UAS Weekly Briefing — March 27, 2026: DJI's 360° FPV Drone, BRINC's Starlink-Powered First Responder, and Skydio's $52M Army Order
This week felt like the drone industry compressed six months of news into seven days. DJI dropped the first 8K 360-degree FPV drone — then immediately turned around and sued one of its biggest competitors. BRINC unveiled a first responder drone that connects to satellites. The U.S. Army placed the largest single-vendor small drone order in its history. And that's just the first three stories.
Whether you fly drones professionally, you're studying for your FAA Part 107 certification (the federal license required to fly drones commercially in the United States), or you're an agency leader evaluating how drones fit into your operations — this week's news affects you. Let's break it all down.
DJI Avata 360 — The First 8K 360-Degree FPV Drone
Source image: DJI
DJI — the world's largest consumer and commercial drone manufacturer — just announced the Avata 360, and it's unlike anything they've ever built. This is the first drone that shoots full 360-degree video in 8K resolution at 60 frames per second, meaning it captures everything around it — above, below, front, back, left, right — in ultra-high-definition video.
If you're not familiar with FPV, that stands for First Person View. It means you fly the drone while wearing goggles that show you exactly what the drone's cameras see in real time. It's the most immersive way to fly — it literally feels like you're sitting inside the drone. The Avata 360 combines that FPV experience with 360-degree cameras, so you capture everything and choose your "camera angle" later in editing.
The specs are stacked: two 1-inch camera sensors (the larger the sensor, the better the image quality), 120-megapixel still photos, HDR video (which means better color and contrast, especially in tricky lighting), and DJI's latest O4+ video transmission system that sends crystal-clear video from the drone to your goggles.
Pricing starts at around $549 for the drone by itself, and $1,199 for the Fly More combo that includes extra batteries, the goggles, and a controller. That significantly undercuts the Insta360 Antigravity A1, which costs $1,599 for a similar concept — and that pricing comparison is about to matter a lot more, but we'll get to that in a moment.
Here's the bigger picture that most people are missing: this could be one of the last new DJI drones to launch in the United States. DJI is currently unable to obtain FCC (Federal Communications Commission) equipment authorization for new products — that's the approval every wireless device needs before it can legally be sold in the U.S. Without FCC approval, DJI can't bring any new drone models to the American market. The Avata 360 appears to have secured its authorization before the door closed, but future DJI products may not be so lucky. If you've been on the fence about a DJI purchase, the window may be narrowing.
This matters even more when you consider how deeply integrated the original DJI Avata series has become in professional operations across the country. Police departments have adopted Avata drones for tactical situational awareness — flying them into buildings, through parking structures, and around active scenes where traditional drones are too large to maneuver. Fire departments use them for interior structure reconnaissance during active fires, giving incident commanders real-time video from inside buildings without putting firefighters at risk. Enterprise teams in construction, utilities, and infrastructure inspection have built workflows around the Avata platform for confined-space inspections that used to require scaffolding or shutdowns. The Avata series proved that FPV drones aren't just for racing and content creation — they're legitimate operational tools. The Avata 360 takes all of that and adds 360-degree capture on top.
Red Raven's Take: The Avata 360 is impressive hardware, but the real story is the FCC situation. If DJI can't get new products authorized in the U.S., this might be the last major DJI launch American operators see for a while. Agencies and enterprise teams that rely on DJI platforms should be planning for that possibility now — not scrambling later. For our students and clients: if you're flying commercially, any drone over 250 grams requires FAA registration, and commercial use requires Part 107 — no matter how "consumer-friendly" the marketing makes it sound.
And speaking of that Insta360 Antigravity A1 we mentioned — the drone that costs $1,599 to the Avata 360's $549? Three days before DJI announced the Avata 360, they filed a patent lawsuit against Insta360. The timing wasn't a coincidence.
Read more: DJI Avata 360 Specs and Price — DroneDJ | DJI Avata 360 — The Drone Girl
DJI Sues Insta360 Over Six Patents — Timed Three Days Before Avata 360 Launch
Here's where things get interesting — and a little dramatic. Three days before DJI announced the Avata 360, they filed a patent lawsuit against Insta360 in a Shenzhen court. Insta360 is a Chinese company best known for their 360-degree action cameras and, more recently, the Antigravity A1 drone — which happens to be a direct competitor to the product DJI just announced.
The lawsuit involves six patents covering flight control systems, image processing technology, and drone hardware design. DJI claims that former DJI employees who left to join Insta360 developed these technologies within one year of switching companies — suggesting the intellectual property originated at DJI.
