# Doodle Labs

> Smart Radio routers with patented Mesh Rider technology for deploying ultra-fast, resilient, low latency, long range and high throughput wireless mesh networks in many license-free and special frequency bands.

Published product information, capabilities, applications and resources from Doodle Labs. Follow the linked pages for the current details. Technical specifications and availability vary by product and configuration.

## Company and contact

- [Homepage](https://doodlelabs.com/): Smart Radio routers with patented Mesh Rider technology for deploying ultra-fast, resilient, low latency, long range and high throughput wireless mesh networks in many license-free and special frequency bands.
- [About](https://doodlelabs.com/about): Contact Doodle Labs to connect with our team and learn how our resilient wireless mesh solutions support drones, robotics, and mission-critical operations.
- [Contact](https://doodlelabs.com/contact): Contact Doodle Labs to connect with our team and learn how our resilient wireless mesh solutions support drones, robotics, and mission-critical operations.
- [Contact Thank You](https://doodlelabs.com/contact-thankyou): Thank you for contacting Doodle Labs. Learn what happens next and explore our technical library, case studies, and products.
- [Patents](https://doodlelabs.com/patents): Doodle Labs has developed and patented a set of technologies underlying the Mesh Rider® family of software-defined, multi-band radios for private and contested-spectrum networks.
- [Privacy Policy](https://doodlelabs.com/privacy-policy): Review Doodle Labs privacy policy to learn how we collect, use, and protect your data, cookies, and personal information when you use our website.
- [Terms of Use](https://doodlelabs.com/terms-of-use): Review our terms of use to understand website policies, acceptable use, disclaimers, and limitations of liability when using our services.

## Technology and capabilities

- [Capabilities](https://doodlelabs.com/capabilities): Explore Doodle Labs radio technology: long range, EW resilience, dynamic mesh, multiband connectivity, high throughput, and scalable supply.
- [Dynamic Mesh](https://doodlelabs.com/capabilities/dynamic-mesh): Explore our mesh capabilities to learn how we build resilient, self-healing wireless networks with ultra-low latency, long range, and secure connectivity for any mission.
- [EW Resilience](https://doodlelabs.com/capabilities/ew-resilience): Explore Link Assurance from Doodle Labs, with adaptive radio technology designed to keep unmanned systems connected in contested RF environments.
- [High Throughput](https://doodlelabs.com/capabilities/high-throughput): Explore our high-throughput solution to unlock fast, reliable wireless connectivity for drones, robotics, and mission-critical operations worldwide.
- [Long Range](https://doodlelabs.com/capabilities/long-range): Explore the uninterrupted, long-range connection capabilities available with Mesh Rider OS for drones, robotics, and defense.
- [Multiband](https://doodlelabs.com/capabilities/multiband): Explore Doodle Labs multiband radios, with wide spectrum coverage, automatic spectrum adaptation, and mesh relay options for unmanned systems.
- [Supply Chain](https://doodlelabs.com/capabilities/supply-chain): Our supply chain capabilities have proven successful for over 20 years- whether your business needs single units or thousands of components, we can deliver.
- [Technology](https://doodlelabs.com/technology): Contact Doodle Labs to connect with our team and learn how our resilient wireless mesh solutions support drones, robotics, and mission-critical operations.

## Products

- [Accessories](https://doodlelabs.com/products/accessories): Find compatible antennas and accessories for Mesh Rider radios, with guides to antenna selection, placement, and real-world range.
- [Amplifiers](https://doodlelabs.com/products/amplifiers): Explore the Boost BDA: learn everything from technical specs, applications, data sheets, and case studies. Get in touch to book a demo today!
- [Radios](https://doodlelabs.com/products/radios): Our Mesh Rider Radio Series radios are available in multiple use-case optimized form factors to allow you to take full advantage of the capabilities of Mesh Rider® in any system you’re building.
- [Dual Radio](https://doodlelabs.com/products/radios/dual-radio): Explore Dual Radio mesh networking with independent radios for resilient communications, multiband relay, and mission integration.
- [Mini](https://doodlelabs.com/products/radios/mini): Explore the Mini Mesh Radio: learn everything from technical specs, applications, data sheets, and case studies. Get in touch to book a demo today!
- [Nano²](https://doodlelabs.com/products/radios/nano): Explore the Mini Mesh Radio: learn everything from technical specs, applications, data sheets, and case studies. Get in touch to book a demo today!
- [OEM](https://doodlelabs.com/products/radios/oem): Discover OEM: A small mesh rider equally lightweight and durable. Examples of common applications include long-range industrial UAVs and UGVs, factory automation, and connected teams.
- [Wearable](https://doodlelabs.com/products/radios/wearable): Explore the Ground Control Station: A rugged, mission-ready radio built for reliable, secure connectivity on the move for defense, drones, and robotics teams.
- [Software](https://doodlelabs.com/products/software): Explore Sense EW, TacOps, and NMS software for Mesh Rider radios, supporting resilient links, situational awareness, and network management.
- [NMS](https://doodlelabs.com/products/software/nms): NMS shows radio status, signal quality, and link health across the network, and lets operators manage devices and configuration remotely instead of connecting to each radio individually.
- [Sense EW](https://doodlelabs.com/products/software/sense-ew): Sense EW continuously watches link quality and moves to clean spectrum before interference or jamming takes the connection down, running on the radio itself rather than as a separate system.
- [TacOps](https://doodlelabs.com/products/software/tac-ops): TacOps combines push-to-talk, secure voice and video calling, and ATAK situational awareness in one app that runs directly over the Mesh Rider network - independent of cell service, internet access, or the cloud.

