Long range, high bandwidth mesh datalinks for
Uncrewed Aerial Vehicles
Doodle Labs’ low-SWaP mesh radios are designed for the uniquely dynamic comms challenges faced by drones and aerial vehicles.
Extremely long range, over 116km
SWaP-optimized for small systems
Budget-friendly to be deployed at scale
With reliable communications, you can use uncrewed systems for nearly limitless applications.
We have developed several high performance mesh radios designed specifically for aerial applications.
Our SWaP-optimized Mesh Rider® radios are available in all of the unlicensed frequencies for ease of use in commercial applications around the world. They maintain the highest level of performance (High Bandwidth x Long Range) and are priced to be accessible to commercial applications and deployable at scale.
Doodle Labs’ Remote ID solution is a firmware update for global compliance to meet UAS, European and Japan’s unique requirements and is now available for purchase as a licensed add-on. It is backwards compatible and available for all Mesh Rider® radios via firmware update, meaning all Doodle Labs customers can achieve full compliance.
Doodle Labs is a proud member of the the Blue UAS framework, an initiative led by DIU to vet and scale cutting-edge commercial unmanned aerial system technology for the Department of Defense (DoD).
With sponsorship from DIU, we developed the Helix configuration of the Mesh Rider® radio: a multi-band capability covering bands M1-M6 (1625 - 2500 MHz) in a single radio; making the Mesh Rider® radio series the only radios to meet all of the Blue UAS requirements.
Doodle Labs partnered with Watts Innovations early on to enable the long range, reliable communications for Command & Control, telemetry, and HD video streaming required by their drone systems. A robust, high bandwidth datalink ensures connectivity to the drone at all times. The Mesh Rider Radio’s ability to identify C&C traffic through Differentiated Services and prioritize it to be sent with optimized radio settings via URLLC ensures the lowest possible latency for Command & Control. Similarly, video is identified, prioritized and optimized radio settings are applied providing seamless video streaming.
We have partnered with Amazon Web Services’s (AWS’s) Disaster Response Team to develop a reference Disaster Emergency Communications network architecture that can be leveraged by any organization around the world. The AWS Disaster Response team is part of AWS’s Global Social Impact team and is focused on helping customers, partners, and communities respond to disasters globally through our cloud services and technology. For more information about the project, please visit the AWS Disaster Response Blog.
Doodle Labs has partnered with PAR Government, the architects of the game-changing TAK to develop a complete turn-key solution with the Wearable Mesh Rider Radio featuring Mesh Rider MANET technology. The Wearable Mesh Rider Radio, with a built-in WiFi hotspot, is a compact mesh radio supporting high throughput. The TAK client TeamConnect runs on commercial-off-the-shelf (COTS) mobile devices such as smartphones and tablets.
Doodle Labs is proud to announce the achievement of a 116-kilometer data link using the Mesh Rider Radio in a mobile, aerial environment. The test was conducted by Paramount Advanced Technologies, a subsidiary of Paramount Group, a global aerospace and technology company founded in South Africa.
Deforestation is the second leading cause of climate change, and is the source of approximately 24% of greenhouse gas emissions. Combating deforestation has been identified as one of the most promising and cost-effective ways of lowering emissions. DroneSeed, a drone company in the US has developed a proprietary drone to replant deforested areas. Their advanced drone is capable of flying deep into austere environments that are hard to reach for humans and trucks. They plant trees by flying at low altitudes and precisely firing seedlings into the ground. DroneSeed turned to Doodle Labs to enable the communications architecture for their entire fleet when all other options were unable to maintain the data link over the required distances, and other high-power radios were both too expensive and too heavy to be viable.
Speak with our technical sales team to discuss your unique application requirements and find the best communication solution to meet your needs.