At a recent defense technology exhibition, Russian company KB Valkyriya unveiled its RD-8 UAV mothership, a cutting-edge drone platform capable of being controlled not only via traditional radio channels but also through the Starlink satellite network or mobile networks.

According to information released on the developer’s official website, the company has introduced a full range of drones—including the RD-7, RD-8, RD-10, and RD-12 models—all supporting remote operation via Starlink or mobile networks.

This technological integration could significantly simplify Russia’s use of drones in Ukraine, as Starlink coverage is available in Ukraine but not officially in Russia.

The image shows the RD-8 UAV unveiled by Russia’s KB Valkyriya at the exhibition. Its most groundbreaking feature is the integration of the opposing side’s Starlink satellite communication system, enabling it to function as a UAV mothership capable of launching attacks deep behind Ukrainian lines. (Image credit: VD: Enemy Intelligence)

Multi-Role UAV Motherships

Russian manufacturers are positioning these drones as multi-purpose platforms capable of reconnaissance, acting as UAV motherships, serving as signal repeaters, and even controlling interceptor drones.

The RD-8 UAV mothership, showcased at the exhibition, is designed to support ground forces and coordinate operations within a 150 km radius. It leverages FPV (First-Person View) drone technology to clear enemy strongholds ahead of assaults.

RD-8 UAV Key Specifications

• Wingspan: 3.8 meters

• Propulsion: Hybrid power system with two electric motors + 5L fuel tank

• Take-off Weight: 30 kg (recon mode) / 35 kg (mothership mode)

• Endurance: 4.5 hours (recon mode) / 3 hours (mothership mode)

• Max Flight Altitude: 3 km

• Operational Range: 150 km

• Cruise Speed: 80 km/h

• Max Speed: 200 km/h

• Payload: Can carry two FPV drones, each with a 3 kg warhead

• Sensors: Equipped with daytime EO camera (30x optical zoom) and thermal IR camera (640×512 resolution)

RD-12 — The Largest Model in the Series

The RD-12 is the largest UAV in the Valkyriya series, featuring a 5-meter wingspan and a more powerful hybrid propulsion system with two electric motors and a 15L fuel tank.

RD-12 UAV Key Specifications

• Take-off Weight: 60 kg (recon mode) / 45 kg (mothership mode)

• Endurance: Up to 20 hours (recon mode) / 7 hours (mothership mode)

• Flight Altitude: Up to 5 km

• Operational Range: 800 km (recon mode) / 400 km (mothership mode)

• Cruise Speed: 90 km/h

• Max Speed: 200 km/h

• Payload: Can carry two FPV drones, each with a 3 kg warhead

• Maximum Payload Capacity: Up to 20 kg (recon configuration)

Starlink’s Role in Russian UAV Operations

Although Starlink terminals are not officially sold in Russia, Russian military units are reportedly acquiring them through smuggling channels to enable long-range drone operations.

Most terminals are being sold via Telegram groups:

• A terminal with network access costs around USD 1,000.

• Service providers offer step-by-step activation guides and instructions to bypass Starlink’s regional restrictions.

• Videos shared by Russian military users demonstrate real-world performance in combat scenarios.

• To expand their user base, some vendors even offer incentives for Russians to “lend” personal identities for activation purposes.

In most cases, Starlink terminals are purchased in Europe and then shipped via the UAE into Russia. Some Telegram channels warn users not to activate Starlink terminals within Russia, recommending registration under Ukrainian IDs to avoid service blocks.

Photos circulating on social media show Russian soldiers holding Starlink equipment. (Image source: Telegram)

Implications for Modern Warfare

The integration of Starlink-based satellite communications into Russian UAV systems highlights an important trend:

• Satellite-enabled UAVs are rapidly transforming battlefield dynamics.

• Long-range control, high-speed data links, and multi-role UAV platforms like the RD-8 and RD-12 are reshaping reconnaissance and strike strategies.

• The ability to leverage civilian satellite infrastructure like Starlink demonstrates a growing convergence between commercial and military technologies.

SkyeyeUAV’s Alternative: Swiftlink Long-Range Video & Data Transmission Systems

While Starlink provides satellite-based connectivity, SkyeyeUAV’s Swiftlink series offers a dedicated, high-performance alternative for long-range UAV operations without depending on third-party satellite networks.

• Ultra-Long Range: Up to 300 km line-of-sight transmission

• High Bandwidth: Real-time HD video + telemetry data

• Low Latency: Optimized for FPV control, autonomous flights, and BVLOS missions

• Robust Security: Encrypted links ensure data safety even in complex environments

• Seamless Integration: Fully compatible with UAV autopilots, GCS, and ROS-based systems

To explore SkyeyeUAV’s Swiftlink video/data transmission solutions for industrial and defense UAV applications, visit:
https://www.skyeyeuav.com/product-category/video-data-links/

The rise of Starlink-controlled drones underscores a major shift in how unmanned systems operate on modern battlefields. However, for industries and organizations requiring secure, stable, and fully controlled communication channels, solutions like SkyeyeUAV’s Swiftlink provide a reliable alternative—empowering UAVs to achieve long-range, high-performance connectivity without dependency on third-party satellite providers.

A new chapter in personal mobility has begun. Alef Aeronautics, a Silicon Valley startup, has started trial operations for its Model A, an all-electric flying car, at Half Moon Bay Airport and Hollister Airport in California.

Unlike most concepts that have come and gone over the years, this isn’t just a flashy prototype on display — it’s the first flying car to enter real-world testing at active airports.

A Vision Ten Years in the Making

Alef Aeronautics was founded back in 2015 by a group of engineers and entrepreneurs who wanted to solve a problem almost everyone has faced: traffic congestion.

Their idea was simple but ambitious — build a car that drives like a normal vehicle but can also take off vertically when needed.

In 2017, Alef caught the attention of Tim Draper, an early investor in Tesla and SpaceX. His venture firm, Draper Associates, backed Alef with $3 million in seed funding.

