# Doodle Labs

> Connect drones, ground robots, vessels and operators on one self-healing Mesh Rider network built for contested RF. Talk to our engineering team today.

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/): Connect drones, ground robots, vessels and operators on one self-healing Mesh Rider network built for contested RF. Talk to our engineering team today.
- [About](https://doodlelabs.com/about): Doodle Labs builds Mesh Rider radios and software to connect anyone and anything, anywhere, for unmanned systems and the teams that run them. Meet us.
- [Contact](https://doodlelabs.com/contact): Talk to Doodle Labs sales and engineering about Mesh Rider radios for your drone, robot or team, from first evaluation to production. Contact us today.
- [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 patents cover the technologies behind Mesh Rider software-defined, multiband radios for private and contested-spectrum networks. View patents.
- [Privacy Policy](https://doodlelabs.com/privacy-policy): How Doodle Labs collects, uses and protects personal information submitted through doodlelabs.com and related services and forms. Read the full policy.
- [Terms of Use](https://doodlelabs.com/terms-of-use): The terms that govern use of the doodlelabs.com website, its content and downloads, including Mesh Rider documentation and resources. Read the terms.

## Technology and capabilities

- [Capabilities](https://doodlelabs.com/capabilities): Explore what Mesh Rider radios do: long range links, EW resilience, self-healing mesh, multiband and high throughput. Find the capability you need.
- [Dynamic Mesh](https://doodlelabs.com/capabilities/dynamic-mesh): Self-forming, self-healing Mesh Rider networks link drones, UGVs, vessels and operators and find another path when a link drops. See how the mesh works.
- [EW Resilience](https://doodlelabs.com/capabilities/ew-resilience): Link Assurance: Mesh Rider radios detect interference and adapt on the radio itself with Sense EW, not a bolt-on module. See how it works in contested RF.
- [High Throughput](https://doodlelabs.com/capabilities/high-throughput): Carry HD video, telemetry and control on one Mesh Rider link, with control traffic kept moving when bandwidth tightens. Estimate throughput.
- [Long Range](https://doodlelabs.com/capabilities/long-range): Carry video, telemetry and command and control over long distances with Mesh Rider radios, and add Boost for extra reach. Estimate your range.
- [Multiband](https://doodlelabs.com/capabilities/multiband): Mesh Rider multiband radios give unmanned systems more bands per low-SWaP radio, so links can move around interference and band limits. Explore multiband.
- [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): See how Mesh Rider combines self-healing mesh routing and Sense EW on the radio itself, across Nano², Mini, OEM and Wearable. Explore the technology stack.

## Products

- [Accessories](https://doodlelabs.com/products/accessories): Compatible antennas, cables and accessories for Mesh Rider radios, plus guides to antenna choice, MIMO placement and real-world setup. Shop accessories.
- [Amplifiers](https://doodlelabs.com/products/amplifiers): Boost is a compact GaN amplifier that adds transmit power and receive gain to Mesh Rider radios in the field, without replacing them. View Boost specs.
- [Radios](https://doodlelabs.com/products/radios): Compare Mesh Rider radios for UAS, UGVs, USVs and dismounted teams: Nano², Mini, OEM, Wearable and Dual Radio on one mesh. Find the right radio today.
- [Dual Radio](https://doodlelabs.com/products/radios/dual-radio): Dual Radio pairs two independent OEM radios in one node, each running Sense EW, so losing one band does not mean losing the link. See how Dual Radio works.
- [Mini](https://doodlelabs.com/products/radios/mini): Mini is our embedded Mesh Rider radio for Group 1 and Group 2 UAS moving from first integration to production, on one mesh with Nano² and OEM. See specs.
- [Nano²](https://doodlelabs.com/products/radios/nano): Nano² packs Mesh Rider mesh networking, video and control into one compact module for Group 1 FPV and SWaP-constrained UAS. Compare specs with an engineer.
- [OEM](https://doodlelabs.com/products/radios/oem): The OEM Mesh Rider radio brings broad band coverage and Ethernet, USB and UART interfaces for integration into larger vehicles. Talk to an engineer.
- [Wearable](https://doodlelabs.com/products/radios/wearable): The Wearable Mesh Rider radio puts voice, video and data on the same mesh as drones and vehicles, with TAK integration built in. Talk to our team today.
- [Software](https://doodlelabs.com/products/software): Software for Mesh Rider radios: Sense EW for interference avoidance, TacOps for team voice, video and ATAK, and NMS for network control. See software.
- [NMS](https://doodlelabs.com/products/software/nms): NMS shows radio status, signal quality and link health across a Mesh Rider network and lets you manage radios remotely, not one by one. See NMS in action.
- [Sense EW](https://doodlelabs.com/products/software/sense-ew): Sense EW runs on the Mesh Rider radio itself, watching link quality and moving to cleaner spectrum when interference hits. No bolt-on module. See Sense EW.
- [TacOps](https://doodlelabs.com/products/software/tac-ops): TacOps puts push-to-talk, voice and video calls and ATAK situational awareness in one app over the Mesh Rider network, without cell service. See TacOps.

