An air-droppable micro-drone (~290g, ~165mm) launched in swarms from fighter flare dispensers to perform collective, self-organizing low-altitude ISR. Originated from MIT student designs (2011), militarized 2013; famous 103-drone swarm demonstration from F/A-18s in 2016.
| Country | USA |
|---|---|
| Subcategory | Fixed-wing |
| Subtype | Air-launched micro-UAV swarm |
| Role | Swarm ISR demonstrator |
| Class | Micro |
| Classification | Military experimental micro-UAV (swarm) |
| Mission | ISR, swarm experimentation, collective decision-making |
| Datalink | Inter-drone mesh / distributed swarm comms |
| Variants | Perdix (multiple generations; gen 6 in 2016 demo) |
| MTOW (kg) | 0.29 |
| Operators | U.S. DoD (experimental) |
| Frame type | Fixed-wing |
| Length (m) | 0.165 |
| Propulsion | Electric, rear pusher propeller, LiPo battery |
| Wingspan (m) | 0.3 |
| Combat-proven | No |
| Export status | Not exported |
| Launch method | air-drop from fighter flare dispenser |
| Autonomy level | Autonomous swarm (collective/self-healing) |
| Endurance (min) | 20 |
| Recovery method | expendable/recovery |
| Year introduced | 2016 |
| Max speed (km/h) | 111 |
| Standard sensors | ISR sensors (smartphone-derived components) |
| Production status | Experimental/demonstration |
| Notable engagements | 103-drone swarm released from three F/A-18 Super Hornets, China Lake, Oct 2016 |