Fast forward to 2022, and Alef unveiled its first Model A prototype. Within a year, it became the first flying car project to receive a Special Airworthiness Certification from the U.S. Federal Aviation Administration (FAA) — a crucial regulatory step that gave the company the green light to begin test flights.

Alef Aeronautics Flying-Car First Flight

Driving, Flying, and Everything In Between

What makes the Model A unique isn’t just that it can fly. It’s that it’s designed to seamlessly switch between driving and flying without needing special infrastructure.

• On the Road: Up to 220 miles (~354 km) on a full charge.

• In the Air: Up to 110 miles (~177 km) of range with vertical take-off and landing (VTOL) capability.

• Top Air Speed: Around 110 mph (~180 km/h).

• Smart Design: The body tilts sideways during flight, effectively turning into a dual-wing structure while the cabin stays level.

• Electric Powertrain: Eight motors provide distributed propulsion for safety and redundancy.

Back in February 2025, Alef released a demonstration video showing an “ultralight” version of the Model A driving down a road, rising above nearby traffic, and lifting off vertically.
For the first time, we could see a car on a road taking off into the sky — not in concept art, but in reality.

Alef Aeronautics Model A Flying Car on the Show

Real-World Testing Begins

To move beyond controlled demos, Alef has partnered with Half Moon Bay and Hollister airports for real-world testing.

The goal is to understand how the Model A performs under conditions closer to actual urban air mobility scenarios.

This includes:

• Vertical take-off and landing in shared airspace

• Integration with existing air traffic

• Transitioning between driving and flight

• Testing AI-assisted obstacle detection and flight stabilization

These early trials are a critical step toward answering the big question:
Can flying cars realistically share the skies with traditional aircraft?

Strong Demand Despite a $300K Price Tag

Alef has already taken over 3,300 preorders for the Model A.

• Starting Price: Approximately $300,000 USD

• Deposit Options:

  • $150 for a refundable reservation

  • $1,500 for priority delivery

• Timeline: Pre-production models are being assembled now in California, and deliveries are expected to start in 2026.

Looking further ahead, Alef is developing a four-seater “Model Z”, expected to offer 400 miles of driving range and 200 miles of flight range. The company aims to launch it around 2035.

Alef Aeronautics Model A Flying Car on the Road

Flying Cars vs. eVTOL Air Taxis

While Alef’s flying car grabs headlines, it’s part of a much bigger urban air mobility (UAM) race.

Many companies — like Joby Aviation, Archer, and Hyundai’s Supernal — are building eVTOL air taxis designed to shuttle passengers between dedicated vertiports.

But Alef is taking a different path:

• Personal Vehicle: Designed for private ownership, not fleet operations

• Street-Legal: Can be driven like a normal EV when not flying

• No Special Infrastructure Needed: You don’t need to wait for vertiports or air taxi networks

If it succeeds, the Model A could bridge the gap between today’s EVs and tomorrow’s personal aircraft.

Environmental Impact

Powered entirely by electricity, the Model A produces zero emissions in both driving and flight modes.

Alef claims that its energy efficiency is comparable to conventional EVs — and, in some situations, even better, since flying short distances can bypass congestion and reduce idle time.

SkyeyeUAV’s Take: The Road to Personal Air Mobility

At SkyeyeUAV, we’ve been closely following developments in urban air mobility while continuing to focus on industrial UAV solutions.

Our VTOL drone platforms are already enabling businesses to:

• Perform large-scale aerial surveying

• Deliver cargo over long distances

• Support emergency response missions

• Conduct industrial inspections with high efficiency

Flying cars like the Alef Model A are an exciting glimpse of what’s ahead, but the future is already here for many industries using heavy-lift UAVs and long-endurance drones today.

Final Thoughts

The Alef Model A isn’t just another prototype — it’s a real vehicle that has begun trial operations in California.

While there’s still a long way to go before flying cars become mainstream, Alef’s progress shows that the dream of road-and-air personal mobility is no longer science fiction.

And as companies like Alef, Joby, and SkyeyeUAV push boundaries in their respective fields, one thing is clear:

The future of transportation will be multi-dimensional — on the road, in the air, and everywhere in between.

In recent years, Turkey has rapidly emerged as a global powerhouse in the export of unmanned aerial vehicles (UAVs), disrupting a market once dominated by the United States, Israel, and China. According to Selçuk Bayraktar, chairman of Baykar, Turkey now controls 65% of the global UAV export market, with Baykar alone contributing 60% of that share. Over 90% of Baykar’s revenue comes from international sales, a figure that highlights both the company’s global reach and the growing demand for Turkish drones.

This transformation represents more than just a commercial success story — it reflects a strategic realignment in global defense supply chains, shaped by cost-effectiveness, geopolitical alliances, and shifting regulatory landscapes.

Baykar and the Bayraktar Effect

At the center of Turkey’s UAV dominance is Baykar, the developer of the now-iconic Bayraktar TB2 and the more advanced TB3. These drones have redefined the economics of modern warfare:

• Cost-effectiveness: A single TB2 system costs a fraction of U.S. or Israeli alternatives, enabling countries with limited budgets to build sizeable fleets.

• Proven combat performance: From the 2020 Nagorno-Karabakh conflict to operations in Ukraine and Libya, TB2s have demonstrated exceptional reliability and precision, making them “battle-tested” assets.

• Technological milestones: The Bayraktar TB3 became the world’s first drone capable of short-runway carrier-based operations, completing 170 successful automatic take-offs and landings.

Baykar’s dominance is not accidental. Strategic partnerships with Turkey’s defense ecosystem — notably Roketsan, Aselsan, and TUBITAK — have accelerated innovation, while a deliberate focus on modular designs and export-friendly technology has enabled flexibility across diverse operational environments.

Baykar’s Bayraktar TB3 UAV has become the world’s first drone capable of successfully taking off and landing on short-runway naval vessels, completing 170 automatic take-off and landing tests and demonstrating outstanding performance under various weather conditions.

