UMAG Solutions
See how UMAG Solutions integrates Doodle Labs Mini radios into F1Mag to transmit magnetic survey data with low latency during near-surface drone operations.
Case Studies
Case Studies
BlackSea Technologies
Explore how BlackSea Technologies integrates Doodle Labs Helix radios into GARC unmanned surface vessels for maritime control, video and data communications.
Teledyne FLIR
Learn how Doodle Labs’ NM915-2G radio supports the Teledyne FLIR SkyRanger R70 with compact connectivity for long-range video and telemetry.
Freefly Systems
Explore how Freefly Systems integrates Mini Mesh Rider Radios into Astro to support communications for industrial drone inspection and data collection.
Darkhive
See how Darkhive integrates Doodle Labs Nano and Mini radios into Obelisk, balancing compact design and resilient connectivity for tactical ISR missions.
Auterion Government Solutions
Learn how Auterion Government Solutions integrates Doodle Labs Mini radios with Dragon and Skynode S to support open-architecture drone communications.
Agility Robotics
Explore how Agility Robotics uses Doodle Labs radios on Digit to support telemetry, teleoperation and connectivity for mobile warehouse and logistics robots.
AEVEX Aerospace
See how AEVEX Aerospace uses Doodle Labs Mini and Wearable Mesh Rider Radios to connect unmanned aircraft and surface systems across multiple domains.
Evolve Dynamics
See how Evolve Dynamics integrates Mini Mesh Rider Radios into SKY MANTIS 2 for secure video, telemetry and resilient communications in demanding environments.
100-Node Mesh Network in Autonomous Warehouse
Read how Doodle Labs mesh networking connects an automated warehouse with 100 nodes, supporting mobile shuttles in a dense, interference-prone environment.
Performance Drone Works
Learn how Performance Drone Works integrates Mini Mesh Rider Radios into its C100 drone for compact, resilient communications on a modular tactical platform.
Teal
See how Teal’s Black Widow drone uses Doodle Labs Helix radios to support secure communications and interference resilience for tactical ISR operations.