14 juin 2018 | International, Terrestre

The French Army could have its first unmanned vehicle by 2025

PARIS ― The French Army and government procurement office will begin talks this summer for the acquisition of a new light armored vehicle, dubbed VBAE, with a view to equipping the service by 2025, according to a program director at the Direction Générale de l'Armement procurement office.

Among the capabilities to be considered are an unmanned, remote controlled VBAE, Erwan told journalists June 12 at the the indoor stand of the Armed Forces Ministry at the Eurosatory trade show for land weapons. Erwan is the first name of the program director, whose last name has been withheld for security reasons.

If the VBAE is made to be controlled remotely, it would be the first unmanned vehicle for the French Army. That vehicle will replace the VBL light vehicle.

Illustrating future operations, the ministry's stand displayed a brief video of a virtual combat simulation in 2035. The screening took place between prototypes of the Griffon troop carrier and Jaguar reconnaissance and combat vehicle. The entire display was meant to emphasize the importance of an integrated network and firepower.

The DGA and the Army will spend a year in discussions, leading to a draft that will define the project. They will then consult industry for their responses to the requirement, he said.

The companies that show interest will be invited to “show what they can do” by demonstrating their capabilities from 2020-2021. That work will be undertaken under a new “innovation partnership” between industry and the government.

A selection of industrial partners is expected to produce a technology demonstrator by the end of 2022. If the ministerial investment committee approves this, contracts will then be awarded and a program launched. The aim is for delivery of the vehicle by 2025.

The DGA and the Army are also discussing the requirement for a military engineering vehicle, dubbed MAC. This vehicle would be used to open up terrain, clear improvised explosive devices and mines, and allow troops to advance.

Those talks are part of an attempt by the DGA to speed up arms programs and deliver kit much faster ― tasks set by Armed Forces Minister Florence Parly.

The acquisition of VBAE and MAC are part of the Army Scorpion modernization program.

Army Gen. Charles Beaudouin told the Defence Committee of the lower-house National Assembly on May 16 that he was looking for an “innovative approach” in the acquisition of VBAE.

“Instead of defining a requirement, thinking about the specifications and then calling on industry, we want to speak immediately with DGA and industry,” he said. “We have high hopes of launching this program during the multiyear military budget law, and then perhaps — call me crazy — see the first delivery before the end of the law.”

The National Assembly and Senate have approved the 2019-2025 military budget law, which pledges a total €295 billion (U.S. $348 billion) for support of the military services.

That DGA briefing was part of a Thales presentation of its role in the Scorpion program, in which the company supplies extensive onboard vehicle electronics, software-defined radios and sensors.

The aim is to install algorithms and artificial intelligence in the vehicle, aiming to deliver a “digital transformation” intended to reduce stress on the crew, a Thales executive said. The intention is to make the systems easy to use.

https://www.defensenews.com/digital-show-dailies/eurosatory/2018/06/12/the-french-army-could-have-its-first-unmanned-vehicle-by-2025/

Sur le même sujet

  • The Federal Aviation Administration selects Thales Secondary Radar Technology for the Mode S Beacon Replacement System Contract

    21 février 2020 | International, Aérospatial, C4ISR

    The Federal Aviation Administration selects Thales Secondary Radar Technology for the Mode S Beacon Replacement System Contract

    February 19, 2020 - The FAA selected Thales secondary radar technology to support the Mode S Beacon Replacement System contract, being delivered with Leidos. Under the contract, Thales will supply up to 142 secondary surveillance radars to support Air Traffic Control management. The number of aircraft flying is on track to double by 2036, which is leading to an increase in complexity. Reliable, strong performing radars, capable of detecting, measuring precisely the position of an aircraft and allowing rapid and secure exchange of data is crucial. The Thales secondary surveillance radar is capable of providing surveillance and specific aircraft information necessary to support Air Traffic Control (ATC) automation in all traffic environments. The modern Mode S radar system will help the FAA increase operational availability and performance of the system, support common and consistent interface requirements, and provide a modern system that complies with current FAA Security Standards. Relying on Thales's expertise in air surveillance, with 700 Air Traffic Control (ATC) radars in more than 70 countries worldwide, the FAA will deploy a state-of-the-art radar meeting strict technical requirements. Under the MSBRS contract, Leidos and Thales will perform program management, systems engineering, design and development, system test and evaluation, training, production and site implementation. “Thales has been a great collaborator and we are thrilled to execute the FAA's MSBRS Program alongside their team,” said Fran Hill, Senior Vice-President and Operations Manager of Transportation Solutions with Leidos. “Leidos and Thales have formed an outstanding working relationship, and we look forward to building upon that relationship and delivering the latest technology to the FAA.” “This award is the result of strong team dedication and involvement between Leidos and Thales in the US and France. With our trusted and reliable solution, the FAA will benefit from secondary radar adapted to its critical needs.” Serge Adrian, Senior Vice-President Surface Radars, Thales. Documents • PR_20200220_The Federal Aviation Administration selects Thales Secondary Radar Technology for the Mode S Beacon Replacement System contract • CP_200220_La FAA sélectionne les radars secondaires de Thales pour amélio Contact Maria Mellouli, Media relations, Defence and Civil Aerospace Tel.:+33(0)1 57 77 84 57 maria.mellouli@thalesgroup.com View source version on Thales: https://www.thalesgroup.com/en/group/journalist/press-release/federal-aviation-administration-selects-thales-secondary-radar