Insta360's stock dropped 7% on the news. Their CEO responded by identifying 28 patents that DJI allegedly infringes — but notably hasn't filed a counter-suit yet.
Red Raven's Take: The timing is impossible to ignore. Filing a patent suit three days before launching a competing product is a strategic move, not a coincidence. For drone operators and buyers, this doesn't change what you fly today — but it could affect product availability and pricing down the road. Patent wars in the drone industry tend to shape which features make it into which products. We'll be tracking this closely.
Read more: DJI Sues Insta360 Over Patent Claims — DroneDJ | DJI Insta360 Patent Lawsuit — DroneXL
BRINC Unveils Guardian — The First Starlink-Connected 911 Response Drone
Source image: BRINC / PR Newswire
BRINC — a company that builds drones specifically for public safety — unveiled the Guardian this week, and it could be the most significant Drone as First Responder (DFR) platform we've seen yet. DFR is a concept where drones are deployed automatically to 911 calls, arriving on scene in minutes — often before any human officers or firefighters can get there. The drone provides live video, two-way communication, and can even deliver emergency supplies.
The Guardian's specs are built for exactly that mission: 62 minutes of flight time (most drones in this category get 30-40 minutes), speeds over 60 miles per hour, and an 8-mile operational range — roughly double what current DFR drones can do. It's rated IP55, which means it can handle rain, dust, and harsh conditions that would ground other drones.
The headline feature is Starlink connectivity. Starlink is SpaceX's satellite internet system — it works anywhere on Earth, even in places where cell service and radio signals fail. That's a massive deal for search and rescue in remote areas, wildfire operations in mountainous terrain, and disaster response where communications infrastructure has been destroyed.
The Guardian also integrates with Motorola's APX NEXT radio system, which is used by law enforcement and fire departments nationwide. When an officer hits the emergency button on their radio, the Guardian can auto-deploy without anyone at dispatch having to make a call. It can carry and deliver defibrillators, Narcan (the overdose reversal medication), and flotation devices. Battery swaps take less than 40 seconds.
BRINC also announced a new manufacturing facility in Seattle and a partnership with the National League of Cities to expand DFR programs across the country.
Red Raven's Take: Let's be clear about where Guardian actually stands right now: this is an announcement, not a field-proven system. As of this week, the Guardian hasn't shipped to a single agency. Production at BRINC's new Seattle factory is expected to begin later this year, and demos are available, but no one has deployed this drone on a real 911 call yet. The specs on paper — Starlink connectivity, 62-minute flight time, Motorola radio integration, auto-deployment — are genuinely impressive. If BRINC delivers on even half of those promises, it could reshape how DFR programs operate.
But we've seen this before. Impressive specs on a stage don't always translate to performance in a thunderstorm at 2 AM over an active scene. The real test comes when agencies start putting hours on these airframes in the field — dealing with weather, signal reliability, payload deployment under pressure, and the maintenance realities of running 24/7 autonomous operations.
For agencies evaluating their next DFR investment: watch this closely, but don't build your program around a product that doesn't have field data yet. If you're in the early stages of building a drone program, the smartest move is to design your SOPs, training, and deployment protocols now with current-generation platforms — then upgrade hardware when Guardian (or any next-gen system) has proven itself in real operations. That's exactly the kind of program-first approach we help agencies build.
Read more: BRINC 911 Drone Guardian with Starlink — DroneDJ | BRINC Unveils Guardian — sUAS News
U.S. Army Places $52 Million Skydio Order — Largest Single-Vendor Small Drone Purchase in Army History
Source image: Skydio
The U.S. Army has placed a $52 million-plus order for more than 2,500 Skydio X10D drones, making it the Army’s largest single-vendor small drone purchase to date.
That matters because this is not just a procurement story. It is another clear sign of where the U.S. government drone market is headed: toward American-manufactured platforms, faster fielding, and greater demand for small units to have their own real-time aerial intelligence.
The X10D is built as a platoon-level reconnaissance tool. In practical terms, that means small units can launch it quickly to look over a ridgeline, around a building, or into a structure before moving in. It is designed to give operators immediate ISR capability without waiting on larger support assets.
One of the platform’s most important features is its ability to operate in GPS-denied environments. That is a meaningful capability, especially in military settings where GPS can be jammed, spoofed, blocked by structures, or unavailable indoors. That said, this is not a capability unique to Skydio. Other drones can also operate without GPS in certain conditions. The real question is how reliably and usefully a platform performs when GPS is degraded or unavailable, and that is where this becomes an important procurement consideration.
