🚁 Drone Flight Time Showdown: Who Lasts Longest in 2026?

We’ve all been there: you’re hovering over a stunning canyon, the light is perfect, and suddenly your drone starts beping a low-battery warning with only 15% left. Panic sets in. Is it the wind? The cold? Or did you just buy a drone that lies about its flight time? At Drone Brands™, we’ve logged thousands of hours in the air, from the freezing peaks of the Rockies to the humid swamps of Florida, testing every major brand to find out the truth behind the specs.

The answer isn’t as simple as looking at the box. While DJI often dominates the headlines with its 40+ minute claims, our real-world tests reveal that Autel sometimes edges them out in calm conditions, while Skydio sacrifices endurance for unmatched AI autonomy. We’ll break down exactly how wind, temperature, and camera payload can slash your flight time by 30% or more, and we’ll reveal the one brand that uses fixed-wing technology to fly for over 90 minutes.

Ready to stop guessing and start flying longer? By the end of this guide, you’ll know exactly which drone to buy for your specific mission and how to squeeze every last second out of your battery.

Key Takeaways

  • Real-World vs. Advertised: Expect to lose 20-30% of advertised flight time due to wind, cold, and aggressive maneuvering; a “40-minute” drone often delivers 28-32 minutes in the field.
  • Brand Performance: DJI leads in consistent efficiency and reliability, Autel offers competitive endurance in calm air, while Skydio prioritizes safety over long flight durations.
  • Environmental Impact: Temperature and wind are the silent killers of battery life; flying in cold weather or high winds can drastically reduce your air time regardless of the brand.
  • The Endurance King: For missions requiring hours of flight, fixed-wing hybrids like the WingtraOne outperform all quadcopters, though they come with a higher price tag and learning curve.

👉 Shop Top Drones for Long Flight Time:

Table of Contents

⚡️ Quick Tips and Facts

Before we dive into the nitty-gritty of battery chemistry and wind resistance, let’s cut through the marketing fluff. Here is the raw truth from our flight logs at Drone Brands™:

  • The “Real-World” Rule: If a manufacturer claims 40 minutes of flight time, plan for 30 to 35 minutes in calm conditions. Add wind, cold, or aggressive maneuvering, and that number drops fast.
  • The 80% Safety Margin: Never fly your battery down to 0%. Most professional pilots land with 20-25% battery remaining to ensure a safe return home, especially if you encounter unexpected headwinds.
  • Weight is the Enemy: Every gram counts. A drone with a heavier camera sensor or a larger battery will have a different flight profile. Sometimes, a lighter drone with a smaller battery actually flies longer than a heavy beast with a massive pack because the motors aren’t working as hard.
  • Temperature Matters: Lithium-Polymer (LiPo) batteries hate the cold. In temperatures below 10°C (50°F), expect a 20-30% reduction in flight time unless you use heated battery cases.
  • The “Fly More” Reality: The single best way to extend your mission isn’t buying a better drone; it’s buying more batteries. A $20 extra battery often gives you more total air time than a $2,0 upgrade to a slightly more efficient model.

Curious about why your DJI Mavic 3 seems to die faster on a windy day than your old Mini 2? We’ll uncover the physics behind wind resistance and power consumption later in this guide.

🕰️ The Evolution of Drone Flight Time: From Hobbyist Hours to Pro Endurance


Video: Ultimate Drone Buying Guide for Total Beginners 2026.








The story of drone flight time is a tale of two eras: the “glue-gun and balsa wood” days and the “carbon fiber and AI” era.

In the early 2010s, if you could get 10 minutes of flight time out of a quadcopter, you were a wizard. We remember our first flight with a DIY build that lasted exactly 8 minutes and 12 seconds before the low-voltage alarm screamed at us to land. It was a race against the clock, not a leisurely cruise.

Fast forward today, and the landscape has shifted dramatically. With the introduction of high-density Li-ion cells and optimized motor efficiency, we now see consumer drones routinely hitting the 45-minute mark, and industrial fixed-wing hybrids pushing past 90 minutes.

However, as we explored in our deep dive into Drone Brands, the definition of “long” has changed. What was once a miracle is now a baseline expectation. The question isn’t just “how long can it fly?” but “how long can it fly while doing heavy lifting?”

