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Latest-generation Pandur Evo moves into production for Austrian Army

Christopher F Foss, London - Jane's International Defence Review 18 October 2018


The latest Pandur Evo 6×6 for the Austrian Army is shown with an applique armour package and a locally developed RWS armed with a stabilised 12.7 mm MG. Source: GDELS

General Dynamics European Land Systems - Steyr (GDELS - Steyr) is now in full scale production of its latest-generation Pandur 6×6 armoured personnel carrier (APC) for the Austrian Army.

Late in 2016 the Austrian Army placed a new contract for the Pandur that covers 34 units to a newbuild standard, with production undertaken at the firm's Vienna facility under "a very demanding delivery schedule", the company said. Five vehicles are to be delivered in 2018, 21 in 2019, and the final 8 in 2020.

Key Austrian Army requirements include a high level of mine and ballistic protection, an electronic architecture (EA), and a roll-on/roll-off capability from a Lockheed Martin C-130 Hercules transport aircraft. The vehicle is officially called Pandur Evo.

The new hull design is of all welded steel armour. Protection levels are classified but it has been tested against small-arms fire, mines, and improvised explosive devices (IED). Additional survivability features include an applique passive armour package, decoupled floor, blast attenuating seats, and a fire/explosion detection suppression system.

The overall layout is similar to earlier vehicles with the driver front left, diesel power pack to the right, and a troop compartment extending to the rear. The latter is slightly raised to provide increased headroom and more internal volume, with stowage racks mounted on the roof to the immediate rear of the roof hatches. The crew consists of a commander, gunner, and driver; eight dismounts can sit in the rear (five on the left and three on the right) facing inwards. Troops can rapidly egress via a hydraulically operated ramp in the rear.

The new power pack consists of an 8.9 litre diesel developing 455hp, coupled to a 6-speed automatic transmission, two stage transfer box selectable on the move with 100% lockable differentials. This gives a maximum speed of 105 km/h, operating range up to 650 km, and a power-to-weight ratio of around 25hp/tonne.

https://www.janes.com/article/83897/latest-generation-pandur-evo-moves-into-production-for-austrian-army

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https://www.youtube.com/watch?time_continue=2&v=1laZZgs5aro

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[HSMW]

Novo camuflado para o exército austríaco.

https://www.militaryimages.net/threads/austrian-armed-forces-photos.6657/page-6

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Victor Barreira / Defence 360° (@Defence360) tweetou: The 🇦🇹 MoD signed a EUR106 million ) contract with General Dynamics European Land Systems to procure 30 new Pandur Evo 6x6 armoured vehicles. Deliveries to the 🇦🇹 Army are scheduled to take place between 2022 and 2023.

https://t.co/tZpOY710pS

https://twitter.com/Defence360/status/1356571498304184326?s=20

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[Lusitan]

https://esut.de/en/2020/04/meldungen/20077/oesterreichisches-bundesheer-oeffnet-den-tunnelblick-schicht-im-schacht-fuer-terroristen/

Austrian Armed Forces open the tunnel view: layer in the shaft for terrorists

Comprehensive national defense includes the struggle for critical infrastructure. These include mines without a doubt. However, freeway, road or subway tunnels can also be environments in which military opponents have to be fought. The Austrian Armed Forces recently carried out extensive evaluations of how to ensure that any attackers in the shaft have a shift in the shaft as quickly as possible: For five weeks, a combat group in company strength on the Styrian Erzberg in the tunnel training area "Center on the Mountain" trained the fight underground.



The whole thing happened within the framework of the military research project "NIKE" (sustainable interdisciplinarity in complex operations underground). The armed forces' ability to fight underground is to be further developed. The responsible project group under Colonel Peter H. coordinates the research and development work. Military and civilian experts from the Montan University, specialists with Montanist know-how from the militia and experienced representatives of the various blue light organizations work together. "We are developing the urgently required ability to fight underground," said Colonel H. "The 'Center on the Mountain' at the Montan University provides us with a perfect infrastructure for training, applied research and development."

 Combat group in company strength

The company-strong training force consisted of around 100 soldiers. It included professional soldiers from the Jäger Battalion 18, a pioneer and ordnance defense platoon as well as specialists from the NBC Defense Force.


The research, development and training center of the Montanuniversität Leoben offered a challenging training ground for underground collaboration: four kilometers of facilities were available. As part of the exercises, tactics, adjustments including night vision technology and heavy breathing protection as well as other resources such as sniffer dogs or special equipment such as speleologist leaders were evaluated. The highlight of the five-week test block was the interaction of all units in a realistic underground application scenario.

Major Rosche F., commander of the combat group: “The use under the surface of the earth carries different and higher risks and we train soldiers to fight against military attackers in a tunnel system with heavy breathing protection with simulated danger of collapse after a bomb attack and at the same time in complete darkness after a power failure - because we assume a complex application scenario. "

First findings

At the end of the exercise, the Federal Army drew a positive conclusion. Considerable experience has been gained, particularly with regard to fighting in toxic underground systems. In addition, for the first time during the exercise, an Ulan armored personnel carrier was tested in a road and rail tunnel. The tracked vehicle proved to be effective protection and support for the soldiers in order to act against military attackers.

"With the completion of this research section, we gained very important knowledge," said Colonel H. "These are now being analyzed in detail and should be available for further testing and training regulations. After all, this is about dealing with a complex threat to our fellow citizens - and with the greatest possible protection for our soldiers. We have made a big step in developing capabilities in underground military combat under complex conditions. ”