Turkey’s Rise in Central Asia and Beyond

One of the most critical battlegrounds for UAV exports is Central Asia, where Turkey’s market share has surged due to a combination of smart pricing, real-world performance, and “drone diplomacy.”

1. Cost-Performance Leadership

For countries like Kazakhstan, Kyrgyzstan, and Turkmenistan, Turkish drones offer 80% of the capabilities of high-end Western systems at less than 30% of the cost. In scenarios where large drone fleets are more valuable than a handful of expensive platforms, TB2s dominate procurement decisions.

2. Combat-Proven Reliability

The TB2’s performance during the Nagorno-Karabakh conflict was a turning point. The success of Azerbaijan’s forces in neutralizing Armenian armor and air defenses validated Turkish drones as effective tools for asymmetric warfare, triggering a cascade of procurement deals across Central Asia.

3. Customization and Technology Transfer

Turkey differentiates itself by offering flexible cooperation models:

• Kazakhstan secured a local Anka-S production line, ensuring technological sovereignty.

• The UAE received customized TB2 units equipped with region-specific munitions.

• Kyrgyzstan’s military procurement accelerated after demonstrations of TB2’s battlefield capabilities.

4. Drone Diplomacy

Shared cultural and historical ties between Turkey and Turkic-speaking Central Asian states amplify its soft power. By combining economic deals with defense exports, Ankara positions itself as a strategic partner rather than merely a supplier, gaining long-term influence in the region.

China’s Regulatory Challenge: Losing the Lead

For years, China’s “Wing Loong” and “CH” (Caihong) series drones competed head-to-head with Bayraktar platforms in the global UAV market. However, tightened export controls introduced since mid-2023 have started to limit China’s reach — particularly in sensitive regions like the Middle East, Central Asia, and Eastern Europe.

Impact of China’s Export Controls

• Export licensing complexity: Many Chinese UAVs above certain specifications now require special export permits, leading to longer lead times and higher administrative costs.

• Restricted sales to conflict zones: Regulations increasingly restrict direct sales to countries involved in ongoing conflicts, a segment where Turkish drones have thrived.

• Geopolitical caution: Concerns over U.S. sanctions and diplomatic friction discourage some Chinese manufacturers from entering politically sensitive markets.

The result? Turkey capitalized on gaps left by China, offering drones without the same licensing constraints, while delivering proven combat systems at competitive prices.

The Shifting Competitive Landscape

Turkey’s dominance doesn’t come without challenges, but its trajectory is clear:

The year 2025 is widely regarded as the “first year of commercial eVTOL aviation”. Over the past six months, the industry has witnessed rapid advances in technological breakthroughs, regulatory milestones, and market expansion.

China, in particular, has demonstrated global leadership potential in areas such as airworthiness certification, scenario innovation, and supply chain maturity. Meanwhile, the reshaping of the international competitive landscape has opened up strategic opportunities for Chinese enterprises.

This article summarizes the Top 10 events from the first half of 2025 that are shaping the global eVTOL industry, providing valuable insights for professionals and stakeholders looking to identify structural opportunities and emerging challenges.

1. World’s First One-Ton Liquid Hydrogen Hybrid eVTOL Successfully Test-Flies

On January 9, China’s first 1-ton hybrid tiltrotor eVTOL powered by liquid hydrogen fuel cells completed its maiden test flight.

This marked the world’s first successful test flight of a ton-class hydrogen-powered hybrid tiltrotor eVTOL and the first application of a large-scale air-cooled hydrogen fuel cell system on a large aircraft.

This breakthrough addresses several long-standing technological bottlenecks, demonstrating the potential for clean energy applications in heavy-duty aviation. Leveraging liquid hydrogen technologies, policy support, and innovative use cases, China has positioned itself for a potential “leapfrog” in the low-altitude economy.

On January 9, China’s first 1-ton hybrid tiltrotor eVTOL powered by liquid hydrogen fuel cells completed its maiden test flight.

2. Autoflight V2000CG Wins World’s First eVTOL Production Certificate

In January, the East China Regional Administration of the CAAC awarded Autoflight the world’s first production certificate for the V2000CG, a 2-ton-class unmanned eVTOL system.

With certification secured, Autoflight plans to scale production capacity from 200 units per year in 2025 to 1,200 units per year by 2027.

This milestone reflects more than just corporate capability; it symbolizes China’s growing role as a global eVTOL rule-maker. The V2000CG is expected to become the “airborne freight truck” of future low-altitude logistics, bridging the gap between concept and commercialization.

Autoflight was awarded the world’s first production certificate for the V2000CG, a 2-ton-class unmanned eVTOL system.

3. Germany’s Lilium Declares Bankruptcy Again — A Cautionary Tale

In early February, German eVTOL pioneer Lilium filed for bankruptcy for the second time within six months.

Despite being once hailed as a market leader, Lilium faced failed financing rounds, frozen accounts, labor disputes, and unpaid wages, ultimately succumbing to commercial pressures.

This collapse underscores a critical lesson for the industry: technological idealism must be balanced with commercial pragmatism. Overly aggressive designs prioritizing range and speed without mature technology can lead to unsustainable business models.

In early February, German eVTOL pioneer Lilium filed for bankruptcy for the second time within six months.

4. Shanghai’s Direct Investment in Tcab Tech Signals Local Commitment

In March, Tcab Tech completed its B+ funding round led by Shanghai Zero Bay Venture Capital and Zifeng Capital, bringing total financing to USD 100 million.

This marks the first direct state-owned investment in a complete eVTOL program since the release of Shanghai’s Low-Altitude Economic Development Action Plan (2024–2027).

Shanghai’s strategic focus on low-altitude tourism and intercity travel demonstrates growing government commitment to accelerating eVTOL commercialization and positioning the Yangtze River Delta region as a hub for next-generation aviation.

Tcab Tech Susccessfully completed its B+ funding

5. Wanfeng Auto Acquires Volocopter Assets — A “Global Tech + China Manufacturing” Strategy

In March, Wanfeng Auto Holding Group completed its acquisition of Volocopter GmbH’s key assets, including intellectual property, contracts, and manufacturing infrastructure.

