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Presentation of the ACHILE Project in Munich: Exoskeletons for the Future European Soldier

Context of the ACHILE Project

The ACHILE Project is an ambitious initiative backed by the European Defense Fund aimed at revolutionizing the equipment of European soldiers through the development of advanced exoskeletons. This project focuses on creating the Next Generation Dismounted Soldier System (NGDSS), a next-generation system designed to enhance the mobility, ergonomics, and survivability of soldiers on the battlefield.


Presentation of the ACHILE Project in Munich: Exoskeletons for the Future European Soldier

Meeting in Munich to Present the ACHILE Project PDR

On June 11, 2024, Munich hosted a crucial meeting for the advancement of the ACHILE Project. With the presence of the European Project Officer, Mr. Michal Olexa, the Preliminary Design Review (PDR) was presented. This document outlines the services, functionalities, capabilities, and systems that will equip the next generation of European combat soldiers.


Gogoa's Participation in the ACHILE Project

Gogoa Mobility Robots, as the leader of task T6.6 Physical Augmentation, played a key role in this presentation. Our team presented four Proof of Concept (PoCs) that will be developed around exoskeletons designed for various tasks:


  1. Marching: Exoskeletons that enhance the soldier's mobility and endurance, allowing for more efficient movement across different terrains.

  2. Logistics: Devices that facilitate the handling and transport of heavy loads, optimizing logistical efficiency on the battlefield.

  3. Weapon Stabilization: Systems that improve the accuracy and stability of weapons, increasing effectiveness in combat situations.

  4. Soldier Comfort Measurement: Tools that assess and optimize user comfort, reducing fatigue and increasing operational efficiency.


Over the next 12 months, we will work alongside other consortium partners to develop functional prototypes of these PoCs. These will be tested in real-world environments towards the end of the project to ensure their viability and effectiveness under actual use conditions.


Cutting-Edge Mobility

One of the most notable aspects of the ACHILE Project is its innovative approach to mobility. The developed exoskeletons aim not only to increase physical endurance but also to provide agile and efficient mobility across various terrains. The ability to move without restrictions is essential on the battlefield, and ACHILE is set to be a game-changer in this respect, offering advanced solutions to enhance soldiers' operability.


Adaptive Ergonomics

Ergonomics is a crucial factor in the design of military devices. ACHILE developers are committed to ensuring that the exoskeletons fit perfectly to the user's body. Optimizing comfort and reducing fatigue are primary goals, and adaptive ergonomics is key to allowing soldiers to focus on their mission without distractions, enhancing their performance in critical situations.


Enhanced Survivability

In combat situations, survivability is paramount. ACHILE will incorporate innovative features that enhance soldiers' survivability capabilities. From early warning systems to advanced protection mechanisms, the exoskeleton will be designed to provide soldiers with a crucial tactical advantage on the battlefield. These improvements will not only increase safety but also boost operational effectiveness in high-demand missions.


A Pioneering Project for European Defense

The ACHILE Project, backed by the European Defense Fund, represents a significant milestone in the quest for cutting-edge technologies that strengthen the European Union's position in the defense sector. At Gogoa Mobility Robots, we are excited to be part of this transformative initiative. We will closely follow the progress of ACHILE and look forward to witnessing how this groundbreaking technology will redefine the role and capabilities of future soldiers.


At Gogoa, our commitment to innovation and excellence drives us to continue developing solutions that make a difference on the battlefield, contributing to the safety and efficiency of European soldiers.

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