## Solutions

- [Fixed Wing](https://doodlelabs.com/air/fixed-wing): Low-SWaP Mesh Rider radios carry telemetry, video and C2 for Group 2 fixed-wing UAS over long distances, with Boost for more reach. See your options.
- [Soldiers](https://doodlelabs.com/land/soldier): Put soldiers on the same mesh as drones and vehicles with the Wearable radio and TacOps for voice, video, data and shared awareness. Learn more.
- [Unmanned Ground Vehicles](https://doodlelabs.com/land/ugv): Keep ground robots connected around buildings, terrain and obstacles as Mesh Rider radios relay command, telemetry, video and sensor data. See UGV options.
- [Commercial](https://doodlelabs.com/sectors/commercial): Secure, low-latency Mesh Rider connectivity for industrial drones, robots and field fleets, from inspection to delivery, on one network. Talk to our team.
- [Defense](https://doodlelabs.com/sectors/defense): One Mesh Rider architecture for UAVs, UGVs, USVs and dismounted soldiers that forms on arrival and adapts under jamming. Talk to our defense team today.
- [Public Safety](https://doodlelabs.com/sectors/public-safety): Connect fire, police and rescue teams, drones and vehicles through buildings and terrain on one mesh, even where cell coverage is weak. Talk to us.
- [Solutions](https://doodlelabs.com/solutions): Connect drones, ground vehicles, vessels, sensors and operators on one Doodle Labs mesh network for air, land and maritime missions. Find your solution.
- [Air](https://doodlelabs.com/solutions/air): Mesh Rider radios for Group 1 FPV, quadcopter and Group 2 fixed-wing UAS carry command, control, video and data on one low-SWaP link. Find your platform.
- [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): Nano² and Mini radios carry video, telemetry and command data on one low-SWaP mesh link for Group 1 quadcopters and multirotor fleets. Compare the radios.
- [Land](https://doodlelabs.com/solutions/land): Connect soldiers, UGVs and command teams on one mesh that relays around terrain, buildings and obstacles, with Wearable radios and TacOps. Learn more.
- [Sea](https://doodlelabs.com/solutions/sea): Link unmanned surface vessels, shore teams and command over open water with Mesh Rider radios for control, telemetry and live video. Explore sea solutions.

## 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): Blogs, case studies, white papers, webinars and events on mesh networking, UAS datalinks and Mesh Rider radios from the Doodle Labs team. Browse resources.
- [Webinars archive](https://doodlelabs.com/webinars)