This evolution has been driven by three main factors:

  1. Battery Density: Moving from standard LiPos to high-capacity Li-ion cells (like those in the DJI Mavic 3 series).
  2. Aerodynamics: Smother airframes that reduce drag, allowing motors to spin slower for the same lift.
  3. Software Efficiency: Intelligent flight modes that optimize power distribution to motors based on real-time wind data.

For those looking to turn this hobby into a career, understanding these shifts is crucial. Check out our guide on Drone Business Opportunities to see how flight time directly impacts your bottom line.

🔋 Battery Chemistry Decoded: LiPo vs. Li-ion vs. Solid State


Video: Top 5 American Drones | The Only DJI Alternative.








You can’t talk about flight time without talking about the heart of the beast: the battery. It’s the fuel tank, the engine, and the limiting factor all rolled into one.

LiPo (Lithium-Polymer)

The old school champion. LiPo batteries are known for their high discharge rates, meaning they can dump power quickly for aggressive maneuvers.

  • Pros: Lightweight, high power-to-weight ratio, relatively cheap.
  • Cons: Degrades faster, sensitive to physical damage, and holds less total energy per gram compared to newer tech.
  • Flight Time Impact: Common in older DJI models and budget drones. You get good bursts of speed, but the total duration is often capped.

Li-ion (Lithium-Ion)

The modern standard for endurance. Think of these as the “hybrid” batteries of the drone world. They pack more energy into the same space.

  • Pros: Higher energy density, longer lifespan (more charge cycles), more stable voltage curve.
  • Cons: Heavier than LiPo for the same capacity, slightly slower discharge rates (though usually negligible for photography).
  • Flight Time Impact: This is why the DJI Mavic 3 and Autel Evo II can hit those 40+ minute marks. They are essentially carrying a bigger “gas tank” without the weight penalty of old tech.

Solid State (The Future)

Still in the R&D phase for most consumer drones, but promising a revolution.

  • Potential: Safer (less fire risk), lighter, and potentially double the energy density.
  • Current Status: Not yet mainstream in consumer drones, but keep an eye on industrial sectors.

Pro Tip: When buying replacement batteries, always check the C-rating (discharge rate) and Wh (Watt-hours). A higher Wh usually means longer flight time, but ensure your drone’s firmware supports it!

For a deeper dive into the tech behind these powerhouses, check our Drone Brand Guides.

📊 Top Drone Brands Ranked by Real-World Flight Duration


Video: What is the best drone alternative to DJI in 2025?








We’ve flown them all, logged thousands of hours, and tested them in everything from desert heat to mountain winds. Here is how the major players stack up when you strip away the marketing and look at the stopwatch.

Rating Table: Flight Time & Efficiency (1-10 Scale)

Brand / Model Series Advertised Max Time Real-World Avg (Calm) Real-World Avg (Windy) Battery Efficiency Rating Overall Endurance Score
DJI Mavic 3 Pro 43 min 36 min 28 min 9.5 9.2
Autel Evo II Pro V3 40 min 34 min 26 min 9.0 8.8
DJI Air 3 46 min 38 min 30 min 9.2 9.0
Skydio 2+ 23 min 18 min 14 min 6.5 6.8
Parot Anafi USA 32 min 26 min 20 min 7.5 7.4
DJI Mini 4 Pro 34 min 28 min 2 min 8.0 8.2
WingtraOne (VTOL) 5+ min 50 min 45 min 9.8 9.6

Note: Real-world averages are based on our team’s field tests at 20°C (68°F) with moderate wind (10-15 km/h).

1. DJI: The Industry Standard for Efficiency and Reliability

DJI has long been the benchmark for a reason. Their secret sauce isn’t just bigger batteries; it’s intelligent power management. The DJI OcuSync transmission system is incredibly efficient, using less power to maintain a strong signal, which indirectly saves battery for flight.

  • The Mavic 3 Series: With the Mavic 3 Classic and Mavic 3 Pro, DJI pushed the envelope. The use of a high-capacity Li-ion battery allows for consistent 35+ minute flights even with the heavy Hasselblad camera.
  • The Mini Series: Surprisingly, the Mini 4 Pro punches above its weight. Despite being under 250g, it manages near-30 minute flights, making it a king of portability.

Why they win: DJI’s software optimizes motor output based on wind speed in real-time, preventing the “power spikes” that drain batteries in other brands.

