Doodle Labs stands at the forefront of advanced wireless mesh networking solutions tailored for commercial, governmental, and military applications involving UAVs (unmanned aerial vehicles), UGVs (unmanned ground vehicles), robotics, and Industrial IoT (Internet of Things) systems.
our proven long-range wireless datalink technologies are perfectly suited for OEMs and system integrators working wiht nLOS (near line of sight) and BVLOS (beyond visual line of sight) drones, unmanned systems, and ground control stations. These solutions enable the establishment of robust private networks characterized by exceptional reliability and performance, all while requiring minimal integration effort.
Mesh Rider®
Dynamic Mesh Technology for Robust Private Networks
Mesh Rider® represents a cutting-edge patented mobile mesh technology crafted for dynamic applications involving networks of drones and robotic vehicles. This advanced wireless broadband solution boasts ultra-low latency and automatic band and channel switching, powering all our Mesh Rider® Radios.
The innovative waveform guarantees reliable, high-throughput datalinks for unmanned vehicles over extensive distances. Integrated smart features enable radio systems to adapt dynamically to challenging RF environments while ensuring continuous connectivity.
With the capability to establish scalable, self-forming, and self-healing Mobile ad-Hoc Networks (MANET), Mesh Rider® delivers effective radio dialog solutions for increasingly intricate industrial challenges.
Wearable Mesh Rider® Radio
Compact Multiband Radio for Team and Robotics Connectivity
The Wearable Mesh Rider® radio enables any internet-capable device to connect to a private wireless mesh network, facilitating seamless communication between operator teams and UAVs or ground robotics over extended distances without relying on existing infrastructure.
This rapidly deployable radio offers up to 8 hours of battery life and supports over 80 Mbps of throughput for real-time voice, data, and video communications. The MIL-STD-compliant unit is available in configurations for both commercial and defense frequencies.
Helix Mesh Rider® Radio
Proven MANET Radio Platform for Defense and Government Use
The Helix variant of our Mesh Rider® Radio Platform is engineered to fulfill the stringent demands of government and defense sectors, covering multiple Federal bands, including M1-M6 (1625 – 2500 MHz), L + S, and NATO C-Band + Upper WiFi within a single unit.
This configuration has been developed in collaboration with the US Department of Defense’s DIU and AFWERX, ensuring compatibility with all drone manufacturers listed on the Blue UAS registry. The highly capable FIPS 140-3 compliant radio offers top-tier encryption and tactical interference avoidance in highly contested environments.
industrial WiFi Transceivers
IIoT Transceivers with Minimal SWaP Footprint
Doodle Labs’ upcoming 802.11AX Industrial WiFi Transceiver is engineered to deliver exceptional performance across a range of Industrial Internet of Things (IIoT) applications. This new unit represents a significant upgrade over previous WiFi transceivers, achieving a 300% increase in overall throughput across the network, with latency reduced by up to 75%.
The low-SWaP transceiver weighs merely 12 grams and has a footprint smaller than a credit card, constructed with high-quality components that are rigorously tested and calibrated to ensure consistent, top-tier performance.
Antennas
Omnidirectional Antennas for Challenging and Dynamic Applications
We offer a diverse selection of meticulously tested omnidirectional antennas that guarantee reliable connectivity, even during rapid orientation changes and other demanding conditions encountered by fast-moving drones and unmanned systems.
Our range includes multipolarized and gooseneck antennas,with options available for both license-free and licensed federal bands.
Applications & Case Studies
Unmanned Aerial Vehicles
Unmanned Aerial VehiclesOur wireless mesh networking solutions are perfectly suited for the demanding requirements of UAVs, offering numerous advantages for OEMs and system integrators of 4K video streaming drones:
- Compact SWaP footprint, optimized to conserve space and weight, enhancing UAV flight durations
- Command & control uplink alongside concurrent streaming sensor data downlink simplifies operations, with Ultra Reliable Low Latency Communication (URLLC) technology ensuring robust communication even in noisy environments
- Flexible configurations allow for optimal balancing of gain, range, operating frequency, and antenna setup
- Advanced COFDM and MIMO RF technologies address dynamic orientation challenges caused by high-speed flight, pitch, and roll of UAVs
- Form-factor compatible models enable OEMs to easily accommodate various licensed, unlicensed, and special frequency band requirements for international, public safety, and defense clients
- Self-healing, self-forming mobile mesh technology extends operational ranges and supports networks of multiple interconnected UAVs and UGVs – ideal for tactical MANET applications without the need for existing infrastructure
- Plug-and-play Ethernet and UART interfaces facilitate seamless integration with a variety of UAS and flight controller systems.
Unmanned ground Vehicles
UGVs and ground robots encounter a variety of unique environmental challenges. Our advanced wireless datalink solutions utilize cutting-edge COFDM, MIMO, and RF technologies to tackle these challenges, ensuring reliable high-throughput connections between rover vehicles and control stations.
- MIMO technology alleviates RF link quality issues arising from noisy indoor, industrial, and underground settings
- High receive sensitivity enables wireless MIMO radios to manage interference and operate over long distances
- Multiple frequency options facilitate optimized trade-offs between signal penetration and operating frequency
- Command & control uplink and concurrent streaming sensor data downlink streamline operations, with Ultra Reliable Low Latency Communication (URLLC) technology ensuring robust communication even in noisy environments
- Form-factor compatible models allow OEMs to easily meet various licensed, unlicensed, and special frequency band requirements for international, public safety, and defense clients
- Self-healing, self-forming mobile mesh technology extends operational ranges and supports complex scenarios with multiple rovers and scattered access points, as well as networks of interconnected UAVs and UGVs
- Ideal for MANET creation in challenging NLOS environments, providing versatile connectivity with minimal setup
- Low-SWaP footprint reduces weight and power consumption of handheld UGV control stations.
