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.
UGVs operate close to the ground, where obstacles quickly block the signal. The Wearable, OEM, and Mini solve UGV connectivity, with mesh that relays around obstructions.
Buildings, terrain, vegetation, and other obstacles can block a UGV’s signal, and traditional Wi-Fi or LTE networks are not always available or reliable enough for these environments. Doodle Labs radios relay traffic around obstructions so the operator keeps control.
Talk to salesExternal solutions like the Wearable or internally integrated radios like OEM and Mini solve UGV connectivity, with high-throughput, low-latency connectivity supporting control, telemetry, video, and sensor data over the same link.
Learn moreMesh networking allows vehicles and other nodes to relay traffic around terrain, buildings, and other obstructions, and each vehicle can help extend the network for multiple UGVs operating together.
Learn moreMulti-band radios and interference-avoidance capabilities help maintain the connection as RF conditions change, connecting the UGV with soldiers, drones, vehicles, and command elements on the same network.
Learn more
Keep platforms connected to operators and command.
Carry command, video, and telemetry on one link.
Connect autonomous systems to the wider network.
Keep teams connected, protect operators & valuable technology
Respond to changing links and RF conditions dynamically
Bring every platform onto one coordinated network.
Eric Ivers, RoboteX
Bring the operator onto the network
Wearable puts secure voice, video, and data in the operator's hands, on the same mesh network used by drones and vehicles in the field.
Built with the broadest integration options.
OEM gives system designers the broadest frequency coverage in the Mesh Rider line, built to integrate into a larger vehicle or aircraft.
As missions add more aircraft with different roles, payloads, and ranges, a separate link engineered for each platform becomes harder to coordinate and easier to break.
Digital FPV demands more. Doodle Labs gives GPS-assisted, higher-value FPV platforms higher bandwidth, better video, and command and control on one low-SWaP radio link.
SWaP is extremely limited on Group 1 quadcopters, and a basic datalink may fail when contested. Nano² and Mini bring secure, high-throughput comms without added weight.
Doodle Labs connects every aircraft on one coordinated network, regardless of role, payload, or range.
Learn how Doodle Labs can meet your teams’ needs.
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