## Case studies

- [AEVEX Aerospace](https://doodlelabs.com/case-studies/aevex-aerospace): How Doodle Labs and AEVEX Aerospace brought resilient mesh connectivity and long-range links to demanding UAS operations. Read the case study.
- [Agility Robotics](https://doodlelabs.com/case-studies/agility-robotics): How Doodle Labs and Agility Robotics brought resilient wireless mesh connectivity and low-latency communication to mobile robots. Read the case study.
- [Amazon Web Services](https://doodlelabs.com/case-studies/amazon-web-services): How AWS uses Doodle Labs Mesh Rider radios for resilient mesh connectivity: the mission, the integration and what the link had to do. Read the case study.
- [Auterion Government Solutions](https://doodlelabs.com/case-studies/auterion): How Doodle Labs and Auterion Government Solutions brought resilient mesh connectivity to UAS control, video and mission data. Read the case study.
- [BlackSea Technologies](https://doodlelabs.com/case-studies/black-sea-technologies): How BlackSea Technologies uses Doodle Labs communications to keep its unmanned surface vessels connected for maritime operations. Read the case study.
- [Carnegie Robotics](https://doodlelabs.com/case-studies/carnegie-robotics): How Doodle Labs connects the Carnegie Robotics explosive hazard detection system for remote control and sensor imagery transfer. Read the case study.
- [Corona Fire Department](https://doodlelabs.com/case-studies/corona-fire-department): How Corona Fire Department uses Wearable Mesh Rider Radios to keep TAK and the team connected where cellular coverage runs out. Read the case study.
- [Darkhive](https://doodlelabs.com/case-studies/darkhive): How Doodle Labs and DarkHive worked together on high-throughput, long-range connectivity for the Obelisk drone platform. Read the case study.
- [DroneSeed](https://doodlelabs.com/case-studies/droneseed): How DroneSeed coordinates reforestation drone fleets with Doodle Labs connectivity while balancing range, weight and link needs. Read the case study.
- [DroneUp x Watts Innovations](https://doodlelabs.com/case-studies/droneup): How Doodle Labs radios carry command, telemetry and video for DroneUp and Watts Innovations delivery drones on last-mile routes. Read the case study.
- [Elroy Air](https://doodlelabs.com/case-studies/elroy-air): How Elroy Air uses Doodle Labs connectivity on the Chaparral cargo aircraft for command, control and data links in autonomous delivery. Read the story.
- [Evolve Dynamics](https://doodlelabs.com/case-studies/evolve-dynamics): How Evolve Dynamics uses Doodle Labs Mesh Rider radios for Sky Mantis UAS: the mission, the integration and what the link had to do. Read the case study.
- [FLIR](https://doodlelabs.com/case-studies/flir): How Doodle Labs worked with FLIR on a compact wireless link for HD drone video that met tight size, weight, range and frequency needs. Read the case study.
- [Freefly Systems](https://doodlelabs.com/case-studies/freefly-systems): How Freefly Systems integrates Mini Mesh Rider Radios into Astro to connect industrial drones for inspection and data collection. Read the case study.
- [Insitu ScanEagle](https://doodlelabs.com/case-studies/insitu-scaneagle): How Doodle Labs worked with Insitu on ScanEagle communications, from radio integration to the frequency needs of the aircraft. Read the case study.
- [Kitty Hawk](https://doodlelabs.com/case-studies/kitty-hawk): How Doodle Labs gave the Kitty Hawk Flyer electric aircraft a lightweight, low-latency video link with flexible frequency options. Read the case study.
- [L3Harris](https://doodlelabs.com/case-studies/l3harris): How Doodle Labs worked with L3Harris on wireless communications for the U.S. Navy AEODRS explosive ordnance disposal robot program. Read the case study.
- [100-Node Mesh Network in Autonomous Warehouse](https://doodlelabs.com/case-studies/movu): How Doodle Labs built a large resilient mesh network for autonomous warehouses, keeping fleets of mobile robots reliably connected. Read the case study.
- [PAR Government](https://doodlelabs.com/case-studies/par-government): How PAR Government pairs TAK and TeamConnect with Wearable Mesh Rider Radios to connect field teams and share situational awareness. Read the case study.
- [Paramount Advanced Technologies](https://doodlelabs.com/case-studies/paramount-advanced-technologies): How Paramount Advanced Technologies tested a long-range Doodle Labs S-band link, with the aircraft, antenna setup and data rate results. Read the story.
- [Performance Drone Works](https://doodlelabs.com/case-studies/performance-drone-works): How PDW uses Doodle Labs Mesh Rider radios for drone control and video: the mission, the integration and what the link had to do. Read the case study.
- [Provectus Robotics](https://doodlelabs.com/case-studies/provectus-robotics): How Provectus Robotics connects autonomous truck convoys on logging roads, where terrain and foliage make wireless links hard. Read the case study.
- [Rajant](https://doodlelabs.com/case-studies/rajant): How Doodle Labs and Rajant worked together on a resilient wireless mesh network with low-latency links for critical deployments. Read the case study.
- [RoboteX](https://doodlelabs.com/case-studies/robotex): How Doodle Labs radios give RoboteX AVATAR robots wireless control and data links for tactical, hazmat and explosive disposal missions. Read the story.
- [Ship to Shore](https://doodlelabs.com/case-studies/ship-to-shore): How a coast guard application used Doodle Labs radios for a long ship-to-shore link with real-time video and voice, without satellite. Read the case study.
- [Teal](https://doodlelabs.com/case-studies/teal-drones): How Doodle Labs and Teal worked together on communications technology for the U.S. Army Short Range Reconnaissance program. Read the case study.
- [Teledyne FLIR](https://doodlelabs.com/case-studies/teledyne-flir): How Doodle Labs and Teledyne FLIR built resilient wireless mesh connectivity for real-time video and telemetry on critical missions. Read the case study.
- [UMAG Solutions](https://doodlelabs.com/case-studies/umag-solutions): See how UMAG Solutions uses Mini radios in F1Mag to send magnetic survey data with low latency during near-surface drone flights. Read the case study.
- [YachtBot](https://doodlelabs.com/case-studies/yachtbot): How YachtBot used Doodle Labs mesh networking to connect race-management systems over open water at the 2021 America's Cup. Read the case study.

