High throughput radios
One link consolidates every data type in a SWaP-constrained form factor.
Up to 80 Mbps (Nano², Mini, OEM, Wearable)
Latency as low as 1.5 ms on Mesh Rider OS
SWaP-constrained form factors
Connectivity across range, spectrum and changing conditions.
BlogIntroducing Mesh Rider® Dual Radio: Two independent bands. One unbreakable link.
BlogIntroducing Mesh Rider® Dual Radio: Two independent bands. One unbreakable link.The latest stories, insights and events from Doodle Labs.

Full-motion video, sensor fusion, telemetry, and command and control all move over the same link.

As drones and unmanned systems add more sensors and higher-resolution payloads, comms links need to deliver mission-critical insights and prioritize high-priority links when RF signals are under attack.
Doodle Labs radios carry every data type on one link and move command and control first if the link is ever constrained.
Talk to salesDoodle Labs combines high-throughput radios with intelligent software to carry full-motion video, telemetry, sensor data, and command and control on one link. Our technology prioritizes command and control automatically, maintains the same throughput ceiling across every radio in the family, and keeps size, weight, and power low.
One link consolidates every data type in a SWaP-constrained form factor.
Up to 80 Mbps (Nano², Mini, OEM, Wearable)
Latency as low as 1.5 ms on Mesh Rider OS
SWaP-constrained form factorsCommand and control runs on its own dedicated channel rather than competing with other data types for bandwidth.
Ultra-reliable low latency channel (URLLC) dedicated to command and control
Latency of 1.5 to 10 ms on that channelChoosing a smaller or ruggedized radio does not lower the throughput ceiling.
Nano², Mini, OEM, and Wearable all rated up to 80 Mbps
Multi-node relay on Nano², Mini, and OEM
Shared Mesh Rider architecture across the product lineUp to 80 Mbps on a single radio, enough for full-motion video, sensor fusion, and command and control at the same time.
See productsData is prioritized intelligently, so the data that matters most moves first if the link is ever constrained.
Our technologyData is prioritized intelligently, so the data that matters most moves first if the link is ever constrained.
See case studiesOur radios stay connected, stable, and low-latency well beyond where others drop out.
Doodle Labs' Link Assurance delivers battle-proven EW resilience, preserving the link when it is under attack.
Doodle Labs' self-healing mesh reroutes around broken links automatically, with zero operator intervention needed.
More bands per radio means room to route around jamming and regional limits, in any condition, any location.
A scalable, non-ITAR, NDAA, and Blue UAS-compliant supply chain, built to deliver 200,000 radios a year.
Doodle Labs radios carry video, telemetry, and control together, prioritizing control automatically when bandwidth tightens.


Full Mesh Rider® performance in a small form factor. Nano² packs full Mesh Rider throughput, range, and mesh networking into a footprint built for space-constrained platforms.
Weight: 48.3 g Dimensions: 46.9 × 35 × 20.7 mm
Learn how Doodle Labs’ NM915-2G radio supports the Teledyne FLIR SkyRanger R70 with compact connectivity for long-range video and telemetry.
Featured
See how UMAG Solutions integrates Doodle Labs Mini radios into F1Mag to transmit magnetic survey data with low latency during near-surface drone operations.

Explore how BlackSea Technologies integrates Doodle Labs Helix radios into GARC unmanned surface vessels for maritime control, video and data communications.

Explore how Freefly Systems integrates Mini Mesh Rider Radios into Astro to support communications for industrial drone inspection and data collection.

Learn how Auterion Government Solutions integrates Doodle Labs Mini radios with Dragon and Skynode S to support open-architecture drone communications.

Learn how Doodle Labs can meet your teams’ needs.
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