## Solutions

- [Fixed Wing](https://doodlelabs.com/air/fixed-wing): Connect fixed-wing aircraft over long distances with Doodle Labs low-SWaP mesh radios for telemetry, video, command and control.
- [Soldiers](https://doodlelabs.com/land/soldier): Connect soldiers, drones, vehicles and command teams with Doodle Labs Wearable radios and TacOps for voice, video, data and shared situational awareness.
- [Unmanned Ground Vehicles](https://doodlelabs.com/land/ugv): Keep unmanned ground vehicles connected around terrain, buildings and obstacles with Doodle Labs mesh radios for command, telemetry, video and sensor data.
- [Commercial](https://doodlelabs.com/sectors/commercial): Discover more about our commercial solutions, which enable secure, low-latency wireless mesh connectivity for industrial drones, robotics, and critical field operations.
- [Defense](https://doodlelabs.com/sectors/defense): Special operations teams need a network that survives jamming without infrastructure, and conventional forces need it to scale. Doodle Labs builds both into one architecture.
- [Public Safety](https://doodlelabs.com/sectors/public-safety): Doodle Labs connects public safety teams, drones, and ground vehicles through buildings, interference, and terrain, keeping the whole crew in one picture.
- [Solutions](https://doodlelabs.com/solutions): Connect drones, vehicles, vessels, sensors, and operators with Doodle Labs secure mesh networking solutions for air, land, and maritime missions.
- [Air](https://doodlelabs.com/solutions/air): Connect digital FPV, quadcopters and fixed-wing aircraft on one Doodle Labs mesh network for reliable command, control and mission data.
- [FPV Drones](https://doodlelabs.com/solutions/air/fpv-drone): Combine digital FPV video, command and control on one low-SWaP mesh radio link with Doodle Labs Nano² and Mini solutions for compact drone platforms.
- [Quadcopters](https://doodlelabs.com/solutions/air/quadcopters): Carry video, telemetry and command data on one low-SWaP link with Doodle Labs Nano² and Mini mesh radios for Group 1 quadcopters.
- [Land](https://doodlelabs.com/solutions/land): Connect soldiers, unmanned ground vehicles and command teams with Doodle Labs mesh radios built to relay communications around terrain and obstacles.
- [Sea](https://doodlelabs.com/solutions/sea): Connect unmanned surface vessels, shore teams and command networks with Doodle Labs mesh radios for maritime control, telemetry and live video.

## Resources

- [Blog archive](https://doodlelabs.com/blog)
- [Case studies archive](https://doodlelabs.com/case-studies)
- [Events archive](https://doodlelabs.com/events)
- [Resources](https://doodlelabs.com/resources): Explore Doodle Labs blogs, case studies, news, whitepapers and events. Learn how Mesh Rider radio technology connects teams and unmanned systems.