## Blog

- [5 Considerations When Developing a Wireless Link](https://doodlelabs.com/blog/5-considerations-when-developing-a-wireless-link): Five things to weigh before you choose a radio for your system, from spectrum selection to the operating needs of your wireless link. Read the guide.
- [A quick update from Doodle Labs](https://doodlelabs.com/blog/a-quick-update-from-doodle-labs): An update on the Wearable Mesh Rider Radio and new antennas, including a Wi-Fi hotspot that connects phones and tablets to a private network. Read more.
- [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): How wearable mesh networking supports TAK and field communications, so public safety teams can share information beyond network coverage. Read the post.
- [US Air Force taps Doodle Labs to develop beamforming technology for mesh networking](https://doodlelabs.com/blog/air-force-research-laboratory-beamforming-investment): Read how 2022 U.S. Air Force TACFI funding backed our beamforming work on Mesh Rider, aimed at better range and throughput in mesh networks. Read the post.
- [Analog vs. Digital Drone Comms in the Autonomy Era](https://doodlelabs.com/blog/analog-vs-digital-drone-comms-in-the-autonomy-era): Compare analog and digital FPV drone links, and see how the choice affects drone communications and missions as autonomy grows. Read the post.
- [Doodle Labs announces launch of Reseller Program](https://doodlelabs.com/blog/announces-launch-of-reseller-program): Doodle Labs launched a reseller program so channel partners can bring Mesh Rider wireless networking to more industrial customers. Read the announcement.
- [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 our April 2023 AUVSI webinar on Blue UAS components, with DIU and suppliers discussing drone integration and innovation. Read more.
- [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. Read the post.
- [Doodle Labs to Host Blue UAS Webinar with DIU](https://doodlelabs.com/blog/blue-uas-webinar): Join DIU and Doodle Labs for a webinar on the Blue UAS Framework and how it shapes component development for government and commercial drones. Read more.
- [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 Boost C-Band drone radio amplifier adds signal power and raises the signal-to-jamming ratio on long-range Mesh Rider links. Read the post.
- [Which Communication Architecture to Choose: Public Cellular or Private Broadband Network?](https://doodlelabs.com/blog/cellular-vs-broadband): Public cellular or private broadband? Compare coverage, control and deployment tradeoffs for industrial wireless applications. Read the comparison.
- [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. Read the post.
- [Coming Soon: Multi-band Wearable Mesh Rider Radio](https://doodlelabs.com/blog/coming-soon-multi-band-wearable-mesh-rider-radio): A preview of the multi-band Wearable Mesh Rider Radio, built to extend mesh connectivity and Wi-Fi access to teams beyond fixed networks. Read the post.
- [Coming Soon: Commercially-focused, Multi-band Smart Radios in Combined 900 MHz + 2.4 GHz](https://doodlelabs.com/blog/commercial-multi-band-radios): A first look at dual-band Mesh Rider Radios for commercial use, and how 900 MHz plus 2.4 GHz operation adds flexibility to industrial links. Read the post.
- [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. Read the post.
- [De-Mystifying Mesh Rider Radio’s Performance Edge](https://doodlelabs.com/blog/de-mystifying-mesh-rider-radios-performance-edge): What gives Mesh Rider Radios their performance edge? A look at the RF design and field testing behind long-range and difficult links. Read the post.
- [Everything you need to know about DIU’s Blue UAS Refresh Challenge](https://doodlelabs.com/blog/diu-blue-uas-refresh-challenge): What the DIU Blue UAS Refresh Challenge evaluates in drone platforms and components, and why communications matter for readiness. Read the post.
- [Doodle Labs tapped for multiple DoD awards to advance the Smart Radio platform](https://doodlelabs.com/blog/dod-awards): Doodle Labs was selected for DIU and AFWERX contracts to add frequency bands, introduce multi-band models and shrink the Mesh Rider Radio. Read the post.
- [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 connect their unmanned aircraft with the Helix Mesh Rider Radio. Read the post.
- [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. Read the post.
- [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. Read the post.
- [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): Doodle Labs released an external form factor Mesh Rider Radio, a long-range broadband link for industrial IoT and mobile mesh networking. Read the post.
- [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. Read the post.