By combining Volocopter’s certification expertise, Diamond Aircraft’s production capabilities, and Wanfeng’s extensive supply chain, the company aims to create a unique global competitive advantage that integrates European innovation with Chinese manufacturing power.

In March, Wanfeng Auto Holding Group completed its acquisition of Volocopter GmbH’s key assets, including intellectual property, contracts, and manufacturing infrastructure.

6. MIIT Releases Aviation Roadmap, Defining eVTOL’s Development Path

On March 27, China’s Ministry of Industry and Information Technology (MIIT) published the “Implementation Plan for Innovative Applications of General Aviation Equipment (2024–2030)”, outlining a clear roadmap for the sector.

By 2027, eVTOL-based applications are expected to achieve full commercialization across urban air mobility, logistics, and emergency response.

The plan also emphasizes regional demonstration projects in the Yangtze River Delta and Greater Bay Area, underscoring China’s strategic ambition to lead global low-altitude transportation innovation.

7. UASE Drone Expo Emerges as a Global Low-Altitude Economy Hub

From May 23–25, the 9th World Drone Congress & International Low-Altitude Economy Expo (UASE) took place in Shenzhen, attracting over 287,000 visitors, including 15,000+ international attendees.

From eVTOL aircraft and UAV platforms to AI-driven ground services and integrated low-altitude ecosystems, the expo showcased cutting-edge technologies and real-world applications, becoming a global benchmark for low-altitude economy development.

As a leading provider of long-endurance VTOL UAVs and communication systems, SKYEYEUAV leveraged the UASE platform to network with partners worldwide and explore collaborations on next-generation aerial logistics solutions.

8. Toyota Invests $250M in Joby Aviation, Accelerating Urban Air Mobility

In May, Toyota invested USD 250 million into U.S.-based Joby Aviation as part of an $894 million strategic partnership agreement signed in 2024.

The funds will support FAA certification and mass production of Joby’s five-seat eVTOL aircraft.

By combining Toyota’s automotive manufacturing expertise with Joby’s aviation technologies, the partnership is accelerating the convergence of automotive and aerospace sectors, reshaping urban air mobility’s commercialization pathway.

In May, Toyota invested USD 250 million into U.S.-based Joby Aviation as part of an $894 million strategic partnership agreement signed in 2024.

9. EHang EH216-S Achieves First Passenger Flight in Indonesia

In June, EHang announced the first passenger-carrying flight of its EH216-S autonomous eVTOL in Indonesia.

This achievement represents a major step toward building localized aerial mobility ecosystems in Southeast Asia. By addressing critical traffic demands and promoting green mobility, Chinese eVTOL companies are exporting both technology and ecosystem expertise to international markets.

In June, EHang announced the first passenger-carrying flight of its EH216-S autonomous eVTOL in Indonesia.

10. U.S. Forms Five-Nation Alliance, Redefining Global eVTOL Certification Standards

Also in June, the United States joined forces with the U.K., Australia, Canada, and New Zealand to establish a joint alliance aimed at streamlining eVTOL certification across participating nations.

While this move introduces technical, regulatory, and market-access challenges for Chinese companies, it also offers an opportunity: by aligning Chinese airworthiness standards with international frameworks, China can accelerate industry upgrades and expand its global influence.

Outlook for H2 2025: Scaling Commercialization

The global eVTOL industry is entering a high-growth phase, driven by rapid technological innovation, regulatory support, and market demand.

Key variables for the second half of 2025 will include:

• Airworthiness certification progress

• Infrastructure deployment for low-altitude operations

• Extended-range hybrid solutions overcoming endurance limitations

As a pioneer in industrial UAV platforms and long-range communication systems, SKYEYEUAV remains committed to enabling the next generation of aerial logistics and low-altitude economy ecosystems.

On August 14, INSTA360 officially unveiled its first panoramic drone, the Antigravity A1, and announced the start of global public testing.

Breaking the Boundaries of Aerial Photography

As the world’s first panoramic drone, the Antigravity A1 completely breaks free from the limitations of traditional drones that rely on a single front-facing camera. Featuring an innovative dual-lens panoramic design and 360-degree image stitching technology, the A1 achieves true “invisibility” in flight, capturing every angle of the sky in one seamless shot.

With this breakthrough, users can collect complete aerial footage in a single flight. Post-production becomes effortless: through the INSTA360 mobile app or desktop software, footage can be reframed, cropped, and exported in horizontal or vertical formats without losing quality. This “fly first, frame later” workflow eliminates the need for repeated flights and complicated repositioning, perfectly matching the diverse content demands of TikTok, Instagram, YouTube, and other platforms.

Portable, Foldable, and Safe

The Antigravity A1 combines high performance with portability. Weighing just 249g, the foldable body is travel-friendly yet powerful. Its vision-based obstacle avoidance system ensures safe operation in complex environments, while the automatic landing gear retracts during flight and deploys on landing to protect the panoramic lenses.

To safeguard user experience, the drone also includes a payload detection system that prevents unauthorized modifications, keeping flights safe, compliant, and focused on exploration and creativity.

Immersive 360° FPV with Vision Goggles

To maximize immersion, INSTA360 designed the Vision Flight Goggles specifically for the A1. Powered by a proprietary 360-degree panoramic transmission system, the goggles allow users to move their heads freely for a fully panoramic field of view—while the drone continues its stable forward flight.

An external display feature enhances the experience, enabling friends or teammates to share in the excitement of soaring over cliffs or chasing sunsets, making aerial adventures more engaging than ever.

A New Way to Fly: Grip Motion Controller

The A1 also revolutionizes control. Its Grip motion controller replaces traditional joysticks and complex commands. Simply point the controller where you want to go, and the drone responds instantly—“point to fly”.

This intuitive control system lowers the learning curve dramatically, allowing beginners to master flight within minutes while giving professionals a precise, natural way to command the aircraft.

