Manoeuvre Function (II)
Friday, May 17, 2019
Number: 81
Associated technologies
The 35 Brigade must fight in the physical, virtual and cognitive domain. It therefore requires a range of different technologies to allow it to fulfill its mission as a decisive force.
Some of this technology is already a reality, whilst other elements will be ready in the short term (around 2024), and the rest will be ready in the medium term (2030) or in the long term (2035).
The box below shows the technological advances which are required for the previously mentioned deadlines.
Short term (2024)
|
Medium term (2030)
|
Long term (2035)
|
|
Increasing manoeuvre and mobility |
Systems for stable movement of platforms 8x8 manned platform detention systems |
8x8 semi-independent platforms (augmented reality) Laser accompanied weapons in 8x8 platforms Incorporated explosive detection systems Robotic and autonomous systems to ensure CIS for combatants on foot (CIS-SATCOM) |
Autonomous drive 8x8 platforms Autonomous direct energy/laser cannons Improved unmanned 8x8 combat vehicle Autonomous management system for convoys |
Lightening the load for foot soldiers | Robotic and autonomous accompaniment systems for heavy loads (ammunition, food, water) |
Robotic and autonomous accompaniment systems at platoon level (transportation of equipment, ammunitions and class I) Partial exoskeleton |
Robotic and autonomous accompaniment systems at section and individual team levels Total exoskeleton |
Improving the power of the combatant | Automatic mortars |
Robotic and autonomous systems at battalion/company level Robotic and independent systems/RPAS loitering Semi-autonomous mortars |
Robotic and autonomous systems at platoon level |
Improved anti-RPAS protection |
UAS/anti-UAS to protect take-offs and landings Automatic anti-RPAS systems at battalion level |
Automatic anti-RPAS systems at company level |
Autonomous anti-RPAS systems at platoon level Autonomous anti-RPAS systems at battalion level |
Increased protection against direct fire weapons |
Automatic reaction protection systems against direct (and indirect) fire |
Protection systems based on semi-independent reactions | Protection systems based on autonomous reactions |
Improvements in liaising with troops on foot |
RPAS with RELÉ cargo Robotic and independent liaison systems (CIS-SATCOM) for combatants in urban areas |
Robotic and independent liaison systems (CIS-SATCOM) for combatants in urban areas (QUANTICA crypto protection) | |
Improvements to medical transportation from advanced levels to troops on foot |
Robotic and independent evacuation systems for the injured (stabilisation assisted) |
Robotic and independent evacuation systems for the injured (medical) |
ARMY UNITS
- Araba Álava |
- Albacete |
- Alicante |
- Almería |
- Asturias |
- Ávila |
- Badajoz |
- Barcelona |
- Burgos |
- Cáceres |
- Cádiz |
- Cantabria |
- Castellón |
- Ceuta |
- Ciudad Real |
- Córdoba |
- A Coruña |
- Cuenca |
- Girona |
- Granada |
- Guadalajara |
- Gipuzkoa |
- Huelva |
- Huesca |
- Islas Baleares |
- Jaén |
- León |
- Lleida |
- Lugo |
- Madrid |
- Málaga |
- Melilla |
- Murcia |
- Navarra |
- Ourense |
- Palencia |
- Las Palmas |
- Pontevedra |
- La Rioja |
- Salamanca |
- Segovia |
- Sevilla |
- Soria |
- Tarragona |
- Santa Cruz de Tenerife |
- Teruel |
- Toledo |
- Valencia |
- Valladolid |
- Bizkaia |
- Zamora |
- Zaragoza