  • How Army IT modernization is reshaping this cadre of soldiers

    15 octobre 2019 | International, Terrestre

    How Army IT modernization is reshaping this cadre of soldiers

    By: Mark Pomerleau The Army's efforts to modernize its tactical networks and information technology are expected to reshape its signal corps, according to service officials. One of the Army's efforts includes creating what is known as “expeditionary signal battalion-enhanced," or ESB-E. Expeditionary signal battalions support units that don't have organic communications capabilities. These groups could include military intelligence battalions, chemical battalions, engineering battalions or air defense artillery branches. However, the Army realized it took too long to get equipment to theater, and the units said the gear performed too slowly on the battlefield, Sgt. Maj. Wendle Marshall, the head of 50th ESB-E, told C4ISRNET during a September trip to Fort Bragg, North Carolina. In response, the service adopted a more expeditionary approach, hence the “enhanced.” The Army as a whole is working to be more expeditionary and mobile to stay ahead of potential future threats, which will require units to move rapidly. Mobility extends to the overall tactical network modernization effort, for which the ESB-E is part of the first iteration of development to the force in 2021. The 50th ESB-E is the experimental unit, and three of its companies each received different equipment to test. When the Army receives feedback from those units and makes a decision on fielding, it will retrofit the entire battalion with the same gear. In 2021, the Army plans to outfit three ESB-Es out of 24 total ESBs. The biggest difference between the enhanced version of these battalions? Advancements in technology allow them to be more mobile and use less equipment while proving more capable. Soldiers described to C4ISRNET the difference in equipment between two sister battalions in the same signal brigade — one being an enhanced battalion. Based on the current configuration of a company in a typical battalion, six vehicles are needed to establish communications for a battalion or brigade — three vehicles and three trailers totaling six drivers — and three to seven C-17 planes to transport the vehicles. The enhanced versions can deploy that same company in a single C-17 requiring just a four-seat Humvee and one trailer to house equipment and personal gear. “If we had to get somewhere fast, we would not be able to provide the combat power as effective or fast as the ESB-E would,” Lt. Col. Trey Matchin, commander of 67th Expeditionary Signal Battalion, a sister battalion of the 50th located at Fort Gordon, Georgia, told C4ISRNET. Marshall said the enhanced battalions also aren't constrained to just satellite communications. “This kit's allowing us to change force structure to meet the needs of the Army,” Col. Matthew Foulk, commander of 35th Signal Brigade, which includes the 50th and 67th, told C4ISRNET in August. Moreover, with less equipment, soldiers' loads are lighter, they are more multifunctional and they rely less on contractor support. “ESB-Es being fielded is going to come to an apex at the perfect time. Which is creating a more multifunctional soldier instead of ‘I only do SATCOM [satellite communications] or I only do baseband, I only do radios.' We're getting away from that,” Foulk said. Marshall demonstrated how the motor pool for the 50th is smaller and simplified compared to sister battalions. One prominent example is an operations cell in which soldiers work on their kits as opposed to contractors. This allows war fighters to become proficient on systems ahead of exercises. https://www.c4isrnet.com/show-reporter/ausa/2019/10/15/how-army-it-modernization-is-reshaping-this-cadre-of-soldiers

  • NIST Cybersecurity Framework (CSF) and CTEM – Better Together

    11 septembre 2024 | International, C4ISR, Sécurité

    NIST Cybersecurity Framework (CSF) and CTEM – Better Together

    Discover how NIST CSF 2.0 and CTEM align to improve proactive cybersecurity through continuous monitoring.

Toutes les nouvelles