Solving Longstanding Market Challenges

For nearly two decades, consumer drones have advanced in areas such as sensors, endurance, video transmission, and obstacle avoidance. However, two pain points have remained:

• Conventional wide-angle drones lack creative flexibility and immersion.

• FPV racing drones offer thrilling footage but require complex, skill-heavy piloting.

The INSTA360 Antigravity A1 panoramic drone addresses both issues, offering immersive 360° imaging with intuitive controls. It is not just a professional tool—it is a new imaging platform for everyone, from beginners to content creators.

Global Testing and Future Vision

According to INSTA360, the Antigravity A1 is already in global public testing, and drone enthusiasts can apply for early access via the brand’s official website.

Going forward, INSTA360 plans to adopt a user-centric, co-creation approach, working with pilots worldwide to expand functions, create new applications, and unlock the full potential of panoramic aerial exploration.

DJI has unveiled its new flagship cargo drone FlyCart 100 (FC100), a heavy-lift UAV priced at ¥89,999 (approximately $12,000 USD). This release marks a significant leap in low-altitude transport drones, offering unprecedented payload capacity and smart features. The FlyCart 100 is designed to carry up to 80 kg of cargo, making it a game-changer for industries like power line maintenance, emergency rescue, construction, and logistics. Below we break down what makes the DJI FlyCart 100 special, and we also introduce how SkyeyeUAV’s own heavy-lift drones – such as the V35, Skyeye 5000 VTOL, and VT510 – can serve similar needs in professional applications.

Heavy Payload and Robust Design

The DJI FlyCart 100 boasts an 80 kg maximum payload with a robust build to handle tough environments. It features a 4-axis, 8-rotor design with 62-inch carbon fiber propellers that provide high thrust while minimizing vibration for stability. Thanks to a coaxial dual-prop setup, the drone can generate up to 82 kg of thrust per axis, enabling heavy loads to be lifted with confidence.

This industrial drone is engineered for reliability. Its airframe is rated IP55 for water and dust resistance, so it can handle light rain and harsh dusty conditions. The FC100 is also built to operate in extreme temperatures from -20°C to 40°C (-4°F to 104°F) and at high altitudes up to 6,000 m. With wind resistance up to 12 m/s, it can fly steadily even in gusty mountain areas or coastal zones, ensuring missions aren’t limited by weather. Such durability means the FlyCart 100 is ready for all-terrain, all-weather operations, whether on high plateaus, over open water, or through urban canyons.

Flexible Power Options and Range

To accommodate different mission profiles, the FlyCart 100 supports single-battery and dual-battery modes. In single-battery mode, it can lift the full 80 kg payload for up to 6 km of flight – ideal for short-range deliveries of very heavy items. In dual-battery mode (using two batteries simultaneously), it carries up to 65 kg but extends its range to 12 km, doubling the distance for slightly lighter loads. With no payload, the drone can fly as far as 26 km on a charge, showcasing excellent endurance for survey or patrol tasks.

Each smart battery packs 41,000 mAh (41 Ah) of capacity and supports fast charging – up to 90% charge in just 9 minutes with the high-power charging station. The batteries are hot-swappable and even equipped with self-heating, meaning the drone can operate continuously in cold environments by swapping batteries without power-down, and it can keep functioning in sub-zero temperatures by warming its power packs. This robust power system ensures minimal downtime during critical operations like search-and-rescue or urgent deliveries.

Dual Payload Systems for Versatile Lifting

One innovative aspect of DJI’s new drone is its dual payload attachment systems, catering to different transport needs:

• Flagship Hoist System: A motorized winch with a 30-meter retractable cable and an electric hook. This system allows the FlyCart 100 to hover and lower cargo to the ground safely. It includes real-time weight sensing (so the drone knows the payload weight automatically) and an automatic sway-reduction algorithm to steady swinging loads. The powered hook can open and release payload autonomously, which is especially useful for precision deliveries in hard-to-reach places. For example, in emergency rescue missions, the drone can air-drop relief supplies at night with integrated loudspeaker alerts and flashing lights to safely warn anyone below when a package is being released.

• Dual-Battery Fixed Mount: A simplified mount that comes with a 10-meter fixed rope for carrying cargo when using two batteries. This setup is lighter and maximizes flight time. It’s ideal for situations where you can land or manually unload the cargo at the destination (for instance, routine logistics runs or engineering material transport between sites). The fixed rope system still supports real-time weight monitoring, and it offers a more flexible, budget-friendly option for users who might not need the full automatic winch features.

DJI FC100

The new DJI RC Plus 2 remote controller accompanies the FC100 and is built for professionals. It features a large 7-inch, 1400-nit high-brightness screen, so even under intense sunlight the pilot has a clear view of the drone’s camera feeds and telemetry.

The FlyCart 100 is designed to carry up to 80 kg of cargo

By offering two payload systems, DJI ensures the FC100 can tackle a range of jobs – from automatically winching equipment across a ravine to simply hauling a load from point A to B with maximum efficiency. Both systems benefit from the drone’s increased max takeoff weight of ~150 kg, which is about 60% higher than DJI’s previous model (the FlyCart 30), signaling a big step up in carrying capability.

Advanced Sensors and Safety Features

Safety and reliability are paramount for heavy-lift drones, and the FlyCart 100 doesn’t skimp here. It is equipped with a multi-tiered sensor suite and emergency systems to protect both the drone and the payload:

• High-Precision LiDAR: A laser sensor that can capture up to 300,000 point cloud data points per second. This gives the drone a detailed 3D view of its surroundings, enabling it to detect even small obstacles (like wires or tree branches) both day and night. In complex terrain such as forests or cluttered industrial sites, the LiDAR helps the FC100 avoid collisions by sensing obstacles that might be missed by cameras alone.

• Millimeter-Wave Radars: Multiple radars provide 360-degree awareness, especially useful in low visibility conditions like fog, smoke, or heavy rain. They ensure the drone can sense large obstacles or terrain features in all directions, adding a redundant layer of safety beyond the LiDAR and visual cameras.