## Case studies

- [AEVEX Aerospace](https://doodlelabs.com/case-studies/aevex-aerospace): Discover how Doodle Labs and AEVEX Aerospace partnered to deliver resilient mesh connectivity, enabling secure, long-range links for mission-critical UAS operations.
- [Agility Robotics](https://doodlelabs.com/case-studies/agility-robotics): Discover how Doodle Labs and Agility Robotics partnered to deliver resilient wireless mesh connectivity for secure, low-latency communication in mobile robots.
- [Amazon Web Services](https://doodlelabs.com/case-studies/amazon-web-services): Discover how Doodle Labs and AWS partnered to deliver resilient mesh connectivity, providing secure, low-latency performance for mission-critical teams.
- [Auterion Government Solutions](https://doodlelabs.com/case-studies/auterion): Discover how Doodle Labs and Auterion Government Solutions partnered to deliver resilient mesh connectivity for secure control, video, and mission-critical UAS operations.
- [BlackSea Technologies](https://doodlelabs.com/case-studies/black-sea-technologies): Explore how BlackSea Technologies unmanned surface vessels enhance maritime operations with advanced communications and reliability.
- [Carnegie Robotics](https://doodlelabs.com/case-studies/carnegie-robotics): See how Doodle Labs connects Carnegie Robotics’ explosive hazard detection system, supporting remote control and the transfer of sensor imagery.
- [Corona Fire Department](https://doodlelabs.com/case-studies/corona-fire-department): Watch how Corona Fire Department uses Doodle Labs Wearable Mesh Rider Radios to support TAK and team coordination where cellular coverage is limited.
- [Darkhive](https://doodlelabs.com/case-studies/darkhive): Discover how Doodle Labs and DarkHive partnered to develop innovative technology to enable high-throughput, long-range connectivity for their Obelisk drone platform.
- [DroneSeed](https://doodlelabs.com/case-studies/droneseed): See how DroneSeed uses Doodle Labs connectivity to coordinate drone fleets for reforestation while balancing range, weight and communication requirements.
- [DroneUp x Watts Innovations](https://doodlelabs.com/case-studies/droneup): See how Doodle Labs communications support DroneUp and Watts Innovations delivery drones, carrying command, telemetry and video for last-mile operations.
- [Elroy Air](https://doodlelabs.com/case-studies/elroy-air): Learn how Elroy Air uses Doodle Labs connectivity for the Chaparral cargo aircraft, supporting command, control and data links for autonomous delivery.
- [Evolve Dynamics](https://doodlelabs.com/case-studies/evolve-dynamics): Discover how Doodle Labs and Evolve Dynamics partnered to deliver resilient mesh connectivity for secure control, real-time video, and mission-ready UAV performance.
- [FLIR](https://doodlelabs.com/case-studies/flir): Learn how Doodle Labs worked with FLIR on a compact wireless link for HD drone video, addressing size, weight, range and radio frequency requirements.
- [Freefly Systems](https://doodlelabs.com/case-studies/freefly-systems): Explore how Freefly Systems integrates Mini Mesh Rider Radios into Astro to support communications for industrial drone inspection and data collection.
- [Insitu ScanEagle](https://doodlelabs.com/case-studies/insitu-scaneagle): Explore how Doodle Labs worked with Insitu on ScanEagle communications, addressing radio integration and frequency requirements for unmanned aircraft.
- [Kitty Hawk](https://doodlelabs.com/case-studies/kitty-hawk): Learn how Doodle Labs helped Kitty Hawk connect its Flyer electric aircraft with a lightweight, low-latency video link and flexible radio frequency options.
- [L3Harris](https://doodlelabs.com/case-studies/l3harris): Learn how Doodle Labs worked with L3Harris on wireless communications for the US Navy’s AEODRS explosive ordnance disposal robot program.
- [100-Node Mesh Network in Autonomous Warehouse](https://doodlelabs.com/case-studies/movu): Discover how Doodle Labs enabled a 100-node resilient mesh network for autonomous warehouses, delivering reliable connectivity for mobile robots at scale.
- [PAR Government](https://doodlelabs.com/case-studies/par-government): Explore how PAR Government combines TAK and TeamConnect with Doodle Labs Wearable radios to connect field teams and improve shared situational awareness.
- [Paramount Advanced Technologies](https://doodlelabs.com/case-studies/paramount-advanced-technologies): Read the Paramount Advanced Technologies test of a Doodle Labs S-band radio link over 116 km, including the aircraft, antenna setup and measured data rate.
- [Performance Drone Works](https://doodlelabs.com/case-studies/performance-drone-works): Discover how Doodle Labs and PDW partnered to deliver resilient mesh connectivity for reliable control, real-time video, and mission-ready drones.
- [Provectus Robotics](https://doodlelabs.com/case-studies/provectus-robotics): Read how Provectus Robotics uses Doodle Labs radios to connect autonomous truck convoys on logging roads where terrain and foliage challenge wireless links.
- [Rajant](https://doodlelabs.com/case-studies/rajant): Discover how Doodle Labs and Rajant partnered to create resilient wireless mesh networking that delivered secure, low-latency connectivity for mission-critical deployments.
- [RoboteX](https://doodlelabs.com/case-studies/robotex): See how Doodle Labs radios support RoboteX AVATAR robots with wireless control and data links for tactical, hazardous-material and explosive disposal missions.
- [Ship to Shore](https://doodlelabs.com/case-studies/ship-to-shore): Read how a coast guard application used Doodle Labs radios for a 47 km ship-to-shore link carrying real-time video and voice without relying on satellite service.
- [Teal](https://doodlelabs.com/case-studies/teal-drones): Discover how Doodle Labs and Teal partnered to develop innovative technology for the US Army’s Short Range Reconnaissance (SRR) program.
- [Teledyne FLIR](https://doodlelabs.com/case-studies/teledyne-flir): Discover how Doodle Labs and Teledyne FLIR partnered to create resilient wireless mesh connectivity that enables real-time video, telemetry, and mission-critical performance.
- [UMAG Solutions](https://doodlelabs.com/case-studies/umag-solutions): Explore how BlackSea Technologies unmanned surface vessels enhance maritime operations with advanced communications and reliability.
- [YachtBot](https://doodlelabs.com/case-studies/yachtbot): See how YachtBot used Doodle Labs mesh networking to connect race-management systems over water during the 2021 America’s Cup sailing competition.

