The US Army and Marine Corps are developing small unmanned vehicles the size of ATVs to assist infantry in combat. These drones, known as robo-mules, are designed to carry troops’ equipment and even evacuate the wounded. The concept of robo-mules is inspired by the use of mules and donkeys as beasts of burden throughout history. The advancements in robotics and vehicle battery power have made it possible to create these electrically powered mules that can fulfill various missions. However, while robo-mules can lighten infantry loads, the increasing weight of weapons in modern warfare poses a challenge.
| Signal | Change | 10y horizon | Driving force |
|---|---|---|---|
| Deployment of small, unmanned vehicles by US Army and Marine Corps | Technological and operational change | Infantry load may be slightly lighter with the use of autonomous vehicles | Need to enhance infantry capabilities |
| Adoption of robo-mules as modern-day beasts of burden | Technological change | Increased use of robo-mules for carrying equipment and wounded soldiers | The need to lighten the infantry load |
| Advances in robotics, autonomous systems, and vehicle battery power | Technological change | Improved capability and performance of robo-mules | Technological advancements |
| Army and Marines testing and developing autonomous vehicles | Operational change | Increased use of autonomous vehicles in military operations | Need for efficient and effective military operations |
| Shift in focus from low intensity conflict to higher intensity conflict | Strategic change | Increased emphasis on heavier weapons and equipment | Change in global security landscape |
| Future procurement of more advanced vehicles with updated technology | Technological change | Integration of latest technology in autonomous vehicles | Constant technological advancements |