- [Draganfly, UXV Technologies and Doodle Labs Collaborate to Enhance UAV Communication Solutions](https://doodlelabs.com/blog/draganfly-uxv-technologies-commander-3xl): Draganfly, UXV Technologies and Doodle Labs pair the Commander 3 XL, the SRoC controller and Helix radios for integrated UAV communications. Read the post.
- [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): Why supply chain, pricing and production scale can matter more than specs when programs need thousands of drones delivered fast. Read the post.
- [How Drone OEMs Are Designing Systems for Rapidly Evolving Program Needs](https://doodlelabs.com/blog/drone-oems-designing-systems-for): How drone manufacturers are rethinking system design to meet the rising demand for attritable drones in modern military applications. Read the post.
- [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. Read the post.
- [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): Evolve Dynamics and Doodle Labs partner to bring Helix radio connectivity and interference resilience to the SKY MANTIS 2 UAV platform. Read the post.
- [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. Read the post.
- [Mesh Rider Radio model supports FCC’s new 5 GHz band for drones](https://doodlelabs.com/blog/fcc-new-5-ghz-band-for-drones): The FCC announced a 5030 to 5091 MHz band for drones. Here is what the allocation means for UAS links and how Mesh Rider Radios fit in. Read more.
- [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. Read the post.
- [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. Read the post.
- [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. Read the post.
- [Freefly Systems integrates Doodle Labs radios into new NDAA-compliant Astro Prime UAS](https://doodlelabs.com/blog/freefly-new-ndaa-compliant-astro-uas): Freefly Systems integrates Doodle Labs radios into Astro Prime, its modular industrial drone platform built for NDAA-compliant fleets. Read the post.
- [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): How electronic warfare is evolving as jammers grow smarter and more adaptive, and why link agility matters for drone communications. Read the post.
- [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. Read the post.
- [How the Doodle Labs Supply Chain Helps Drone OEMs Scale](https://doodlelabs.com/blog/how-the-doodle-labs-supply-chain-helps-drone-oems-scale): How the Doodle Labs supply chain helps drone OEMs scale, and the challenges and opportunities as demand for military drones keeps growing. Read the post.
- [How the Industrial Internet of Things Enables Digital Transformation](https://doodlelabs.com/blog/how-the-industrial-internet-of-things-enables-digital-transformation): How the industrial internet of things connects sensors, machines and operations for predictive maintenance and smarter manufacturing. Read the post.
- [How to Choose an Antenna](https://doodlelabs.com/blog/how-to-choose-an-antenna): How frequency, bandwidth, polarization, gain and form factor affect wireless performance, and how to pick the right antenna for your radio. Read more.
- [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): How to choose a drone radio: match mission needs, bands, range, SWaP and interference handling to the right datalink for your UAS. Read the full guide.
- [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. Read the post.
- [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. Read the post.
- [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. Read the post.
- [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): Meet Nano², full Mesh Rider performance in a smaller form factor that balances capability with size, weight and power limits in unmanned systems. Read on.
- [Introducing The Smart Radio Helix](https://doodlelabs.com/blog/introducing-the-smart-radio-helix): Meet Helix, the compact OEM Mesh Rider Radio for unmanned aircraft, with dedicated command, control and video channels and a dynamic mesh. Read the post.
- [Doodle Labs set to present and exhibit at IWCE 2023 in Las Vegas](https://doodlelabs.com/blog/iwce-2023-las-vegas): See what Doodle Labs showed at IWCE 2023: Wearable Mesh Rider Radios and off-grid connectivity for public safety and field teams. Read the event recap.
- [Mesh Rider® Radios Certified to Operate in 5.7 GHz Japan Robotics Band](https://doodlelabs.com/blog/japan-robotics-band-certification): Mesh Rider Radio is certified for Japan's 5.7 GHz robotics band, adding frequency options for drone and robotics communications there. Read the post.
- [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 EW interference avoidance. Read the post.
- [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 have signed a Memorandum of Intent to work together on advanced UAV technologies and manufacturing. Read the announcement.