## Blog

- [5 Considerations When Developing a Wireless Link](https://doodlelabs.com/blog/5-considerations-when-developing-a-wireless-link): Review five considerations for designing a wireless link, including spectrum selection and operating requirements, before choosing a radio for your system.
- [A quick update from Doodle Labs](https://doodlelabs.com/blog/a-quick-update-from-doodle-labs): See Doodle Labs’ Wearable Smart Radio and antenna updates, including Wi-Fi hotspot integration for connecting mobile devices to a private wireless network.
- [Advanced Mesh Networking Technology to Increase Situational Awareness and Save Lives](https://doodlelabs.com/blog/advanced-mesh-networking-technology-to-increase-situational-awareness-and-save-lives): See how wearable mesh networking supports TAK and field communications, helping public safety teams share information beyond existing network coverage.
- [US Air Force taps Doodle Labs to develop beamforming technology for mesh networking](https://doodlelabs.com/blog/air-force-research-laboratory-beamforming-investment): Learn about the US Air Force TACFI award supporting Doodle Labs’ beamforming development to improve range and throughput in wireless mesh networks.
- [Analog vs. Digital Drone Comms in the Autonomy Era](https://doodlelabs.com/blog/analog-vs-digital-drone-comms-in-the-autonomy-era): Explore the differences between analog vs. digital FPV drone links and their impact on drone communications and missions.
- [Doodle Labs announces launch of Reseller Program](https://doodlelabs.com/blog/announces-launch-of-reseller-program): Explore Doodle Labs’ reseller program launch, designed to expand access to industrial wireless networking solutions through channel partners.
- [Doodle Labs to host AUVSI webinar panel on Blue UAS components](https://doodlelabs.com/blog/auvsi-webinar-panel-blue-uas-components): Meet the panel for Doodle Labs’ April 2023 AUVSI webinar on Blue UAS components, featuring DIU and suppliers discussing drone integration and innovation.
- [AWS, Doodle Labs partner to aid disaster response team communication](https://doodlelabs.com/blog/aws-connectivity-to-aid-disaster-response): Learn how wireless connectivity from Doodle Labs supports AWS disaster response efforts when conventional communications are unavailable.
- [Doodle Labs to Host Blue UAS Webinar with DIU](https://doodlelabs.com/blog/blue-uas-webinar): Read the announcement for Doodle Labs’ webinar with DIU on the Blue UAS Framework and its role in developing components for government and commercial drones.
- [Boost C-Band: Extending Mesh Rider® Range and Jam Resistance Without Draining the Battery](https://doodlelabs.com/blog/boost-c-band-extending-mesh-rider-range-and-jam-resistance-without-draining-the-battery): Learn how the C-Band drone radio amplifier improves signal-to-jamming ratio in long-range communications with Mesh Rider.
- [Which Communication Architecture to Choose: Public Cellular or Private Broadband Network?](https://doodlelabs.com/blog/cellular-vs-broadband): Compare public cellular and private broadband architectures to understand the coverage, control and deployment tradeoffs for industrial wireless applications.
- [Coming Soon: Low Frequency Mesh Rider Radio](https://doodlelabs.com/blog/coming-soon-low-frequency-mesh-rider-radio): Discover Doodle Labs’ planned low-frequency, multi-band Mesh Rider Radios and the expanded spectrum options for connected platforms.
- [Coming Soon: Multi-band Wearable Mesh Rider Radio](https://doodlelabs.com/blog/coming-soon-multi-band-wearable-mesh-rider-radio): Preview the multi-band Wearable Mesh Rider Radio, designed to extend mobile mesh connectivity and Wi-Fi access to teams working beyond fixed networks.
- [Coming Soon: Commercially-focused, Multi-band Smart Radios in Combined 900 MHz + 2.4 GHz](https://doodlelabs.com/blog/commercial-multi-band-radios): Preview Doodle Labs’ commercially focused dual-band Smart Radios and how combined 900 MHz and 2.4 GHz operation adds flexibility for industrial wireless links.
- [WATCH: Corona Fire Department uses Doodle Labs mesh radios for MANET in simulated search and rescue](https://doodlelabs.com/blog/corona-fire-department-manet-for-tak): See how Corona Fire Department and Doodle Labs explored MANET connectivity for TAK, drones, and connected public safety teams.
- [De-Mystifying Mesh Rider Radio’s Performance Edge](https://doodlelabs.com/blog/de-mystifying-mesh-rider-radios-performance-edge): Explore Doodle Labs’ explanation of Mesh Rider Radio performance, including RF design and field testing across long-range and challenging wireless links.
- [Everything you need to know about DIU’s Blue UAS Refresh Challenge](https://doodlelabs.com/blog/diu-blue-uas-refresh-challenge): Explore the Blue UAS Refresh Challenge, its focus on evaluating drone platforms and components, and the role of communications in operational readiness.
- [Doodle Labs tapped for multiple DoD awards to advance the Smart Radio platform](https://doodlelabs.com/blog/dod-awards): Read about Doodle Labs’ Smart Radio technology, DoD-specific frequency options, and support for mobile mesh networking applications.
- [Doodle Labs empowers Ukrainian drone manufacturers with Helix Mesh Rider Radio for enhanced UAS capabilities](https://doodlelabs.com/blog/doodle-labs-empowers-ukrainian-drone-manufacturers-with-helix-mesh-rider-radio-for-enhanced-uas-capabilities): Read how Doodle Labs worked with drone manufacturers supplying Ukraine to support unmanned aircraft with Helix Mesh Rider Radio connectivity.
- [Doodle Labs joins Auterion’s growing ecosystem](https://doodlelabs.com/blog/doodle-labs-joins-auterions-growing-ecosystem): Read about Doodle Labs joining Auterion’s ecosystem to bring wireless connectivity to drone manufacturers and connected robotic platforms.