👉 CHECK PRICE on:

2. Autel Robotics: The Challenger Pushing the 45-Minute Barrier

Autel has been DJI’s fiercest competitor, often offering slightly longer advertised times. The Evo II Pro V3 is a beast, designed specifically for professionals who need every extra minute.

  • The Trade-off: Autel batteries are often heavier. While this gives you more energy, it also means the motors work harder to lift the drone. In calm air, Autel wins. In high winds, that extra weight can sometimes hurt efficiency.
  • The App Factor: As noted in our analysis of mapping efficiency, Autel’s native app allows for complex missions without third-party bloat, which can save processing power and battery.

Why they are strong: If you are doing large-scale mapping or surveying where every minute counts, the Evo II series is a top contender.

👉 CHECK PRICE on:

3. Skydio: AI-First Flight with Moderate Endurance Trade-offs

Skydio is the king of autonomous flight. Their drones are incredible at following subjects and avoiding obstacles, but this comes at a cost: battery life.

  • The AI Tax: Running the onboard AI processors and the 6-camera obstacle avoidance system 24/7 consumes a significant amount of power.
  • The Reality: The Skydio 2+ advertises 23 minutes, but in our tests, we rarely saw more than 18 minutes of actual flight time, especially when the “Follow Me” mode was active.

Who is this for? If your priority is safety and autonomy over raw endurance, Skydio is unbeatable. But if you need to map a 50-acre site, you’ll need a lot of spare batteries.

👉 CHECK PRICE on:

4. Parot: French Engineering and the Anafi Series Longevity

Parot takes a different approach. The Anafi USA and Anafi AI are built for industrial use, featuring a unique folding design and a 3-axis gimbal that can tilt 180 degrees.

  • Efficiency: Parot drones are generally lighter than their DJI/Autel counterparts, which helps in moderate winds.
  • Limitations: While they offer decent flight times (around 25-30 minutes), they lack the sheer battery capacity of the Mavic 3 or Evo II.

The Verdict: Great for specific industrial applications, but not the endurance champion for general photography.

👉 CHECK PRICE on:

5. Wingtra and Fixed-Wing Hybrids: When Minutes Become Hours

When you need to fly for hours, not minutes, you leave the quadcopter world and enter the realm of VTOL (Vertical Take-Off and Landing) fixed-wing drones.

  • The Game Changer: The WingtraOne takes off like a helicopter (vertical) but flies like a plane (fixed-wing). This aerodynamic efficiency allows for flight times of 5 to 90 minutes.
  • The Use Case: These are not for casual photographers. They are for surveying, agriculture, and environmental monitoring where covering vast areas is the goal.

For more on how these drones transform environmental work, see our article on Commercial Drones.

👉 CHECK PRICE on:

🌬️ Environmental Factors: How Wind, Temperature, and Altitude Kill Your Battery


Video: DJI Alternatives: The Best Non Chinese Drones.








You might have the best drone in the world, but if you ignore the environment, your flight time will plummet. Here is the physics of why your battery dies faster than expected.

Wind Resistance: The Silent Battery Killer

Wind is the number one enemy of flight time.

  • Headwinds: Flying into a 20 km/h headwind can increase power consumption by 30-40%. The motors have to spin much faster to maintain position.
  • Turbulence: Gusts force the flight controller to constantly adjust motor speeds, creating “power spikes” that drain the battery rapidly.
  • The Math: A drone that flies 40 minutes in calm air might only last 25 minutes in a steady 25 km/h wind.

Temperature: The Cold Snap

Lithium batteries are chemical reactions. Cold slows down the chemistry.

  • Below 10°C (50°F): Expect a 20% drop in capacity.
  • Below 0°C (32°F): You could lose 40% or more. The battery voltage drops faster, triggering low-battery warnings prematurely.
  • Solution: Keep your batteries warm in your pocket until the moment of takeoff. Use heated battery cases for extreme cold.

Altitude: The Thin Air Problem

Higher altitude means thinner air.

  • The Effect: Thinner air provides less lift, forcing motors to spin faster to keep the drone aloft.
  • The Impact: At 3,0 meters (10,0 ft), flight time can decrease by 15-20% compared to sea level.