There is also a bigger market story behind this order. Skydio has become one of the main beneficiaries of the broader push toward American and allied-made drones for government use. That shift has been shaped by national security concerns, procurement policy, and growing scrutiny of Chinese-made platforms. However you frame it, the result is the same: Skydio is well positioned in a market that is moving in its direction.
The platform has also had a number of documented operator notices. Some appear to have been addressed through software updates or revised hardware, but others remain operational cautions rather than fully closed issues. That does not make the X10D a weak platform, but it does reinforce the need for real-world testing, current firmware, and disciplined maintenance before large-scale deployment.
Red Raven’s Take:
This order is significant not because $52 million automatically means “best drone,” but because it shows where defense procurement is going. The X10D brings real capability, especially for operations where GPS may be unreliable, but buyers should stay focused on operational performance, not just headline momentum. For public safety agencies, government teams, and contractors, the takeaway is simple: the market is moving fast, American-made systems are gaining ground, and careful evaluation matters more than marketing.
Read more: Skydio U.S. Army Drone Order — DroneDJ | U.S. Army $52 Million Order — Skydio Blog
ResilienX Wins FAA BVLOS Waiver — No Visual Observers Required
ResilienX, a drone operations company, just received one of the most significant FAA waivers we've seen: approval to fly Beyond Visual Line of Sight (BVLOS) without visual observers, with routine operations approved through September 2029.
Let's break that down. Right now, when you fly a drone commercially under FAA Part 107 rules, you're required to keep the drone within your direct line of sight at all times. You have to be able to see it with your own eyes — no binoculars, no camera feed, just your eyeballs. That's called Visual Line of Sight, or VLOS.
Beyond Visual Line of Sight — BVLOS — means the drone flies farther than you can see. Miles away, potentially. The FAA has been extremely cautious about approving this because of the obvious safety concern: if you can't see your drone, how do you avoid hitting other aircraft, buildings, or people?
Until now, most BVLOS waivers required visual observers — additional people stationed along the flight path to watch the sky and radio the pilot if they see anything. That's expensive and limits the practical value of BVLOS.
ResilienX's waiver eliminates the visual observer requirement entirely. They're operating within NUAIR's 1,900-square-mile surveillance network in New York, which uses ground-based radar and sensors to detect other aircraft — essentially replacing human eyeballs with technology. Their initial operations include aerial photography, roof inspections, and property assessment missions. They can fly from the field or remotely from drone docking stations.
Red Raven's Take: This is a preview of where the entire industry is heading. The FAA's upcoming Part 108 rules — which will create a formal framework for BVLOS operations nationwide — are going to transform commercial drone work. Every operator who gets BVLOS experience now will have a significant advantage when those rules are finalized. If you're not yet Part 107 certified, that's still the foundation — you need it before any BVLOS authorization.
Read more: ResilienX Receives FAA Waiver for Remote BVLOS Operations — sUAS News
Wing Expands Drone Delivery Across the San Francisco Bay Area
Source image: Wing
Wing — the drone delivery company owned by Alphabet (Google's parent company) — is scaling up residential drone delivery across the San Francisco Bay Area. This is one of the most ambitious drone delivery expansions in a major U.S. metropolitan area to date.
Drone delivery works like this: you place an order through an app, a small delivery drone picks up the package from a local hub, flies it to your home, and lowers it to your doorstep on a cable — the drone never actually lands. The whole process typically takes minutes, not hours.
Wing has been operating in smaller markets and suburban areas for a few years, but expanding into a dense, complex urban environment like the Bay Area is a different challenge entirely. The airspace is busy (San Francisco International Airport and several other airports are nearby), the terrain is hilly, and the neighborhoods are tightly packed.
Red Raven's Take: Drone delivery is no longer a novelty — it's becoming infrastructure. Wing's Bay Area expansion signals that the technology and the regulatory framework are mature enough for populated urban environments. For commercial drone pilots, delivery networks create new job categories: fleet managers, maintenance technicians, and operations coordinators. The industry is growing beyond just "flying a drone" into full career paths. And it all still starts with Part 107.
Read more: Wing Drone Delivery San Francisco — DroneDJ
The Bottom Line This Week
This was one of the most consequential weeks in the drone industry this year. DJI pushed consumer imaging into 360-degree 8K territory — and then went to war with Insta360 over patents. BRINC gave public safety agencies a drone that can respond to 911 calls over satellite connections. The U.S. Army bet $52 million on American-made Skydio drones. The FAA approved true no-observer BVLOS operations through 2029. And drone delivery is expanding into one of America's largest metro areas.