- [Doodle Labs, ModalAI renew partnership to promote integration of Mesh Rider Radios and VOXL 2 autopilots](https://doodlelabs.com/blog/doodle-labs-modalai-renew-partnership): Read about the renewed Doodle Labs and ModalAI partnership for long-range wireless connectivity in autonomous drones and robotic systems.
- [Doodle Labs partners with UXV Technologies](https://doodlelabs.com/blog/doodle-labs-partners-with-uxv-technologies): Read about the UXV Technologies and Doodle Labs partnership to provide high-performance wireless networking for unmanned applications.
- [Doodle Labs releases “External” Smart Radio](https://doodlelabs.com/blog/doodle-labs-releases-external-formfactor-smart-radio): Explore the external form factor of Doodle Labs Smart Radio, designed for long-range wireless broadband and industrial mesh networking.
- [Doodle Labs Signs Mouser Electronics as a Global Distribution Partner](https://doodlelabs.com/blog/doodle-labs-signs-mouser-electronics-as-aglobal-distribution-partner): Read about Doodle Labs’ global distribution agreement with Mouser Electronics to expand access to its wireless networking products.
- [Draganfly, UXV Technologies and Doodle Labs Collaborate to Enhance UAV Communication Solutions](https://doodlelabs.com/blog/draganfly-uxv-technologies-commander-3xl): Read how Draganfly, UXV Technologies and Doodle Labs combine the Commander 3 XL, SRoC controller and Helix radios to improve UAV communications integration.
- [Drone Dominance at Scale: Why Supply Chain Matters More Than Specs](https://doodlelabs.com/blog/drone-dominance-at-scale-why-supply-chain-matters-more-than-specs): Dive into how Drone Dominance supply chain pricing affects the capability to deliver thousands of drones rapidly and efficiently.
- [How Drone OEMs Are Designing Systems for Rapidly Evolving Program Needs](https://doodlelabs.com/blog/drone-oems-designing-systems-for): Find out how manufacturers are innovating to meet the rising demand for attritable drones in military applications.
- [Evolve Dynamics integrates Doodle Labs mesh datalinks in Sky Mantis drone platform](https://doodlelabs.com/blog/evolve-dynamics-integration-partnership): Learn how Evolve Dynamics and Doodle Labs partnered to integrate radio connectivity into UAV systems for demanding operational environments.
- [Evolve Dynamics, Doodle Labs partner to deliver ultimate anti-jamming resilience in new SKY MANTIS 2 UAV](https://doodlelabs.com/blog/evolve-dynamics-new-sky-mantis-2-integration): Explore the Evolve Dynamics and Doodle Labs partnership bringing Helix radio connectivity and interference resilience to the SKY MANTIS 2 UAV platform.
- [Doodle Labs Named to Fast Company’s Annual List of the World’s Most Innovative Companies of 2024](https://doodlelabs.com/blog/fast-company-most-innovative-companies-2024): Read about Doodle Labs’ recognition in Fast Company’s 2024 Most Innovative Companies list, including its ranking in the robotics category.
- [Mesh Rider Radio model supports FCC’s new 5 GHz band for drones](https://doodlelabs.com/blog/fcc-new-5-ghz-band-for-drones): Read how a Mesh Rider Radio model supports the FCC’s announced 5030–5091 MHz drone band and what the spectrum allocation means for UAS communications.
- [Freefly and Doodle Labs partner to showcase Astro drone platform’s capability for disaster response](https://doodlelabs.com/blog/freefly-astro-disaster-response-partnership): See how Freefly Systems and Doodle Labs teamed up to demonstrate the Astro drone’s capabilities for disaster response and public safety.
- [Freefly taps Doodle Labs for new mesh datalinks in Astro drone platform](https://doodlelabs.com/blog/freefly-astro-partnership): Learn about Freefly Systems’ partnership with Doodle Labs to integrate mesh radio datalinks into the Freefly Astro drone platform.
- [Doodle Labs visits Freefly Fest 2024 to see new Astro Prime UAS in action](https://doodlelabs.com/blog/freefly-fest-2024): See highlights from Freefly Fest 2024, where Doodle Labs joined Freefly Systems to demonstrate the Astro Prime drone and its connectivity.
- [Freefly Systems integrates Doodle Labs radios into new NDAA-compliant Astro Prime UAS](https://doodlelabs.com/blog/freefly-new-ndaa-compliant-astro-uas): Learn how Freefly Systems integrates Doodle Labs radios into Astro Prime to support communications for its modular, NDAA-compliant industrial drone platform.
- [How Doodle Labs’ Helix Mesh Rider® Radio Achieves Blue UAS Compliance](https://doodlelabs.com/blog/how-doodle-labs-helix-mesh-rider-radio-achieves-blue-uas-compliance): Explore how Helix Mesh Rider Radios address Blue UAS requirements through multi-band operation, compact design, encryption and integration capabilities.
- [How Electronic Warfare Is Evolving and Why Link Agility Is Essential](https://doodlelabs.com/blog/how-electronic-warfare-is-evolving-and-why-link-agility-is-essential): Explore Electronic Warfare and Link Agility: learn how smart jammers adapt to maintain communications under threat.
- [How GPS Denial Is Influencing Communications in Contested Environments](https://doodlelabs.com/blog/how-gps-denial-is-influencing-communications-in-contested-environments): Understanding GPS denial is crucial for modern drone operators. Learn how to adapt communication systems for advanced threats.
- [How the Doodle Labs Supply Chain Helps Drone OEMs Scale](https://doodlelabs.com/blog/how-the-doodle-labs-supply-chain-helps-drone-oems-scale): Explore the challenges and opportunities in the drone supply chain as demand for military drones skyrockets.