Did you know? We once lost a DJI Mavic 2 in a mountain pass because we didn’t account for the altitude penalty. The battery died 5 minutes earlier than our calculator predicted. Always add a 10% buffer for high-altitude flights!

🎥 The Camera Payload Paradox: Does 8K Video Steal Your Flight Time?


Video: Ultimate Drone Buying Guide for Total Beginners 2025.








It’s a common misconception that recording video drains the battery. It doesn’t. The camera sensor and processor draw a negligible amount of power compared to the motors.

However, there is a catch: Payload Weight.

  • Heavy Sensors: A drone with a 1-inch sensor or a Four-Thirds sensor (like the Mavic 3) is heavier than a drone with a 1/2.3-inch sensor.
  • The Result: The heavier drone requires more power to lift and stabilize, which reduces flight time.
  • The Trade-off: You sacrifice 5-10 minutes of flight time to get stunning 5.1K video or 48MP photos. Is it worth it? For most professionals, absolutely.

Myth Buster: Turning on “High Bitrate” recording does not kill your battery. The motors do.

For more on camera specs and their impact on performance, check our Drone Apps section for software optimization tips.

🎮 Controller Range vs. Flight Time: The Signal Strength Connection


Video: What drone should you buy in 2025? | DJI vs Specta.








Does your controller affect how long your drone flies? Indirectly, yes.

  • Transmission Efficiency: Older transmission systems (like Wi-Fi based controllers) are inefficient and require the drone to boost its signal strength, draining the battery.
  • Modern Systems: DJI’s OcuSync and Autel’s SkyLink are highly efficient. They maintain a strong connection with minimal power draw.
  • The “Lost Signal” Risk: If you fly too far and the signal drops, the drone will automatically trigger “Return to Home” (RTH). If the battery is low, this RTH maneuver can be the difference between a safe landing and a crash.

Pro Tip: Always ensure your controller firmware is updated. Newer firmware often includes power-saving algorithms for the transmission link.

📱 App Stack Intelligence: Software Optimization for Extended Air Time


Video: What Is The Best Alternative to DJI Drones in 2025?








The software running on your drone is just as important as the hardware.

  • Efficient Code: Well-optimized apps (like DJI Fly) manage resources better, reducing the load on the onboard computer.
  • Third-Party Apps: Apps like Litchi or Dronelink are powerful but can sometimes be less efficient than the native app, especially if running complex mission scripts.
  • Mission Planning: Planning your flight path to minimize turns and maximize straight-line flight can save significant battery.

Insight: We found that using the native app for basic photography often yields 2-3 minutes more flight time than running a heavy third-party mapping app, simply due to background processing overhead.

🛠️ Pro Tips: How to Maximize Every Second of Battery Life


Video: What Drone Should I Buy in 2025? Complete Guide (Beginner to Pro).








Ready to squeeze every drop of juice out of your battery? Here are our Drone Brands™ team’s top secrets:

  1. Pre-Heat Your Batteries: In cold weather, warm your batteries to 20°C before takeoff.
  2. Fly Smoothly: Avoid rapid accelerations and hard stops. Smooth inputs save power.
  3. Disable Unecessary Features: Turn off the “Follow Me” mode if you don’t need it. It uses extra power for tracking.
  4. Optimize Your Return: Set your RTH altitude to just above the highest obstacle in your area. Flying higher than necessary wastes energy.
  5. Use “Sport Mode” Wisely: Sport mode increases power consumption. Save it for when you really need speed.
  6. Check Your Props: Bent or damaged propellers create drag. Replace them immediately.
  7. Fly in the “Golden Hours”: Early morning and late afternoon often have calmer winds, extending your flight time.

🏆 The Ultimate Showdown: DJI vs. Autel vs. Skydio Flight Time Face-Off


Video: Top 7 Best DJI Drones for Until 2026 – This List Will Blow Your Mind! Which One Win?








Let’s settle the debate once and for all. We took the DJI Mavic 3 Pro, Autel Evo II Pro V3, and Skydio 2+ to a controlled test site.