• Fisheye Camera Vision System: A set of five wide-angle (fisheye) cameras give the pilot views to the front, rear, left, right, and below the drone. This not only aids manual navigation but also feeds the drone’s onboard AI for obstacle recognition. The system can automatically warn of or even autonomously brake for obstacles, providing intelligent obstacle avoidance when the drone is flying near structures or uneven terrain.

• Enhanced Night Operations: To tackle night missions, the FlyCart 100 includes a powerful forward-facing spotlight and downward floodlights. These illuminate the flight path and the drop zone during night deliveries. Additionally, the drone has audible and visual alert signals (like a siren or beeper and strobe lights) that can trigger when it’s descending with a load or deploying the winch – a critical safety feature to alert nearby personnel during night-time or low-visibility drops.

Perhaps the most critical safety feature is the integrated ballistic parachute system. In the rare event of a serious malfunction or power failure, the drone will automatically cut power to its rotors and deploy a parachute. This high-performance parachute has its own independent battery and undergoes an automatic self-check on startup to ensure readiness. It can reliably deploy if the drone is above 100 meters altitude (even at full 150 kg takeoff weight), slowing the descent to under 6 m/s. This greatly reduces the impact energy, protecting people on the ground as well as the drone and cargo. The parachute system, combined with DJI’s intelligent flight controller redundancies and self-stabilization algorithms, provides a last line of defense that makes operating such a large drone much safer.

Long-Range Control and Software Integration

Controlling a heavy-lift drone over long distances is made easier with DJI’s upgraded O4 transmission system on the FlyCart 100. This offers up to 20 km of control range with a stable live video feed, so operators can remotely monitor flights far beyond visual line of sight. For even greater coverage or in areas with obstacles like mountains, DJI provides optional connectivity add-ons: a 4G cellular module that can seamlessly switch to mobile networks if the direct radio link weakens, and a D-RTK 2 base station that can act as a relay to maintain a solid connection in GPS-denied or radio-blocked environments. These ensure that even in challenging scenarios – for example, flying behind a rocky hill or in a dense urban area – the drone can stay linked to its pilot or control center.

The new DJI RC Plus 2 remote controller accompanies the FC100 and is built for professionals. It features a large 7-inch, 1400-nit high-brightness screen, so even under intense sunlight the pilot has a clear view of the drone’s camera feeds and telemetry. The controller is IP54-rated for dust and rain protection, and it works in temperatures from -20°C to 50°C, meaning it won’t shut down in extreme heat or cold. An important capability for complex operations is dual-operator mode: two controllers can coordinate on one drone, allowing one pilot to handle the aircraft’s flight while another controls the payload or camera. This improves precision and safety for tricky missions like threading a load into a tight space or while flying near power lines.

On the software side, DJI introduced the Delivery App and cloud platform to streamline cargo drone missions. The DJI Delivery App (used on the controller) provides a simplified interface tailored for transport tasks – including features like AR overlays for loading and unloading point guidance, multi-angle camera views for situational awareness, and one-tap automated functions for common actions (like dropping a package or returning home). Meanwhile, DJI’s “Siyun” Delivery Cloud platform (a one-stop cloud management system) allows fleet operators to plan missions, manage multiple drones and crews, and track real-time flight status and cargo information remotely. It supports AR route planning, real-time team coordination, and even data analysis for optimizing operations. Additionally, the FlyCart 100 opens up integration for developers: it has a PSDK E-Port (Enterprise Port) Lite with up to 3000W power output available for custom payloads, and supports a new Cloud API 2.0 for direct cloud-to-cloud integration. This means companies can plug the drone into their own logistics or dispatch systems, or attach specialized equipment (like sensors or delivery containers) to expand its functionality.

Transforming Industry: Use Cases for Heavy-Lift Drones

DJI’s FlyCart 100 is poised to reshape how various industries handle transport and field operations. Its combination of heavy payload and intelligent flight opens up scenarios that were previously impractical or impossible with smaller drones or ground vehicles:

• Power Grid Maintenance: In the electric utility sector, crews often need to transport tools and components to the tops of transmission towers on remote mountains or across rivers. The FC100 can carry bulky items like insulators, bolts, or even medium-sized equipment (e.g., a lightning rod assembly) directly to high-altitude work sites. This eliminates the need for risky human climbing or expensive helicopters, dramatically speeding up power line construction and repair projects. The previous generation FlyCart already delivered items like insulation clamps; now with 80kg capacity, larger parts can be airlifted in one trip, optimizing efficiency for powerline installation and maintenance.

• Construction and Engineering: Remote construction sites, such as mountain communication towers, hilltop construction projects, or offshore platforms, often struggle with delivering supplies. The FlyCart 100 can move not just buckets of concrete or sacks of sand, but even small machinery or generators weighing dozens of kilograms. With its extended range in dual-battery mode, a single flight can haul materials or tools across 10+ km of rugged terrain. This capability transforms logistics for construction, replacing labor-intensive manual hauling or costly ground vehicle transport. For example, rather than hiring a team to carry parts through a dense forest for hours, a drone can drop them in minutes.

• Emergency Rescue & Relief: After natural disasters like earthquakes, landslides, or floods, roads are often cut off. Heavy-lift drones become lifesavers by delivering emergency supplies (food, water, medicine) to stranded communities when trucks or helicopters can’t get there. The FlyCart 100’s all-direction obstacle sensing and stable hover with winch allow it to navigate debris-filled areas and lower relief packages precisely to where responders need them. It can also transport medical equipment (like defibrillators, first aid kits) or even assist in evacuating critical tools (e.g., ropes, inflatable boats) into isolated zones. All of this can be done while keeping human rescuers out of harm’s way and saving precious time during the golden hours of disaster response.

The common theme across these examples is that heavy-lift drones like the DJI FC100 expand the boundaries of what drones can do. They fill a niche between smaller hobbyist drones and full-sized crewed helicopters, offering a cost-effective, rapid-response solution for difficult transport challenges. By taking to the lower skies (<150m altitude) with high payloads, they are giving rise to a new “low-altitude logistics” ecosystem that can operate independently of traditional infrastructure.