- [How the Industrial Internet of Things Enables Digital Transformation](https://doodlelabs.com/blog/how-the-industrial-internet-of-things-enables-digital-transformation): Explore how industrial IoT connects sensors, machines and operations to support predictive maintenance, smarter manufacturing and digital transformation.
- [How to Choose an Antenna](https://doodlelabs.com/blog/how-to-choose-an-antenna): Learn how frequency, bandwidth, polarization, gain and antenna form factor affect wireless performance and help guide antenna selection for your radio.
- [How to choose the radio for your drone: Guide for OEMs to get comms right the first time](https://doodlelabs.com/blog/how-to-choose-drone-radio-comms-guide): Learn how to choose drone radio effectively by evaluating mission requirements alongside specifications for the best outcomes.
- [How tomorrow’s battlefield will evolve with drone swarms.](https://doodlelabs.com/blog/how-tomorrows-battlefield-will-evolve-with-drone-swarms): Discover how drone swarms are transforming battlefield tactics and enabling advanced autonomous operations in challenging environments.
- [Introducing Boost: Extending Range and Resilience for Drone Communications](https://doodlelabs.com/blog/introducing-boost-extending-range-and-resilience-for-drone-communications): Explore how a power amplifier enhances performance in tough RF environments and delivers exceptional range for drone systems.
- [Introducing Mesh Rider® Dual Radio: Two independent bands. One unbreakable link.](https://doodlelabs.com/blog/introducing-mesh-rider-dual-radio-two-independent-bands-one-unbreakable-link): Learn how the Mesh Rider Dual Radio minimizes single points of failure with its dual-band capability for secure communication.
- [Introducing Nano²: Full Mesh Rider Performance in a Smaller Form Factor](https://doodlelabs.com/blog/introducing-nano%c2%b2-full-mesh-rider-performance-in-a-smaller-form-factor): Explore the mesh technology that balances performance with size, weight, and power constraints in unmanned systems.
- [Introducing The Smart Radio Helix](https://doodlelabs.com/blog/introducing-the-smart-radio-helix): Discover the Smart Radio Helix, including its compact OEM design and communications capabilities for unmanned aircraft integration.
- [Doodle Labs set to present and exhibit at IWCE 2023 in Las Vegas](https://doodlelabs.com/blog/iwce-2023-las-vegas): Read about Doodle Labs’ IWCE 2023 exhibit and presentation on Wearable Mesh Rider Radios and off-grid connectivity for public safety and field teams.
- [Mesh Rider® Radios Certified to Operate in 5.7 GHz Japan Robotics Band](https://doodlelabs.com/blog/japan-robotics-band-certification): Read about Mesh Rider Radio certification for Japan’s 5.7 GHz robotics band and the frequency options it provides for drone and robotics communications.
- [Newest Mesh Rider firmware update now available](https://doodlelabs.com/blog/june-2024-mesh-rider-firmware-update-now-available): Explore the June 2024 Mesh Rider firmware release, including updates for Doodle Labs radio customers and Sense interference avoidance.
- [Latest Mesh Rider Firmware Release Now Available](https://doodlelabs.com/blog/latest-mesh-rider-firmware-release-now-available): Learn about the May 2023 Long-Term Stable Mesh Rider firmware release and the update options available to Doodle Labs radio customers.
- [LUXUAV and Doodle Labs Memorandum of Intent](https://doodlelabs.com/blog/luxuav-and-doodle-labs-memorandum-of-intent): Doodle Labs and LUXUAV announce a Memorandum of Intent to collaborate on advanced UAV technologies and manufacturing.
- [Mapping and Surveying Take Center Stage at 2022 Commercial UAV Expo](https://doodlelabs.com/blog/mapping-and-surveying-commercial-uav-expo): Read Doodle Labs’ 2022 Commercial UAV Expo recap on drone mapping, surveying and inspection, and the connectivity demands behind these growing applications.
- [Broadband for IIoT – Mesh Rider® Technology Overview](https://doodlelabs.com/blog/mesh-rider-technology-introduction): Explore Mesh Rider’s private wireless networking architecture, including COFDM, MIMO and traffic prioritization for long-range industrial IoT connectivity.
- [Doodle Labs, ModalAI announce integration of Smart Radios and VOXL 2 autopilot](https://doodlelabs.com/blog/modalai-voxl2-integration-release): See how Doodle Labs Smart Radios integrate with ModalAI’s VOXL 2 autopilot to simplify communications and autonomy integration for drone manufacturers.
- [MVP Robotics’ Latest Robotic Shooting Targets Leverage Doodle Labs Radios for Beyond Line-of-Sight Operation, Mesh Capabilities](https://doodlelabs.com/blog/mvp-robotics-new-hektr-robot): Meet MVP Robotics’ HEKTR training robot and learn how Doodle Labs connectivity supports remote operation in demanding training environments.
- [Nano²: A Full-MIMO Radio Built for SWaP-Constrained Drones](https://doodlelabs.com/blog/nano%c2%b2-a-full-mimo-radio-built-for-swap-constrained-drones): Uncover the integration of SWaP-constrained drones and dual-stream MIMO performance, revolutionizing unmanned aircraft design.
- [NDAA Compliance in the Drone Industry: It Starts at the Datalink](https://doodlelabs.com/blog/ndaa-compliance-in-the-drone-industry-it-starts-at-the-datalink): Understand the importance of NDAA compliance for drone dominance and how it relates to datalink technology in unmanned systems.
- [Networking Guide](https://doodlelabs.com/blog/networking-guide): Find Doodle Labs resources for radio networking, configuration, software integration and RF fundamentals, with links to the official technical knowledge base.
- [New multi-band C-Band radios unlock advanced performance benefits](https://doodlelabs.com/blog/new-c-band-mesh-rider-radios): Learn how Doodle Labs’ multi-band C-Band radios expand frequency options and address RF propagation challenges for long-range and ground communications.
