Field data shows Meshtastic's advertised long-range mesh network often falls short of expectations. The real limits aren't transmit power or firmware, but physical factors: antenna placement, Fresnel zone clearance, and local RF noise. Raising an antenna can boost range 3–10x, while urban noise floors cripple signal-to-noise ratio even with clear line-of-sight.

Multi-hop mesh routing doesn't solve these fundamental constraints. Each added hop compounds latency and reliability loss, while dense networks face superlinear congestion and routing loops. Effective deployments rely on sparse, well-placed high-altitude relay nodes and local endpoints, not endless rebroadcasting.

This analysis underscores that Meshtastic's performance is rooted in RF physics, not just software tuning. For developers and users, success means prioritizing antenna height, clear sightlines, and quiet environments. Future optimizations will likely focus on topology planning over raw power boosts.