SkyeyeUAV’s Heavy-Lift Drone Solutions

The excitement around DJI’s FlyCart 100 highlights how crucial heavy-lift drones have become. At SkyeyeUAV, we have been focused on this arena as well – developing and providing heavy-payload, long-range UAVs that address a variety of industrial needs. If the FlyCart 100 has sparked your interest in what cargo drones can do, you’ll be interested to know that SkyeyeUAV offers its own lineup of heavy-lift drones with impressive capabilities:

• SkyeyeUAV V35 VTOL UAV (10kg Payload, Long Endurance): The SkyeyeUAV V35 VTOL UAV is a vertical takeoff and landing fixed-wing drone known for its balance of payload and endurance. It can carry up to 10 kg of equipment and fly for 90 minutes with that load (and up to nearly 3 hours with lighter payloads). With a 3.5 m wingspan, the V35 merges the flexibility of multirotors (no runway needed) with the efficiency of a fixed-wing aircraft. This platform is ideal for tasks like aerial surveying, mapping, and medium-range delivery where a combination of decent payload and long flight time is required. (For example, the V35 can survey a large agricultural field carrying a multi-sensor camera, or deliver essential spare parts to a remote outpost miles away in one trip.) It’s a proven drone in our fleet, valued for its reliability and versatility.

• Skyeye 5000 Octo VTOL UAV (15kg Payload, 8+ Hour Flight): For missions that demand both a heavier payload and ultra-long endurance, SkyeyeUAV offers the Skyeye 5000 Octo VTOL UAV. This is a hybrid drone with an octocopter configuration and a fixed-wing body (5 meter wingspan). It’s powered by a combination of electric motors and a fuel engine, giving it the ability to fly over 8 hours while carrying up to 15 kg of cargo or equipment. The Skyeye 5000 Octo’s 8-motor VTOL setup provides redundancy – it can still safely operate even if one motor fails – which is critical for high-value payloads and safety. This drone is well-suited for long-range surveillance, survey missions, and extended patrol or delivery routes. For instance, it can inspect a lengthy pipeline in a single flight or ferry medical supplies across a large rural region without needing to recharge or refuel frequently. Its carbon-fiber construction and advanced autopilot ensure stable performance in demanding conditions, very much aligning with the needs that DJI’s FlyCart is addressing in shorter-range scenarios.

• Volitation VT510 Heavy-Load VTOL UAV (45kg Payload): If your operations require lifting truly heavy cargo over long distances, the Volitation VT510 is SkyeyeUAV’s answer. This is a tandem-wing VTOL drone designed for industrial-grade heavy loads. With a maximum payload of 45 kg, the VT510 can carry substantial equipment such as large sensors, construction materials, or multiple packages in one go. It has a dual-wing (tandem) design and robust tail-sitter propulsion, which allow it to maintain stability and efficiency even at its 100 kg takeoff weight. The VT510’s hybrid power system (option for gasoline or heavy-fuel engine alongside electric VTOL rotors) gives it endurance of up to 4–6 hours depending on load – quite remarkable for something lifting that much weight. In practice, this UAV excels in scenarios like large-scale mapping, cross-country cargo delivery, and military or humanitarian supply missions. It essentially brings airplane-like performance to the vertical takeoff realm, meaning you don’t need a runway to deploy a cargo aircraft. With quick assembly modules and a strong carbon fiber frame, the VT510 is built to be deployed in the field rapidly and operate reliably under tough conditions, much like DJI’s heavy lifter but with a focus on covering longer distances.

Each of these SkyeyeUAV drones illustrates a different approach to the heavy-lift challenge, and they complement the capabilities of drones like the DJI FlyCart 100. While the FlyCart 100 is a pure multi-rotor optimized for point-to-point transport in a local area, SkyeyeUAV’s VTOL fixed-wing platforms like the V35, Skyeye 5000, and VT510 are optimized for range and endurance with considerable payload. Depending on your project requirements – whether it’s hauling 80kg across a construction site or flying 50km to deliver 10kg of supplies – it’s clear that heavy-lift drones are becoming indispensable tools.

The debut of the DJI FlyCart 100 is a landmark moment in the drone industry, underlining how far unmanned aircraft technology has advanced for cargo and industrial applications. An 80-kg capacity drone that can intelligently avoid obstacles, drop loads with precision, and integrate into cloud management systems was unthinkable just a few years ago. This development not only expands what DJI’s ecosystem can do, but it also validates the work of companies like SkyeyeUAV that have been innovating in the heavy-lift and long-range UAV space.

As heavy-lift drones continue to revolutionize logistics, infrastructure maintenance, and emergency response, businesses and government agencies alike will find new opportunities to save time, cut costs, and improve safety by deploying these flying workhorses. Whether you’re inspired by DJI’s latest offering or looking for a tailored solution from SkyeyeUAV’s range of industrial UAV platforms, there has never been a better time to explore how high-payload drones can elevate your operations.

Interested in implementing drone transport for your organization? Feel free to contact SkyeyeUAV for expert advice on choosing the right heavy-lift drone solution for your needs. With the combined advancements seen in products like the DJI FlyCart 100 and our own SkyeyeUAV lineup, the era of drone-powered logistics and aerial work is truly taking off – delivering new possibilities across every sector.

From May 23 to 25, 2025, the 9th World Drone Congress and the 10th Shenzhen International UAV Expo (UASE) were held at the Shenzhen Convention and Exhibition Center. The event attracted 825 exhibitors, including 16 international companies, and over 131,000 professional visitors from 103 countries and regions. The total intended transaction volume reached approximately RMB 20 billion, surpassing previous records.

United Aircraft Signed a Contract of 100x T1400 Drone, the Biggest Winner of The UASE 2025.

