In the world of drones, battery life is one of those invisible handcuffs. No matter how good your camera, how smart your obstacle avoidance, or how skilled your pilot is, many drone pilots can feel like they’re always up against the clock — and the clock is rarely generous. That’s what makes this new Flyability drone battery a big deal.

On June 26, the Swiss drone maker best known for its cage-encased inspection drones announced a new high-capacity battery for the Elios 3. Elios 3 is the company’s flagship drone, designed for confined space inspection. And while “new battery” may sound like the kind of incremental update you’d skip over, this one’s worth the headline: 50% more flight time.

13 minutes and 30 seconds: Why the Flyability drone battery matters

For most drone pilots, 13 and a half minutes might seem short. But the Elios 3 isn’t doing beach flyovers or cinematic reveals of Tuscan vineyards. It’s built for chaos— navigating tanks, tunnels and places that often have no GPS signal.

So, extending flight time from 9 minutes and 10 seconds to 13 minutes and 30 seconds is huge. It means more ground covered and less risk of mid-mission anxiety when your screen flashes the dreaded low battery alert.

Flyability says the new pack also doubles the recommended charge cycles, which translates to longer hardware lifespan. This isn’t just about making batteries better — it’s about making your whole operation more efficient.

Flight optimization is the quiet revolution

This battery launch isn’t a one-off; it’s part of a slow but steady overhaul Flyability is calling its “flight optimization push.” In short, Flyability is working on making drone flights easier, more repeatable and less stressful.

Smart Return-to-Home: It started with Smart Return-to-Home, an onboard feature that helps the Elios 3 retrace its steps out of tight spaces. While Return-To-Home has long been a feature in even simple camera drones, it’s not so easy to implement in drones like the Elios 3. Whereas basic return to home simply flies the path back to where the drone took off, that’s not possible when drones are flying through dark tunnels. But it is possible with Smart Return-To-Home.

Resume Inspection: There’s more on the horizon. For example, Flyability said that next month it intends to roll out a feature called Resume Inspection. This lets the drone return to the exact spot it left off after a battery swap. In confined space inspections — where retracing your path can be a labyrinthine nightmare—that’s critical.

Related read: The best indoor drone for fire investigations

Flyability drone battery means flying longer, but broader visions entail flying smarter

Flyability knows their customers aren’t chasing Instagram likes — they’re inspecting blast furnaces and hydroelectric turbines. More battery life is nice, but being able to resume an inspection mid-mission, trust the drone’s return logic, and not worry about shaving off minutes during a swap? That’s what actual enterprise users want.

There are caveats, of course. Besides a simple firmware upgrade, the bigger piece of fine print is that your mileage (literally) may vary depending on payload weight and environmental conditions. But all Elios 3 payloads are compatible, and Flyability is demoing the battery at major drone events — particularly industry expos — if you want to see it in person.

The bottom line

I’ve been covering the drone industry every day for more than 10 years. Battery announcements rarely move the needle in drone news, as they tend to offer maybe one more minute of flight time that last year’s model. But Flyability’s new high-capacity pack offers a significant upgrade that could have huge financial and operational impacts for drone inspection businesses.

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In yet another example that Texas is definitely the Drone Star State, there’s yet another major delivery service coming. DoorDash today announced that it has officially launched its latest drone delivery service in Texas — this time in partnership with Flytrex.

Fights are now underway in Frisco and Little Elm, which are part of the Dallas-Fort Worth metroplex. With these deal, customers who live in eligible areas can now use the DoorDash app to order from local favorites like Papa John’s and The Brass Tap. With that, they can opt to have their meals delivered by drone.

But while this launch of Flytrex-powered DoorDash deliveries is new, the concept isn’t. DoorDash has been steadily morphing into one of the most aggressive players in drone meal delivery, having already partnered with Wing (Google’s drone delivery arm) in cities like Frisco, Texas, and Christiansburg, Virginia. In fact, DoorDash and Wing just expanded to Charlotte, North Carolina this spring.

So what makes the Flytrex partnership in Texas worth watching? The answer lies not just in flying tacos, but in BVLOS flights, proprietary airspace coordination software, and the promise of scaled autonomy.

From pilot phase to prepared meals: What’s new in DFW

During the early pilot, DoorDash customers in Little Elm and Frisco could select drone delivery through a special interface on the app. Now, as the service officially launches, customers who live within a 2.76-mile radius of the Flytrex station can qualify for drone delivery if their address falls within a designated drone delivery zone.

Here’s how it works:

1. If your address qualifies, drone-enabled restaurants will appear via homepage banners, a “drone” filter, or a dedicated drone carousel.
2. Select your delivery zone and add qualifying items to your cart.
3. Choose “Drone” at checkout, then wait for your lunch to fly through the air and arrive.

Flytrex drones then fly autonomously to your address and lower the package by tether into your backyard or another designated delivery point. The system is contactless, low-latency, and designed for suburban convenience.

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What needs to happen to make scalable BVLOS delivery

While Flytrex already operates some drone sites under FAA Part 135 — the certification needed for scalable, commercial air carrier operations — this Texas site is currently flying under Part 107, a more limited framework.

But Flytrex confirmed that a transition to Part 135 is underway, calling it a “key next step” for scaling the DoorDash partnership. That transition matters because it opens the door for Beyond Visual Line of Sight (BVLOS) flights, larger coverage areas and more simultaneous drone deliveries. Official Part 135 authorization is what will unlock broader regional networks and multi-drone orchestration at scale.

