Demonstrator of GSD LuWa technologies. Promising armored vehicle for the Bundeswehr
Currently, in the interests of the Bundeswehr, a promising airborne armored vehicle GSD LuWa is being developed. In the future, it will enter service with the airborne units and replace the outdated equipment of the Wiesel family. The new model is created with a reserve for long-term operation, and therefore curious solutions were used in its design, due to which it is planned to obtain high tactical and technical characteristics.
Technique of the future
The airborne units of the Bundeswehr still have approx. 200 Wiesel light armored vehicles of several modifications with different weapons and equipment. According to current plans, in the coming years they will undergo modernization, thanks to which they will be able to remain in service. Operation of "Wiesel" will continue until 2030, and at the end of this decade will begin the process of replacing them with new technology.
Work on a promising airborne armored vehicle began in 2019, when the Ministry of Defense of the Federal Republic of Germany opened the acceptance of bids and issued tactical and technical requirements. According to the latter, the army needs a light armored vehicle suitable for air transport in the cockpit of a CH-53 helicopter or existing military transport aircraft.
Also, the customer wanted a hybrid power plant and tracked chassis with controlled suspension. In the original version of the project, it was planned to use a combat module with a small-caliber cannon. In the future, the possibility of integrating other systems and weapons is not excluded.
In April 2020, Industrieanlagen Betriebsgesellschaft MBH (IABG) was awarded a contract for project development, construction and prototype testing. It was planned to involve other German and foreign organizations as developers of individual components and assemblies. At the current stage, the project received the working designation GSD LuWs (Gesamtsystemdemonstrator für einen Luftbeweglichen Waffenträger - "Demonstrator of technologies for airborne weapons carrier").
Technology demonstration
The design took about a year, and assembly of the first "technology demonstrator" began last spring. The appearance of the car was revealed at the beginning of the year, and in August the finished prototype was shown to the customer and the general public. At the same time, some of its characteristics and features were revealed.
In mid-October, at the Lichtenau test site, the customer was shown the main capabilities of the prototype. The armored vehicle passed through tank track and showed its firing capabilities. In addition, a separately built armored hull was detonated.
It is reported that the LuWa GSD project received high marks again, but its development will continue. So far, we are talking only about the layout for working out the basic solutions. If the current work is completed with the desired results, the IABG will begin to develop a full-fledged LuWa armored vehicle suitable for mass production and adoption in service in the future.
Promising solutions
The presented product GSD LuWa is a compact and light armored vehicle with the ability to install the necessary equipment or weapons. In accordance with the customer's requirements, the combat weight of the vehicle does not exceed 6,2 tons. The length is 4,2 m, the width is 2 m. The height depends on the type of combat module and the mode of operation of the suspension. The minimum height of the current prototype not on the roof of the tower is only 1,85 m.
An original armored hull with a pronounced nasal "hood", large frontal glazing and developed fenders has been developed. The hull provides all-aspect bullet / fragmentation and mine protection, but its level has not yet been reported. On the roof of the hull there is a payload seat in the form of a combat module.
At the request of the customer, GSD LuWa uses a hybrid powertrain that includes units from several German manufacturers. A diesel generator of unnamed power and related units are installed in the rear of the hull. Traction motors are placed in the bow casing and in the stern. Rechargeable batteries are located in other volumes of the case. On the starboard side of the hull there is a large radiator for cooling the engine and electrical systems.
Several modes of operation are reported. Most of the time, electric motors must draw power directly from a diesel generator, which will also charge the batteries. If necessary, it is possible to drive on batteries with the diesel engine turned off, which sharply reduces the noise produced. At the same time, the driving characteristics have not yet been reported.
To increase cross-country ability and obtain other advantages, an original undercarriage with two pairs of tracks has been developed. The front pair of such propellers has three road wheels per side and a front drive wheel. The rear tracks are distinguished by the aft arrangement of the drive wheels and the presence of a sloth in front. Each drive wheel is connected to its own traction motor. The rollers are equipped with a controlled hydropneumatic suspension that allows you to change the ground clearance.
The proposed four-track undercarriage is not inferior to traditional designs in terms of mobility and cross-country ability. At the same time, it is distinguished by increased survivability: the rupture of one tape and / or the loss of other elements does not deprive the machine of mobility. Separate drive of all tracks from electric motors allows for efficient distribution of torque and optimum performance.
The current prototype received a remotely controlled combat module ASGARD from the Slovenian company Valhalla Turrets. It carries a 27mm Mauser BK 27 cannon and an electro-optical sight. In the future, it is planned to install the EuroSpike missile system. Perhaps, in the future, GSD LuWa will be able to obtain other types of DBMS or modules with different target equipment.
The GSD LuWa crew consists of only two people. The driver is located in front of the crew compartment. Behind him is the operator's commander's workplace with instruments corresponding to the payload. Access to the interior of the prototype is provided by a hatch in the roof of the combat module.
In the process of checking
From a technical point of view, the GSD LuWa project is of great interest. Several bold ideas and solutions have been proposed to meet the rather strict requirements of the customer. It is expected that they will provide all the required technical and operational characteristics - but success is not yet guaranteed.
In its current form, the IABG project is distinguished by a high degree of novelty and, as a result, high technical risks. For this reason, the project is now at the stage of prototype testing aimed at demonstrating and testing new technologies. Only after the completion of these works and the determination of the real potential of the solutions used will it be possible to proceed to the design of a full-fledged armored vehicle for mass production and supply to the army.
As far as we know, so far the work on the LuWa GSD has been going smoothly and without any difficulties. Some of the tests have already been carried out. In addition, the layout was shown twice to the customer's representatives and received good reviews. Perhaps the developers of the project still face some difficulties, but they manage to cope with them and continue to work. At the same time, experience is being accumulated, which will be used in future projects.
Whether IABG and its subcontractors will be able to meet all the customer's requirements and bring the current bold project into service is unknown. So far, it cannot be ruled out that the GSD LuWa project will face serious problems, and this will lead to a shift in terms. In addition, fatal flaws may appear that will lead to abandonment of the project.
While the Bundeswehr and the developers of a promising armored vehicle have enough time. "Air transportable weapons carrier" should go into series no earlier than the mid-twenties, and by this time it will be possible to complete work on the current prototype without haste, bring all new technologies and then develop a full-fledged project. However, developers should not hesitate or be overly optimistic - excessive novelty and the associated risks can emerge at any time.
- Ryabov Kirill
- IABG MBH, @KampfmitKette / twitter.com
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