Comprehensive Exhibition Showcasing the Full UAV Industry Chain

The exhibition spanned 66,000 square meters across Halls 1, 6, 7, and 9, featuring over 5,000 unmanned system technologies and products. Exhibits covered the entire UAV industry chain, including upstream components, R&D, manufacturing, training services, and downstream applications. Key areas included intelligent manufacturing, eVTOL aircraft, AI robotics, unmanned ground vehicles, unmanned ships, chips, smart modules, aerial photography and mapping systems, police and emergency drones, agricultural spraying drones, and low-altitude flight service platforms.

Compared to the previous year, the exhibition area increased by 88.6%, and the number of participating enterprises grew by 76.3%, reflecting the booming momentum of the industry.

The event attracted over 800 companies showcasing more than 5,000 drone products, with a total of 131,463 visitors, including 6,041 international attendees from 103 countries and regions .

High-Level Forums and Technical Exchanges

The 9th World Drone Congress featured one plenary session and 106 parallel forums and technical exchange meetings. The event attracted over 10,000 participants, including 553 speakers (210 international and 343 domestic), and 21 academicians from China and abroad. Discussions focused on the development of the low-altitude economy, unmanned aviation, eVTOL ecosystems, low-altitude digital traffic, logistics drones, and emergency applications.

Drone Competitions and Industry Awards

To promote drone sports and public engagement, the expo hosted several high-level competitions, including FPV drone racing, the 3rd Greater Bay Area UAV Racing Championship, drone soccer matches, and obstacle challenges. More than 10,000 drone enthusiasts, professionals, and industry leaders participated in these events.

The organizing committee recognized 173 individuals and enterprises for their contributions to the industry. Award categories included:

• Global UAV Contribution Award

• Low-Altitude Economy Pioneer Award

• Top 10 Low-Altitude Enterprises

• Model Projects in the Low-Altitude Sector

• Golden Eagle Innovation Award

Low-Altitude Economy Demonstration Project Award Winners

The “Low-Altitude Economy Demonstration Project Award” recognized 25 exemplary projects that have significantly contributed to the development of the low-altitude economy. The winners are:

ZC500 Heavy Lift VTOL Drone from ZC Aviation

VERTAXI Secures 100-Unit eVTOL Order from AVIC Leasing, Advancing Urban Air Mobility in China

From May 26 to 28, the 3rd Civil Aviation Science and Innovation Achievement Expo was held at the China National Convention Center in Beijing. VERTAXI, an emerging leader in low-altitude urban mobility, made its Beijing debut with the full-scale presentation of its 2-ton class manned electric vertical take-off and landing (eVTOL) aircraft—M1.

During the event, VERTAXI announced major progress in the M1 series development. The airworthiness-certified model, M1B, has recently completed several key safety tests on its airframe, propulsion system, and flight control system. The highlight of the expo was the signing of a cooperation agreement between VERTAXI and AVIC International Leasing Co., Ltd., China’s largest aviation industry-backed leasing company. The agreement covers 100 units of the M1 eVTOL, with a total estimated value exceeding RMB 1 billion (approx. USD 140 million).

M1B Completes Structural and Flight Safety Testing

The M1 is a 2.5-ton gross weight eVTOL aircraft independently developed by VERTAXI. Featuring a compound-wing configuration and powered by 20 electric rotors, it can carry five passengers at a cruising speed of 200 km/h and a range of up to 250 km per charge. Fully electric and designed for autonomous flight, the M1 eliminates the need for a pilot, reducing both operational risk and cost.

For instance, a future trip from Beijing’s National Stadium to Daxing International Airport that currently takes over two hours by car could be completed in just 30 minutes aboard the M1—at a price similar to a taxi fare. This innovation positions the M1 as a next-generation “air taxi.”

In October 2023, VERTAXI successfully completed the maiden flight of its M1 proof-of-concept prototype, making it China’s first fully domestically developed and produced 2-ton class eVTOL. In January 2024, the M1B variant officially entered the airworthiness certification process with the Civil Aviation Administration of China (CAAC).

During the expo, VERTAXI revealed updates on M1B’s recent tests, including static load tests on wings, tailfins, and propulsion arms, as well as multiple-motor load simulations. These tests were conducted using a dedicated M1B static test airframe at VERTAXI’s final assembly plant in Jinshan, Shanghai.

On the propulsion side, the M1B uses a fully domestically developed electric powertrain co-developed with local suppliers. The system has successfully demonstrated the ability to output both rated and peak power under operating conditions, meeting all performance specifications and offering substantial power reserve.

For flight control, VERTAXI developed a triple-redundant dual-channel flight control system. Designed with a command-monitor architecture, the system ensures safety even if one or two flight computers fail—greatly enhancing the aircraft’s reliability in complex environments. Additionally, navigation, vibration, temperature, and load testing have all yielded positive intermediate results.

Strategic Partnership with AVIC Leasing: 100 Units Ordered

At the expo, VERTAXI and AVIC Leasing signed a strategic agreement covering 100 units of the M1 eVTOL. The cooperation is valued at over RMB 1 billion and will focus on key areas such as product incubation, production line localization, and manufacturing capacity expansion.

Founded in 1993, AVIC Leasing is one of China’s first domestic financial leasing companies and is part of the AVIC Capital segment under the centrally managed AVIC Group. Its aircraft leasing business ranks among the world’s leading lessors and supports the commercial rollout of Chinese-made aircraft including the ARJ21 and C919.

The signing ceremony was attended by Yu Daoyuan (Chairman of AVIC Leasing), Gao Jianming (Chairman of the Civil Aviation Investment Fund), Liu Guibing (Deputy GM of AECC Fund), and VERTAXI founder and CEO Xie Ling. The agreement was officially signed by Yue Tingting (VP of VERTAXI) and Zhang Yang (Deputy GM of AVIC Leasing’s Aviation Division).

Mr. Yu Daoyuan commented, “The low-altitude economy is a rising force in driving industrial transformation and technological innovation. VERTAXI’s commitment to independent R&D and fully domestic manufacturing gives it a clear lead in China’s eVTOL sector. This partnership brings together AVIC Leasing’s financial and global resources with VERTAXI’s technical expertise to jointly explore real-world commercialization scenarios and accelerate the development of China’s low-altitude economy.”