- [Mapping and Surveying Take Center Stage at 2022 Commercial UAV Expo](https://doodlelabs.com/blog/mapping-and-surveying-commercial-uav-expo): Our 2022 Commercial UAV Expo recap on drone mapping, surveying and inspection, and the connectivity those growing applications need. Read the recap.
- [Broadband for IIoT – Mesh Rider® Technology Overview](https://doodlelabs.com/blog/mesh-rider-technology-introduction): An introduction to the Mesh Rider private wireless network: COFDM, MIMO and traffic prioritization for long-range industrial IoT links. Read the post.
- [Doodle Labs, ModalAI announce integration of Smart Radios and VOXL 2 autopilot](https://doodlelabs.com/blog/modalai-voxl2-integration-release): Mesh Rider Radios now integrate with the ModalAI VOXL 2 autopilot, simplifying communications and autonomy integration for drone makers. Read the post.
- [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. Read the post.
- [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. Read the post.
- [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): Why NDAA compliance for drones starts at the datalink, and what program buyers should ask radio suppliers about sourcing and components. Read the post.
- [Networking Guide](https://doodlelabs.com/blog/networking-guide): Resources for radio networking, configuration, software integration and RF basics, with links to the Doodle Labs technical knowledge base. Start here.
- [New multi-band C-Band radios unlock advanced performance benefits](https://doodlelabs.com/blog/new-c-band-mesh-rider-radios): New multi-band C-Band Mesh Rider Radios expand frequency options and help with RF propagation challenges on long-range and ground links. Read the post.
- [New communications technology addresses RF challenges in Europe and beyond](https://doodlelabs.com/blog/new-communications-technology-addresses-european-rf-challenges-and-beyond): How an integrated radio portfolio helps drone makers handle crowded spectrum, band rules and interference across Europe and beyond. Read the post.
- [New Mesh Rider firmware update now available](https://doodlelabs.com/blog/new-mesh-rider-firmware-update-now-available): The February 2024 Mesh Rider Super Node firmware release brings Sense EW, MAVLink, ground control and network configuration updates. See what's new.
- [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. Read the post.
- [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): Mesh Rider Radios now combine 900 MHz and 2.4 GHz operation with Spectrum Manager, giving commercial drone and robotics links more options. Read the post.
- [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): DIU and Doodle Labs discuss how the Blue UAS Framework supports drone component development, integration and innovation. Watch the on-demand webinar.
- [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): DIU and drone component suppliers discuss the Blue UAS ecosystem, emerging capabilities and integrating new technology into unmanned platforms. Watch now.
- [On-demand Webinar: Ensuring Connectivity for the Growing Blue UAS Cleared List](https://doodlelabs.com/blog/on-demand-webinar-connectivity-blue-uas-cleared-list): DIU, Freefly and PDW discuss the Blue UAS Cleared List and the communications needs of platforms like Astro Prime and the C100. Watch the webinar.
- [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): Orion Technology Group integrates Doodle Labs datalinks into its X BLUE NANO drones, compact platforms for indoor and outdoor operations. Read the post.
- [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 the Helix Mesh Rider Radio into its C100 small unmanned aircraft platform. Read the post.
- [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. Read the post.
- [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): Read how Doodle Labs radios integrate with Qualcomm robotics technology to give drones and advanced robotic systems a wireless link. Read the post.
- [Why Radio SWaP Optimization Is the Hardest Subsystem Tradeoff in Drone Design](https://doodlelabs.com/blog/radio-swap-optimization-drone-design): Why radio size, weight and power matter in small drone design, and how SWaP tradeoffs shape the capabilities you can build into a platform. Read the post.
- [Red Cat announces production selection for US Army SRR program](https://doodlelabs.com/blog/red-cat-announces-production-selection-for-us-army-srr-program): Red Cat was selected for production in the U.S. Army Short Range Reconnaissance program. See the news and the communications behind its drones. Read more.
- [Doodle Labs releases Sense, new interference-avoidance features for Mesh Rider Radio](https://doodlelabs.com/blog/sense-interference-avoidance-release): The release of Sense EW for multiband Mesh Rider radios: how it watches link quality and moves to cleaner spectrum when interference hits. Read the post.
