Nano2 Mesh Rider Radio

Nano2 is Doodle Labs compact Mesh Rider radio for drones and robotic systems. It delivers mesh networking performance in a smaller form factor for teams that need resilient, low-latency communications on smaller platforms.

Facts

  • Company: Doodle Labs
  • Type: Mesh Radio
  • Core: Long-range mesh
  • Function: Networking
  • Audience: UAV makers
  • Status: Commercial
  • Website: https://doodlelabs.com/product/nano-oem-mesh-rider-radio/

Specifications

  • Weight G: 48.3 g
  • Communication Range: 330 km max operating range field-proven; 50+ km listed in product comparison table
  • Throughput: 80 Mbps max data throughput
  • Latency: 1.5-10 ms ultra-reliable low-latency channel
  • Networking Modes: Mesh, relay, P2MP, WDS AP, WDS client and internet gateway
  • Encryption: FIPS 140-3, AES-256 bit and AES-128 bit listed by Doodle Labs
  • Dimensions: 46.9 x 35 x 20.74 mm
  • Interfaces: Ethernet 100BASE-T, USB device, USB host, UART x1, GPIO x3

Family specifications

  • Nano2 - Weight: 48.3 g - Dimensions: 46.9 x 35 x 20.74 mm - Range Note: 50+ km listed in comparison table; 330 km field-proven max stated on product page - Interface Notes: Ethernet, USB Dev, USB Host, UART, GPIO
  • Mini - Weight: 34 g - Dimensions: 46 x 51 x 6.5 mm - Range Note: 50+ km - Interface Notes: Ethernet, USB Dev, USB Host, UART, GPIO
  • OEM - Weight: 102 g - Dimensions: 57 x 86 x 13 mm - Range Note: 50+ km - Interface Notes: Ethernet, USB Dev, USB Host, UART, WiFi, GPS
  • Boost - Weight: 147 g without heatsink - Dimensions: 46.9 x 35.0 x 20.74 mm without heatsink; 46.9 x 35.0 x 26.38 mm with heatsink - Range Note: Extended range via 36 dBm / 4 W amplification - Interface Notes: GPIO…
  • Wearable - Weight: 311 g - Dimensions: 134.3 x 63.0 x 17.0 mm - Range Note: 50+ km - Interface Notes: Ethernet, USB Dev, USB Host, UART, WiFi, GPS

Market context

Nano2 Mesh Rider Radio is Doodle Labs' compact mesh radio module family for drones, UGVs, USVs, and distributed robot teams needing resilient data links.

  • Target environment: Drones, unmanned ground vehicles, maritime robots, defense autonomy, field robots, and multi-robot operations beyond fixed infrastructure.
  • Workflow context: Command links, telemetry, payload data, mesh networking, remote control, and resilient connectivity for autonomous systems.
  • Customer context: Robot OEMs, drone builders, defense integrators, public-safety teams, field-robot developers, and unmanned-system operators.

View market context