) | |
|---|---|
| Name | Wiesel |
| Type | Armored reconnaissance vehicle |
| Service | 1989–present |
| Designer | Rheinmetall Landsysteme |
| Manufacturer | Rheinmetall |
| Length | 4.78 m |
| Width | 2.05 m |
| Height | 1.7 m |
| Weight | 2.75–4.78 t |
| Armor | Aluminum and steel |
| Primary armament | varies (20 mm autocannon, TOW, MILAN) |
| Engine | Mercedes-Benz OM 601 |
| Engine power | 75–110 kW |
| Suspension | torsion bar |
| Speed | 70–95 km/h |
| Vehicle range | 500 km |
Wiesel (armored vehicle) The Wiesel is a German light airborne tracked armored vehicle developed in the 1980s for rapid deployment with Bundeswehr airborne forces. It was produced by Rheinmetall Landsysteme and Henschel partners to provide reconnaissance, fire support, and anti-tank capability for Fallschirmjäger units and NATO rapid reaction formations. The platform's compact size and low weight enable transport by Lockheed C-130 Hercules, Transall C-160, and air assault by CH-53 Sea Stallion and CH-47 Chinook helicopters.
Development began amid Cold War modernization programs during the 1970s and 1980s when the Bundeswehr sought a light reconnaissance and fire-support vehicle for Luftlandebrigade 26. Rheinmetall worked with Daimler-Benz and subcontractors tied to Krupp and MTU Friedrichshafen to optimize a chassis for airborne operations. Prototype trials referenced requirements from NATO doctrine as articulated by Supreme Headquarters Allied Powers Europe (SHAPE) and field feedback from British Army and French Army liaison officers. Design priorities included transportability in Lockheed C-5 Galaxy and Panavia Tornado considerations for strategic lift by United States Air Force and French Air and Space Force planners. The compact hull used aluminum alloy and steel laminates inspired by lessons from Yom Kippur War and surveillance tasks seen in Portuguese Colonial War veterans. Avionics and observation suites incorporated technologies similar to systems used by Bundesnachrichtendienst liaison projects and cooperative work with Telefunken and Siemens.
The Wiesel family expanded into multiple variants to meet reconnaissance, anti-tank, command, and transport roles for formations such as Panzergrenadier and Jäger units. Producer-upgraded versions include the Wiesel AWC with a 20 mm Rheinmetall autocannon used by Heer formations, the Wiesel MILAN carrier supplied to Heer and allied forces with ties to Eurosatory procurement shows, and the TOW-armed Wiesel PzSpreng available for export demonstrations to Hellenic Army and Royal Netherlands Army delegations. Command variants adopted communication suites compatible with NATO Standardization Agreements (STANAGs) and radios from Thales Group. Ambulance and engineering variants mirrored adaptations seen in vehicles used by Swiss Armed Forces and Austrian Armed Forces light brigades. Later modernization efforts paralleled upgrade pathways used by platforms like the M113 and FV432.
Armament ranges from machine guns similar to those in MG3 and FN MAG inventories to autocannons produced by Rheinmetall AG. Anti-tank capability employed guided missiles such as MILAN and BGM-71 TOW configured on stabilized mounts. Some Wiesels fitted surveillance packages with day/night cameras from suppliers akin to Zeiss optics and thermal imagers comparable to systems used by FLIR Systems. Fire-control components utilized ballistic computers influenced by designs integrated into Leopard 1 upgrade suites and sensor packages interoperable with Fennek reconnaissance doctrine. Communications gear aligned with NATO data links observed on platforms like CV90 command variants.
Wiesel vehicles entered service with the Bundeswehr in 1989 and have supported operations connected to the post‑Cold War era, including deployments alongside KFOR and ISAF contingents. Wiesels were evaluated during exercises such as Exercise Reforger analogs and NATO interoperability trials at Grafenwöhr and Hohenfels training areas. Export and marketing efforts targeted multinational programs involving delegations from Belgian Armed Forces, Luxembourg Army, and Spanish Army. Over time, field experience influenced upgrades reminiscent of reforms applied to AMX-10 RC and Scimitar reconnaissance vehicles.
Protection employed lightweight armor to shield against small arms and shell splinters, following survivability practices derived from studies of Vietnam War and Falklands War vehicle vulnerabilities. Mobility was achieved with diesel powerplants from Mercedes-Benz and transmissions conceptually similar to those used in Unimog logistics platforms. Suspension and track systems facilitated operations in terrain types encountered in Sahara trials and European winters at Sachsenhausen evaluation ranges. Air-transportability constraints required adherence to loadmaster specifications from operators like Royal Air Force and United States Army Air Corps standards.
Primary operator remained the Bundeswehr, with limited interest or procurement discussions by the Hellenic Army, Royal Netherlands Army, and private-sector security firms for specialist roles. Deployment patterns mirrored light armored reconnaissance employment seen in Canadian Army and Australian Army doctrines for airborne and airmobile brigades. International training cooperation involved exchanges with units from NATO member states including United Kingdom, France, Italy, and Poland.
Typical specifications included a length under 5 meters, curb weight between 2.75 and 4.78 tonnes depending on armament, and crew of three configured like many light AFVs such as the M113 family command variants. Engine outputs spanned 75–110 kW enabling road speeds up to 95 km/h and operational ranges near 500 km comparable to the Panzer I modernization benchmarks. Logistics footprints and maintenance regimes reflected supply chains tied to Rheinmetall and OEMs in the Federal Republic of Germany industrial base.
Category:Armored fighting vehicles of Germany Category:Tracked reconnaissance vehicles