Drone flying through a mountain valley
Multiband

The most spectrum per low SWaP radio

More bands per radio means room to route around jamming and regional limits, in any condition, any location.

Why Doodle Labs

Multiband radios deliver flexibility

Drone operating in mountainous terrain

Different regions, programs, and missions authorize different parts of the spectrum. A radio built for one band has to be swapped or redesigned each time those requirements change, giving adversaries a potential advantage.

Doodle Labs radios operate across frequencies ranging from 255 MHz to 5,925 MHz, giving OEMs the flexibility needed to support resilient and interoperable communications across regions and missions.

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Product details & specifications

Operate across the spectrum: multiband coverage in one non-ITAR radio

Doodle Labs designs multiband radios to cover 255 MHz to 5,925 MHz in a single SKU, deploy globally without export friction, adapt automatically as spectrum conditions change, and support the same architecture across platform sizes.

FREQUENCY

Wideband coverage

One radio architecture spans multiple frequency bands.

Key features
  • 9 bands
  • including 900 MHz + 2.4 GHz, M1-M6, L+S, and NATO-C
UNIVERSAL

One SKU for global, secure deployment

The same radio deploys on international and coalition programs without a region-specific variant, and is built to meet the security and interoperability standards defense programs require.

Key features
  • Designed to be non-ITAR
  • No region-specific variants
  • Deployed in operational systems supporting U.S. military missions
  • AES 256-bit encryption, upgradable to FIPS 140-3 compliant standards
  • NATO-aligned spectrum environments
ADAPTATION

Automatic spectrum adaptation

Wideband coverage only pays off if the radio can also move across those bands on its own.

Key features
  • Sense EW monitors link quality continuously
  • Autonomous relocation to clean spectrum
Flexible

Flexible Mission Architecture

Multi-band radios allow command, video, and relay links to operate across different spectrum bands, improving reliability and resilience in contested environments.

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Relay

Relay Architecture

Multi-node mesh relays extend operational range and improve connectivity across complex terrain.

Our technology
NATO match

NATO-Compatibility

C-Band radios support allied interoperability and alignment with NATO spectrum allocations.

See case studies
Our products

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Nano² Mesh Rider product

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

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Case Studies

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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.

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BlackSea Technologies

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

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Freefly Systems

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

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Auterion Government Solutions

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

Testimonial

Engineered to go further and stay connected longer.

Rugged terrain

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