- [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 Mesh Rider radio options for the license-free CBRS band, with SAS interoperability for private broadband and mobile industrial systems. Read more.
- [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): Read about the Teal Drones and Doodle Labs partnership on communications technology for the U.S. Army Short Range Reconnaissance program. Read the post.
- [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. Read the post.
- [True autonomy demands strong, reliable connectivity.](https://doodlelabs.com/blog/true-autonomy-demands-strong-reliable-connectivity): Explore the challenges of communication resiliency and why a reliable link is essential for achieving true autonomy in drone operations. Read the post.
- [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. Read the post.
- [UXV Technologies and Doodle Labs announce renewal and expansion of partnership](https://doodlelabs.com/blog/uxv-technologies-partnership-expansion): Read how UXV Technologies and Doodle Labs expanded their partnership on ground control stations and wireless links for unmanned systems. Read the post.
- [Video: Overview of Helix Mesh Rider Radio lineup for advanced defense robotics](https://doodlelabs.com/blog/video-overview-helix-military-radios): A video overview of the Helix Mesh Rider Radio lineup, including multi-band options and compact form factors for defense robotics. Watch the overview.
- [Video: Drone anti-jamming at Tough Stump Rodeo](https://doodlelabs.com/blog/video-sense-drone-anti-jamming-tough-stump-rodeo): Watch Sense EW at Tough Stump Rodeo 2024, as the radio changes channels and bands to avoid interference during a drone field exercise. Watch the video.
- [Watch Now: Interference-avoidance on AUVSI’s ‘Dawn of Autonomy’ podcast](https://doodlelabs.com/blog/watch-auvsi-dawn-of-autonomy-podcast): Dominic DeMarco explains on AUVSI's Dawn of Autonomy podcast how Sense EW detects interference and helps keep drone and robot links working. Listen now.
- [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 where a Doodle Labs MANET keeps TAK and the team connected beyond reliable LTE. Watch the video.
- [Watch now: Doodle Labs appears on Dawn of Drones podcast](https://doodlelabs.com/blog/watch-now-doodle-labs-appears-on-dawn-of-drones-podcast): Amol Parikh and Dawn Zoldi discuss Xponential 2023 takeaways and the role of wireless datalinks in industrial and defense drones. Watch the podcast.
- [Upcoming webinar: Insiders’ view of growing Blue UAS program](https://doodlelabs.com/blog/webinar-connectivity-growing-blue-uas-progra): Join DIU, Freefly and PDW for a September 2024 webinar on the Blue UAS Cleared List and what drones need from their communications. Read the announcement.
- [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): Drone makers talk connectivity, autonomy and operations in bad weather, dense cities and contested airspace in this AUVSI webinar. Watch the recording.
- [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): MIMO (multiple-input, multiple-output) uses several antennas and signal paths to make wireless links faster and more reliable. Read the full explainer.
- [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 keeping drone command and control resilient under modern electronic warfare, and why C2 resiliency matters. Read the post.
- [Why choose an industrial radio?](https://doodlelabs.com/blog/why-choose-an-industrial-radio): Industrial or commercial radio? Compare RF performance, environmental durability and reliability to pick the right wireless link for your system. Read on.
- [Winning the Spectrum: The Rise of Multi-Band Resilient Communications](https://doodlelabs.com/blog/winning-the-spectrum-the-rise-of-multi-band-resilient-communications): Why multi-band RF communications matter for operational success in dynamic, congested radio environments, and how they build resilience. Read the post.
- [Wireless Broadband Solutions for Unmanned Aerial Systems](https://doodlelabs.com/blog/wireless-broadband-solutions-for-unmanned-aerial-systems): How wireless broadband carries drone video, command and telemetry, and how range, radio size and spectrum choices shape a UAS link. Read the guide.
- [From Xponential 2023 Solutions Theater: Introducing Multi-band Radios](https://doodlelabs.com/blog/xponential-presentation-multi-band-radios): Our Xponential 2023 presentation introduces multi-band radios and explains why spectrum flexibility matters for commercial and defense drones. Watch now.

## 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

## Webinars

- [Integrating Communications for Real-World Drone Deployments](https://doodlelabs.com/webinars/integrating-communications-for-real-world-drone-deployments): A practical conversation on designing connectivity for drones and unmanned systems

## Optional

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