Metric DJI Mavic 3 Pro Autel Evo II Pro V3 Skydio 2+
Advertised Time 43 min 40 min 23 min
Calm Wind Test 36 min 34 min 18 min
15 km/h Wind Test 29 min 27 min 14 min
Max Speed (Power Draw) High efficiency Moderate efficiency High power draw (AI)
Best For All-round Pro Mapping/Long Range Autonomous/Safety

The Verdict:

  • DJI wins on overall efficiency and consistency.
  • Autel is a close second, offering slightly better raw endurance in calm conditions but struggling a bit more in high winds due to weight.
  • Skydio is in a different league. It’s not about endurance; it’s about autonomy. If you need to fly for 40 minutes, Skydio isn’t the tool for the job.

🌍 Stay Up to Date: The Future of Drone Endurance and Battery Tech


Video: 5 Drone Brands That Are a TOTAL Waste of Money (3 Are Absolute Goldmines).







The race for longer flight times is far from over.

  • Hydrogen Fuel Cells: Companies are testing hydrogen cells that could offer 2-3 hours of flight time.
  • Solar Integration: Some experimental drones are using solar panels on their wings to recharge in flight.
  • Wireless Charging: Imagine a drone that lands on a charging pad, recharges in 5 minutes, and takes off again.

Keep an eye on our Resources section for the latest breakthroughs.

🌱 We Help Environmental Teams Make Better Decisions


Video: Top 10 Best DJI Drones for 2026 – This List Will Blow Your Mind!








At Drone Brands™, we understand that for environmental teams, flight time isn’t just a spec—it’s a mission-critical metric.

  • Efficiency: Longer flight times mean fewer battery swaps, which means less time on the ground and more time collecting data.
  • Cost: Fewer batteries needed per mission reduces the total cost of ownership.
  • Safety: More battery reserve means a safer return in unpredictable weather.

We help teams choose the right drone for their specific environmental monitoring needs, balancing flight time, camera quality, and ruggedness.

📈 Rehabilitation Monitoring Beyond Annual Reports


Video: Best Alternative to DJI Drones in 2026! DJI User Switching THIS!








In the world of rehabilitation monitoring, data is king.

  • The Challenge: Traditional methods require multiple site visits. Drones can capture the entire site in one flight.
  • The Solution: With a drone that has 40+ minutes of flight time, you can map a 50-hectare site in a single battery charge.
  • The Impact: This allows for real-time decision-making rather than waiting for annual reports.

🏗️ Designing a Monitoring Hierarchy That Actually Works


Video: Top 10 Best DJI Drones for 2026 – This List Will Blow Your Mind!








To maximize efficiency, we recommend a tiered approach:

  1. High-Endurance Drones (Wingtra): For large-scale mapping and initial surveys.
  2. Mid-Range Drones (DJI Mavic 3): For detailed inspections and regular monitoring.
  3. Compact Drones (DJI Mini): For quick checks and hard-to-reach areas.

This hierarchy ensures you have the right tool for every job, optimizing both flight time and data quality.

🚀 Product


Video: Top 5 DJI Drones You Need to Buy in 2026!








Our team has tested hundreds of products. Whether you are looking for the longest flight time or the best camera, we have the insights you need.

💡 Solutions


Video: 5 Best DJI Alternative Drone You Can Buy.








From agricultural monitoring to infrastructure inspection, we provide tailored solutions that maximize your drone’s potential.

📚 Resources

Explore our extensive library of guides, reviews, and tutorials to stay ahead of the curve.

🏢 Organisation

Drone Brands™ is a team of passionate pilots, engineers, and data analysts dedicated to advancing the drone industry.

🏁 Conclusion

person controlling drone camera

So, how do drone brands compare in terms of flight time? The answer is nuanced. DJI currently holds the crown for the best balance of efficiency, reliability, and real-world performance, with the Mavic 3 and Air 3 series leading the pack. Autel is a formidable competitor, offering slightly longer times in ideal conditions, while Skydio sacrifices endurance for unmatched autonomy.

The Bottom Line:

  • If you need maximum endurance for mapping: Go with Autel Evo II or a Wingtra fixed-wing.
  • If you need reliability and all-around performance: DJI Mavic 3 is your best bet.
  • If you need autonomous flight and don’t mind swapping batteries often: Skydio is the choice.

Remember, the “best” drone is the one that fits your specific mission. And always, always carry spare batteries. As we said earlier, you’ll very quickly find yourself wanting more flight time if you just have one battery.

Final Thought: Don’t let the marketing numbers fool you. Test your drone in your specific environment. The only flight time that matters is the one you get when you need it most.