- [New communications technology addresses RF challenges in Europe and beyond](https://doodlelabs.com/blog/new-communications-technology-addresses-european-rf-challenges-and-beyond): At Doodle Labs we consider these multi-component challenges as being best addressed by an integrated system and portfolio, not a single product.This year at XPONENTIAL Europe, we are introducing a combined communications approach designed specifically for these conditions anchored by key innovations:
- [New Mesh Rider firmware update now available](https://doodlelabs.com/blog/new-mesh-rider-firmware-update-now-available): Explore the February 2024 Mesh Rider Super Node firmware release, including Sense, MAVLink, ground control and network configuration improvements.
- [New Doodle Labs Mesh Rider Radio offerings expand band flexibility and ease of integration](https://doodlelabs.com/blog/new-offerings-expand-flexibility-integration): Explore Doodle Labs product updates, including new radio form factors and options designed to simplify integration into connected systems.
- [Now Available: Multi-band Mesh Rider Radios in Combined 900 MHz + 2.4 GHz](https://doodlelabs.com/blog/now-available-multi-band-mesh-rider-radios-unlicensed-bands): Explore the launch of dual-band Mesh Rider Radios, combining 900 MHz and 2.4 GHz operation with Spectrum Manager for commercial drone and robotics links.
- [On-Demand Webinar: How DIU’s Blue UAS Framework Drives Innovation in the Drone Market](https://doodlelabs.com/blog/on-demand-webinar-blue-uas-drone-innovation): Watch DIU and Doodle Labs discuss how the Blue UAS Framework supports drone component development, integration and innovation across the UAS ecosystem.
- [On-demand Webinar: Powerful Drone Components Take Flight in DIU’s Blue UAS Ecosystem](https://doodlelabs.com/blog/on-demand-webinar-blue-uas-ecosystem-components): Watch DIU and drone component suppliers discuss the Blue UAS ecosystem, emerging capabilities and the integration of technologies into unmanned platforms.
- [On-demand Webinar: Ensuring Connectivity for the Growing Blue UAS Cleared List](https://doodlelabs.com/blog/on-demand-webinar-connectivity-blue-uas-cleared-list): Watch DIU, Freefly and PDW discuss the Blue UAS Cleared List and the communication requirements of platforms including Astro Prime and the C100 drone.
- [Orion Technology Group integrates Doodle Labs datalinks into X BLUE NANO line of ultra small nano-drones](https://doodlelabs.com/blog/orion-technology-group-x-blue-nano-integration): See how Orion Technology Group integrates Doodle Labs datalinks into its X BLUE NANO drones to support compact platforms for indoor and outdoor operations.
- [Doodle Labs partners with PDW to integrate Mesh Rider Radio into PDW’s flagship C100 sUAS platform](https://doodlelabs.com/blog/pdw-partnership-c100): Learn how PDW partnered with Doodle Labs to integrate Helix Mesh Rider Radio into its C100 small unmanned aircraft platform.
- [PDW’s C100 Secures U.S. Army’s sUAS DR Tranche 1 Selection](https://doodlelabs.com/blog/pdw-us-army-suas-dr-tranche-1): Read about PDW’s C100 selection for the U.S. Army’s company-level sUAS program and its integration with Doodle Labs Mesh Rider Radio.
- [PDW’s C100 sUAS platform accepted into Blue UAS program](https://doodlelabs.com/blog/pdws-c100-suas-platform-accepted-into-blue-uas-program): Read about PDW’s C100 approval for DIU’s Blue UAS program and the Doodle Labs radio connectivity integrated into the platform.
- [Doodle Labs collaborates with Qualcomm to enhance connectivity solutions for advanced robotics](https://doodlelabs.com/blog/qualcomm-collaboration-advanced-robotics): Learn about Doodle Labs’ integration with Qualcomm robotics technology to support wireless connectivity for drones and advanced robotic systems.
- [Why Radio SWaP Optimization Is the Hardest Subsystem Tradeoff in Drone Design](https://doodlelabs.com/blog/radio-swap-optimization-drone-design): Learn why radio SWaP is crucial in small drone development and how tradeoffs affect design decisions in capabilities.
- [Red Cat announces production selection for US Army SRR program](https://doodlelabs.com/blog/red-cat-announces-production-selection-for-us-army-srr-program): Read about Red Cat’s selection for the U.S. Army’s Short Range Reconnaissance program and the communications technology supporting its drones.
- [Doodle Labs releases Sense, new interference-avoidance features for Mesh Rider Radio](https://doodlelabs.com/blog/sense-interference-avoidance-release): Learn about the release of Sense for multi-band Mesh Rider Radios and its approach to interference avoidance in demanding RF environments.
- [On-demand Webinar: Advanced interference-avoidance for mobile robotics](https://doodlelabs.com/blog/sense-on-demand-webinar): Watch Doodle Labs explain Sense interference avoidance and how monitoring and switching channels or bands can help maintain drone and mobile robotics links.
- [Smart Radio for License Free CBRS Band](https://doodlelabs.com/blog/smart-radio-for-license-free-cbrs-band): Explore Doodle Labs’ CBRS Smart Radio options, SAS interoperability and radio configurations for private broadband networks and mobile industrial systems.
- [Teal Drones announces Doodle Labs as wireless networking partner for U.S. Army’s Short Range Reconnaissance program](https://doodlelabs.com/blog/teal-drones-partnership-us-army-srr): Learn about Teal Drones and Doodle Labs’ partnership to develop communications technology for the U.S. Army’s Short Range Reconnaissance program.
- [Red Cat introduces new Black Widow, successor to Teal 2](https://doodlelabs.com/blog/teal-red-cat-black-widow-launch): Explore Red Cat’s Black Widow drone launch at AUSA 2024 and the role of Doodle Labs connectivity in the successor to the Teal 2.