The throughline? The gap between "drone hobbyist" and "drone professional" is getting wider every single week. The operators who are certified, trained, and ready to deploy are the ones who will benefit from every single one of these developments. If that's where you want to be, start with Part 107 — and if your agency or organization needs to build a program around any of this, we can help.
For breaking drone news as it happens — and our weekly debrief on what matters most — check out The Briefing Room.
Links & Resources
Part 107 Online Course: https://www.redravenuas.com/part107
Drone Program Consulting: https://www.redravenuas.com/consulting
On-Site Training: https://www.redravenuas.com/training
News & Briefing Room: https://www.redravenuas.com/news
Blog: https://www.redravenuas.com/blog
Podcast: https://www.redravenuas.com/podcast
Services: https://www.redravenuas.com/services
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What is the DJI Avata 360?
The DJI Avata 360 is DJI's newest drone, and it's the first FPV (First Person View) drone that shoots full 360-degree video in 8K resolution. It uses two 1-inch camera sensors to capture everything around the drone in ultra-high-definition video, allowing creators to choose their camera angle after the flight during editing.
Why is DJI suing Insta360?
DJI filed a patent lawsuit in a Shenzhen court claiming that Insta360 infringes on six patents related to flight control, image processing, and hardware design. DJI alleges that former DJI employees developed these technologies within one year of joining Insta360, suggesting the intellectual property originated at DJI.
What is a Drone as First Responder (DFR) program?
A DFR program uses drones to respond to 911 emergency calls, often arriving on scene before any human responders. The drone provides live video to dispatchers and officers, enables two-way communication with people on the ground, and can deliver emergency supplies like defibrillators or flotation devices.
What makes the BRINC Guardian drone different from other public safety drones?
The BRINC Guardian is the first public safety drone with Starlink satellite connectivity, meaning it works anywhere — even where cell service and radio signals fail. It also integrates directly with Motorola's APX NEXT radio system, allowing it to auto-deploy when an officer hits their emergency button, and it can swap batteries in under 40 seconds.
Why did the U.S. Army choose Skydio over other drone manufacturers?
Skydio manufactures entirely in the United States (Hayward, California), which addresses national security concerns about foreign-made drones. The X10D can also navigate without GPS using visual AI navigation, which is critical in military environments where GPS signals can be jammed or unavailable.
What does BVLOS mean and why does it matter?
BVLOS stands for Beyond Visual Line of Sight — it means flying a drone farther than the pilot can see with their own eyes. Currently, FAA rules require pilots to keep drones within visual range. BVLOS approvals allow drones to fly miles away, which is essential for large-scale inspections, delivery, and search and rescue operations.
Do I need a Part 107 license to fly commercially in the United States?
Yes. The FAA requires a Part 107 Remote Pilot Certificate for all commercial drone operations in the U.S. This includes real estate photography, inspections, delivery operations, and any flight where you're being paid. Red Raven offers a comprehensive online Part 107 course with a pass guarantee.
How is drone delivery expanding in the Bay Area?
Wing, owned by Alphabet (Google's parent company), is scaling residential drone delivery across the San Francisco Bay Area. Customers order through an app, and a small delivery drone flies the package from a local hub to their doorstep, lowering it on a cable in minutes rather than hours.
Is your agency ready for what's coming?
At Red Raven UAS, we help public safety agencies, utilities, and enterprise teams stay ahead of it all with vendor-neutral consulting, customized on-site training, and FAA Part 107 certification.
Program Development: We help you design and build a compliant drone program from the ground up
On-Site Training: We train your pilots for the exact missions they'll fly — not generic flight skills
Vendor-Neutral: We don't sell hardware. We help you make smart decisions based on your mission
Don't let the pace of change leave your program behind — let's build your roadmap.
About Red Raven UAS
Red Raven UAS was founded by public safety and drone industry veterans who understood the gap between having drones and knowing how to deploy them effectively. Our team brings together decades of real-world operational experience — including building one of the nation's first major public safety drone programs — and deep expertise in the commercial UAS sector across energy, utilities, and infrastructure.
We work with utility operators, energy companies, and infrastructure organizations to build drone inspection programs designed around their specific assets, workflows, and operational requirements — not a generic course deck. No hardware sales. No one-size-fits-all curriculum. Just field-tested instruction and independent program development guidance from people who have actually built and operated UAS programs at scale.
From initial program assessment and ROI modeling through pilot training, SOP development, and data workflow design, Red Raven delivers the full program infrastructure utilities need to deploy drones effectively — and keep them performing.