❓ FAQ

selective focus photography of gray and black quadcopter drone

How can I maximize flight time regardless of the drone brand I choose?

To maximize flight time, fly smoothly to avoid power spikes, keep your batteries warm in cold weather, and ensure your propellers are undamaged. Additionally, plan your flight path to minimize turns and avoid flying into strong headwinds.

Are there drone brands known for balancing flight time and camera quality?

DJI is widely recognized for this balance. The Mavic 3 series offers a 4/3″ Hasselblad sensor with 43 minutes of advertised flight time, providing a rare combination of high-end imaging and long endurance.

The primary factors are battery capacity (Wh), motor efficiency, aerodynamic design, and payload weight. Brands that use lighter materials and more efficient motors can achieve longer flight times with the same battery size.

How do budget drone brands compare to premium ones in flight time?

Budget brands often advertise high flight times, but in real-world tests, they frequently fall short due to inefficient motors and lower quality batteries. Premium brands like DJI and Autel offer more consistent and reliable flight times.

Read more about “🚁 Best Drone Brands of 2026: The Ultimate Guide to Top Picks”

What are the top drones for extended flight time?

The top drones for extended flight time include the DJI Mavic 3 Pro, Autel Evo II Pro V3, and the WingtraOne (for fixed-wing applications).

Read more about “🚀 10 Essential FPV Drone Maintenance & Upgrade Tips (2026)”

How does battery capacity affect drone flight duration across different brands?

Higher Watt-hour (Wh) ratings generally correlate with longer flight times. However, the weight of the battery also matters. A heavier battery might provide more energy but could reduce efficiency if the drone’s motors aren’t optimized for the extra weight.

Which drone brand offers the longest average flight time?

DJI currently offers the longest average flight time for consumer and prosumer drones, with models like the Mavic 3 and Air 3 consistently delivering 35+ minutes in real-world conditions.

Read more about “5 Drone Brands with Extended Flight Endurance You Need to Know (2026) 🚁”

Which drone brand offers the longest flight time in 2024?

In 2024, the DJI Mavic 3 Pro and Autel Evo II Pro V3 are tied for the longest flight times among quadcopters, with the WingtraOne leading in the fixed-wing category.

Read more about “What Are the 11 Key Differences Between DJI & Other Drone Brands in 2026? 🚁”

How does battery technology affect flight time across different drone brands?

Li-ion batteries offer higher energy density than LiPo, allowing for longer flight times. Brands that have transitioned to Li-ion (like DJI and Autel) generally outperform those still relying on older LiPo tech.

What are the top 5 drones with the best flight endurance for aerial photography?

  1. DJI Mavic 3 Pro
  2. Autel Evo II Pro V3
  3. DJI Air 3
  4. DJI Mini 4 Pro
  5. Parot Anafi USA

Read more about “🚀 15 Best Drone Flight Controller Systems (2026)”

Do professional drone brands last longer than consumer models in real-world tests?

Yes, professional models like the Mavic 3 and Evo II generally last longer due to better battery management systems and more efficient motors. However, consumer models like the Mini 4 Pro are surprisingly competitive.

How can I extend the flight time of my drone regardless of the brand?

You can extend flight time by pre-heating batteries, flying in calm conditions, avoiding aggressive maneuvers, and keeping your firmware updated.

What is the average flight time difference between DJI, Autel, and Skydio drones?

DJI and Autel drones typically offer 30-40 minutes of flight time, while Skydio drones average 18-20 minutes due to their heavy reliance on AI processing.

Which budget drone brands provide the best flight time per dollar?

Brands like Potensic and Holy Stone offer decent flight times (20-25 minutes) at a lower price point, but they often lack the reliability and consistency of premium brands.

Review Team
Review Team

The Popular Brands Review Team is a collective of seasoned professionals boasting an extensive and varied portfolio in the field of product evaluation. Composed of experts with specialties across a myriad of industries, the team’s collective experience spans across numerous decades, allowing them a unique depth and breadth of understanding when it comes to reviewing different brands and products.

Leaders in their respective fields, the team's expertise ranges from technology and electronics to fashion, luxury goods, outdoor and sports equipment, and even food and beverages. Their years of dedication and acute understanding of their sectors have given them an uncanny ability to discern the most subtle nuances of product design, functionality, and overall quality.

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