- [Teal / Red Cat Successfully Passes Field Testing with Doodle Labs Against Electronic Warfare Technology in Ukraine](https://doodlelabs.com/blog/teal-red-cat-electronic-warfare-testing-ukraine): Read about Red Cat’s electronic warfare testing in Ukraine and the role of Doodle Labs radio technology in contested environments.
- [True autonomy demands strong, reliable connectivity.](https://doodlelabs.com/blog/true-autonomy-demands-strong-reliable-connectivity): Delve into the challenges of communication resiliency and its significance for achieving true autonomy in drone operations.
- [Doodle Labs and UKRSPECSYSTEMS Join Forces to Enhance MINI SHARK UAV’s Performance and Resilience for Ukraine Defense Forces](https://doodlelabs.com/blog/ukrspecsystems-partnership): Read about Doodle Labs’ partnership with UKRSPECSYSTEMS to support unmanned aircraft with resilient Mesh Rider Radio connectivity.
- [UXV Technologies and Doodle Labs announce renewal and expansion of partnership](https://doodlelabs.com/blog/uxv-technologies-partnership-expansion): Explore the expanded UXV Technologies and Doodle Labs partnership for ground control stations and wireless communications in unmanned systems.
- [Video: Overview of Helix Mesh Rider Radio lineup for advanced defense robotics](https://doodlelabs.com/blog/video-overview-helix-military-radios): Watch an overview of Doodle Labs’ Helix Mesh Rider Radio lineup, including multi-band options and compact form factors for defense robotics communications.
- [Video: Drone anti-jamming at Tough Stump Rodeo](https://doodlelabs.com/blog/video-sense-drone-anti-jamming-tough-stump-rodeo): Watch Doodle Labs demonstrate Sense interference avoidance at Tough Stump Rodeo 2024, adapting radio channels and bands during a drone field exercise.
- [Watch Now: Interference-avoidance on AUVSI’s ‘Dawn of Autonomy’ podcast](https://doodlelabs.com/blog/watch-auvsi-dawn-of-autonomy-podcast): Hear Dominic DeMarco explain how Doodle Labs Sense detects and avoids interference to support drone and robotics links on AUVSI’s Dawn of Autonomy podcast.
- [WATCH: Freefly Astro Prime inspects world’s largest tree](https://doodlelabs.com/blog/watch-freefly-astro-prime-inspects-worlds-largest-tree): See Freefly Astro Prime inspect the General Sherman giant sequoia, using drone imagery to help assess the health of the world’s largest tree.
- [WATCH: How Doodle Labs MANET supports successful use of TAK](https://doodlelabs.com/blog/watch-manet-support-successful-use-of-tak): Watch a Corona Fire Department search-and-rescue exercise demonstrate how a Doodle Labs MANET supports TAK and team coordination beyond reliable LTE coverage.
- [Watch now: Doodle Labs appears on Dawn of Drones podcast](https://doodlelabs.com/blog/watch-now-doodle-labs-appears-on-dawn-of-drones-podcast): Watch Amol Parikh and Dawn Zoldi discuss takeaways from Xponential 2023 and the role of wireless datalinks in industrial and defense drone applications.
- [Upcoming webinar: Insiders’ view of growing Blue UAS program](https://doodlelabs.com/blog/webinar-connectivity-growing-blue-uas-progra): Read the announcement for the September 2024 webinar with DIU, Freefly and PDW on the Blue UAS Cleared List and resilient drone connectivity.
- [On-demand Webinar: Flying Drones in the World’s Most Challenging Environments](https://doodlelabs.com/blog/webinar-flying-drones-in-the-worlds-most-challenging-environments): Watch drone manufacturers discuss connectivity, autonomy and operations in difficult weather, urban terrain and contested environments in this AUVSI webinar.
- [What is drone jamming and how can it be countered?](https://doodlelabs.com/blog/what-is-drone-jamming): Explore jamming tactics in electronic warfare and how they disrupt UAV communication signals to neutralize drones effectively.
- [What Is MIMO?](https://doodlelabs.com/blog/what-is-mimo): Learn how multiple-input, multiple-output radio technology uses multiple antennas and signal paths to improve wireless link performance and reliability.
- [Why C2 Resiliency Will Drive the Future of Military Drone Operations](https://doodlelabs.com/blog/why-c2-resiliency-will-drive-the-future-of-military-drone-operations): Examine the challenges of maintaining C2 resiliency in drone communications during modern electronic warfare scenarios.
- [Why choose an industrial radio?](https://doodlelabs.com/blog/why-choose-an-industrial-radio): Compare industrial and commercial radios across RF performance, environmental durability and reliability to select a wireless link suited to your application.
- [Winning the Spectrum: The Rise of Multi-Band Resilient Communications](https://doodlelabs.com/blog/winning-the-spectrum-the-rise-of-multi-band-resilient-communications): Learn why multi-band RF communications are essential for operational success in dynamic and congested radio environments.
- [Wireless Broadband Solutions for Unmanned Aerial Systems](https://doodlelabs.com/blog/wireless-broadband-solutions-for-unmanned-aerial-systems): Learn how wireless broadband links carry drone video, command and telemetry, and how range, radio size and spectrum choices shape UAS communications.
- [From Xponential 2023 Solutions Theater: Introducing Multi-band Radios](https://doodlelabs.com/blog/xponential-presentation-multi-band-radios): Watch Doodle Labs’ Xponential 2023 presentation introducing multi-band radios and explaining spectrum flexibility for commercial and defense drone systems.

## Events

- [Join Doodle Labs at AUSA 2026 October 12-14 in DC](https://doodlelabs.com/events/ausa-2026): Join Doodle Labs at AUSA on October 12, 2026

## Optional

- [Doodle Labs Technical Library](https://kb.doodlelabs.com/): Technical documentation and support resources; some resources may require sign-in.