Ground Robots in Latvia and the History of Manned-Unmanned Teaming

Why It Matters

Effective manned‑unmanned integration hinges on resilient communications; failures could stall NATO’s future combat capabilities.

Key Takeaways

• NATO’s Crystal Arrow tests UGVs in dense Latvian forest terrain
• Tree canopy severely degrades Starlink links for unmanned ground vehicles
• Ukrainian UGV “Simba” demonstrates high-speed daytime logistics capability
• WWII Operation Aphrodite foreshadowed modern manned‑unmanned teaming concepts
• Army now pairs Apaches with Raven/Shadow drones for reconnaissance strikes

Summary

The breakout episode spotlights two fronts of unmanned warfare: ground robots being field‑tested in Latvia’s dense woods and the historical roots of manned‑unmanned teaming. Elizabeth Goslamo reports from NATO’s Crystal Arrow exercise, where UGVs equipped with Starlink struggled to maintain connectivity amid thick canopy, while Canadian troops echoed similar challenges with Raven drones. Key data points include the severe line‑of‑sight loss caused by foliage, the high‑speed performance of the Ukrainian‑operated UGV “Simba” during daytime resupply runs, and the contrast with night‑time missions in Ukraine designed to evade enemy drones. The segment then pivots to a historical overview, citing WWII’s Operation Aphrodite—where pilots bailed out before a mother ship remotely piloted a bomb‑laden B‑7—and its link to today’s collaborative combat aircraft (CCA) concepts. Caitlyn Lee of RAND highlights that John F. Kennedy’s brother died in an Aphrodite mission, underscoring early human‑in‑the‑loop failures. She also notes the Army’s current doctrine of pairing Apaches with Raven and Shadow UAVs for forward reconnaissance, a practice that evolved from net‑centric warfare after 9/11. The discussion signals that reliable communications and a clear operational pull are critical for scaling manned‑unmanned teaming. NATO’s Latvian trials expose technical gaps, while historical lessons stress the need for robust, survivable control links before the next generation of CCAs can be fielded at scale.

Original Description

This week on The Break Out, we travel to eastern Europe for drone testing with NATO troops before briefly reviewing the history of unmanned systems.