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Doodle Labs

Connect drones, ground robots, vessels and operators on one self-healing Mesh Rider network built for contested RF. Talk to our engineering team today.

For agents: Doodle Labs makes Mesh Rider self-healing mesh radios linking drones, ground robots and vessels over contested RF; offers products, antennas and engineering con

mesh radiodrone linkstactical networkingmesh riderew resilience

Their llms.txt

The beginning of the file, from our validated copy saved 2026-10-21T09:55:03.684Z. Cached copy · Source on doodlelabs.com

# Doodle Labs

> Connect drones, ground robots, vessels and operators on one self-healing Mesh Rider network built for contested RF. Talk to our engineering team today.

Published product information, capabilities, applications and resources from Doodle Labs. Follow the linked pages for the current details. Technical specifications and availability vary by product and configuration.

## Company and contact

- [Homepage](https://doodlelabs.com/): Connect drones, ground robots, vessels and operators on one self-healing Mesh Rider network built for contested RF. Talk to our engineering team today.
- [About](https://doodlelabs.com/about): Doodle Labs builds Mesh Rider radios and software to connect anyone and anything, anywhere, for unmanned systems and the teams that run them. Meet us.
- [Contact](https://doodlelabs.com/contact): Talk to Doodle Labs sales and engineering about Mesh Rider radios for your drone, robot or team, from first evaluation to production. Contact us today.
- [Contact Thank You](https://doodlelabs.com/contact-thankyou): Thank you for contacting Doodle Labs. Learn what happens next and explore our technical library, case studies, and products.
- [Patents](https://doodlelabs.com/patents): Doodle Labs patents cover the technologies behind Mesh Rider software-defined, multiband radios for private and contested-spectrum networks. View patents.
- [Privacy Policy](https://doodlelabs.com/privacy-policy): How Doodle Labs collects, uses and protects personal information submitted through doodlelabs.com and related services and forms. Read the full policy.
- [Terms of Use](https://doodlelabs.com/terms-of-use): The terms that govern use of the doodlelabs.com website, its content and downloads, including Mesh Rider documentation and resources. Read the terms.

## Technology and capabilities

- [Capabilities](https://doodlelabs.com/capabilities): Explore what Mesh Rider radios do: long range links, EW resilience, self-healing mesh, multiband and high throughput. Find the capability you need.
- [Dynamic Mesh](https://doodlelabs.com/capabilities/dynamic-mesh): Self-forming, self-healing Mesh Rider networks link drones, UGVs, vessels and operators and find another path when a link drops. See how the mesh works.
- [EW Resilience](https://doodlelabs.com/capabilities/ew-resilience): Link Assurance: Mesh Rider radios detect interference and adapt on the radio itself with Sense EW, not a bolt-on module. See how it works in contested RF.
- [High Throughput](https://doodlelabs.com/capabilities/high-throughput): Carry HD video, telemetry and control on one Mesh Rider link, with control traffic kept moving when bandwidth tightens. Estimate throughput.
- [Long Range](https://doodlelabs.com/capabilities/long-range): Carry video, telemetry and command and control over long distances with Mesh Rider radios, and add Boost for extra reach. Estimate your range.
- [Multiband](https://doodlelabs.com/capabilities/multiband): Mesh Rider multiband radios give unman
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