How Flytrex manages its drone traffic

Flytrex isn’t just launching drones. It’s also building the digital infrastructure to manage them. The company uses its own proprietary UTM (Uncrewed Traffic Management) system to coordinate flights.

Flytrex and Wing are flying in overlapping zones in Frisco, with about 30% of Flytrex’s operational area shared with Wing. But even though the two companies are competitors, they work together. Just a couple months ago, the two announced a partnership that involves careful deconfliction built into both companies’ flight plans.

Flytrex and Wing drones autonomously talk to each other and communicate their flight plans. It’s the first time in U.S. history that multiple commercial drone companies have conducted daily operations in shared airspace, using a real-time Unmanned Traffic Management (UTM) system to adjust routes.

UTM integration isn’t just a technical detail; it’s a key component of what makes multi-operator drone delivery viable in urban and suburban environments. As the number of drone providers grows, the ability to coexist without mid-air chaos will be essential.

Why DoorDash is using two different drone delivery companies

Flytrex, which rose to fame for its deliveries in Iceland, made its first deliveries in Texas back in 2022 when it partnered with restaurant company Brinker International (that’s the parent company of major chains including Chili’s Grill & Bar and Maggiano’s Little Italy) to deliver food in Granbury, Texas. But this marks the first time the company has formally partnered with DoorDash (though DoorDash has long worked with Wing).

The Frisco launch with Flytrex proves that DoorDash isn’t betting on one drone horse — they’re hedging smartly with multiple partners, including both Wing and Flytrex. In fact, DoorDash has now deployed drone delivery in at least four U.S. regions:

• Christiansburg, VA (with Wing)
• Frisco, TX (with both Wing and Flytrex)
• Charlotte, NC (with Wing)
• Little Elm, TX (with Flytrex)

Wing, which operates more as an air carrier, brings high-volume and longer-range capability. Flytrex, with its focus on mid-range, suburban-friendly tether drops, delivers convenience with a leaner operational footprint.

And for customers? It’s as simple as tapping “Drone” at checkout.

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President Donald Trump’s recent Executive Order demanding rapid regulatory modernization for Beyond Visual Line of Sight (BVLOS) drone operations is not the only development for BVLOS drone flights in the U.S. Enter the ARROW patent, recently awarded to UK-based Altitude Angel.

The United States Patent and Trademark Office this month awarded a patent to Altitude Angel for its ground-based detect and avoid (DAA) technology called ARROW. That’s the same technology already behind the UK’s first drone superhighway, which the UK green-lit way back in 2021.

With the ARROW patent, what’s been a breakthrough across the Atlantic might offer the U.S. a roadmap forward. Consider it a sign of not just growing international interest in drone corridor infrastructure, but also a glimpse of how the U.S. might finally overcome its BVLOS bottleneck.

What is the ARROW system?

Altitude Angel’s ARROW system is a system of ground-based sensors — RF detectors and high-resolution cameras — placed in specific areas to monitor airspace. That’s in contrast to many U.S.-based BVLOS test programs, which often depend on costly onboard sensors. (Or, if not truly approved for BVLOS flights, remaining compliant via human visual observers stationed along the route.)

The company’s sensors then send their data to Altitude Angel’s air traffic software, which synthesizes the data into a high-fidelity, real-time picture of surrounding airspace. This model enables drones to fly without having to carry additional hardware, which Altitude Angel claims dramatically lowers the cost of BVLOS operations.

The system also supports a “Separation-as-a-Service” framework, meaning drone operators can tap into the network to navigate shared airspace safely with traditional airspace users like private pilots or paragliders.

Why the U.S. ARROW patent matters now

The timing of Altitude Angel’s U.S. ARROW patent is no coincidence. It arrives as the American drone industry is at a critical inflection point. Trump’s June 2025 Executive Order calls for the FAA to take swift action to enable commercial BVLOS operations nationwide — a call that echoes long-standing demands from delivery companies, public safety agencies and agriculture tech firms.

But to meet this challenge, the U.S. needs scalable, cost-effective solutions that work across varied terrain and use cases. ARROW’s ground-based, modular approach could be one of those. If anything, the newly issued patent opens the door for U.S. companies or local governments to license and deploy the technology domestically without having to reinvent the wheel.

This could be particularly meaningful in rural states, where BVLOS operations could vastly improve logistics and emergency response, but where the cost of outfitting every drone with onboard DAA systems is prohibitive.

Lessons from the UK’s Project Skyway

The ARROW technology as the backbone of Project Skyway, the UK’s ambitious national drone corridor initiative. The project, which concluded in early 2025, connected cities like Reading, Oxford, and Coventry with a 265-kilometer air corridor specifically designed for autonomous drones.

Skyway showed that multiple operators can safely share airspace when guided by a centralized DAA and traffic management system. Where the FAA has relied on one-off BVLOS waivers and pilot projects, the UK’s version embraced standardization and publicly backed infrastructure. That approach not only simplifies compliance, but invited investment.

Final thought: A blueprint waiting to be used

The U.S. doesn’t need to build a BVLOS framework from scratch. With the ARROW system now patented here — and its performance in the UK as a clear precedent — the technology exists, and the political will may finally be catching up. The only missing piece is coordinated deployment.

Whether the U.S. seizes this moment will determine not just who leads the drone economy, but how drones integrate into our shared skies. With the ARROW patent coming on the heals of Trump’s Executive Order, Altitude Angel might have arrived at exactly the right time.

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