Drone Technology

Drone technology has evolved dramatically in recent years, revolutionising industries across the globe. From filmmaking to infrastructure inspections, drones are now an integral part of how we capture data, assess environments, and create stunning visuals. In this section, we explore the latest advancements in drone technology and how it continues to shape industries such as media, real estate, agriculture, and beyond.

What is Drone Technology?

At its core, drone technology refers to the use of unmanned aerial vehicles (UAVs) to perform various tasks. These UAVs, commonly known as drones, are equipped with advanced systems that allow them to fly autonomously or under the control of a human operator. Modern drones are fitted with cameras, sensors, GPS systems, and other technologies that enable them to perform complex tasks with precision and efficiency.

Drone technology can be broken down into several components, including flight control systems, stabilisation technology, and payload capabilities. Today’s drones come with built-in stabilisers that allow them to hover in place, making them ideal for photography, videography, and surveillance.

Types of Drones

There are many different types of drones available today, each designed for specific tasks. Fixed-wing drones, for example, are designed for long-range flight and are often used in large-scale surveys or environmental monitoring. Rotary-wing drones, such as quadcopters, are the most common type used for commercial applications, offering excellent stability and manoeuvrability for short to medium-range flights.

Multi-rotor drones are the go-to choice for filmmakers, surveyors, and photographers due to their ability to hover in one spot for extended periods. These drones are perfect for capturing detailed imagery and videos. As drone technology continues to advance, more specialised drones are being developed for tasks such as precision agriculture, 3D mapping, and emergency response.

The Role of Artificial Intelligence in Drone Technology

Artificial Intelligence (AI) is increasingly becoming a key player in the development of drone technology. With AI, drones can autonomously navigate through complex environments, detect objects, and even learn from their surroundings. AI-powered drones can process vast amounts of data in real-time, making them highly efficient for tasks such as crowd monitoring, search and rescue missions, and inspections.

One of the most exciting developments in AI and drone technology is object detection. Drones equipped with AI-based sensors can identify and track objects like vehicles, people, and infrastructure in real-time. This is especially useful in industries like security, where drones can provide enhanced surveillance and threat detection capabilities.

Applications of Drone Technology

Drone technology has diverse applications across various sectors. In the film and television industry, drones have become indispensable for capturing aerial footage that was once only achievable with helicopters. Today, filmmakers rely on drones for smooth, dynamic shots that add depth and perspective to their visuals.

In real estate, drones are used to create captivating property listings with aerial views, helping potential buyers get a better sense of the property’s layout and surrounding area. Drones have also made a significant impact in agriculture, where they are used for crop monitoring, irrigation management, and even planting seeds in remote or difficult-to-reach locations.

Another important application of drone technology is in construction and infrastructure. Drones can easily survey large sites, providing up-to-date information on the progress of projects. They also make inspections safer and more cost-effective by allowing engineers to assess structures without putting themselves at risk.

Future of Drone Technology

The future of drone technology is incredibly promising, with new innovations emerging all the time. As UAV technology continues to evolve, we can expect drones to become even more autonomous, efficient, and versatile. With the integration of technologies such as 5G, AI, and machine learning, the possibilities are endless.

From delivering packages to mapping disaster zones, the role of drones in our daily lives is only set to expand. At Flying Glass, we are constantly staying ahead of these advancements to provide our clients with the most cutting-edge drone technology available.

Stay tuned to this category for the latest updates on drone technology, including new features, industry trends, and applications that are shaping the future.

Why Drone Is Called Drone: A Look into Its Surprising Origins

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The term “drone” has become a household word, yet its origin, evolution, and usage in Australia and globally is a fascinating tale. From military applications to cinematic sky-captures, drones have taken flight both literally and culturally. But why drone is called drone in the first place? Let’s unpack the story behind the drone, from its linguistic roots to modern technological marvel.

What Does Drone Stand For?

Interestingly, the word “drone” does not stand for anything as an acronym in most usage. However, in military and aviation circles, acronyms like UAV (Unmanned Aerial Vehicle) and RPA (Remotely Piloted Aircraft) are commonly used. These terms are often used interchangeably with “drone,” though each has subtle differences. So what does drone stand for? Technically nothing specific, but it serves as a colloquial umbrella term for a wide range of remotely operated or autonomous flying devices. Some people mistakenly assume “DRONE” is an acronym, but it’s actually a term borrowed from biology and early military language.

What Is the Origin of the Word Drone?

What is the origin of the word drone? It dates back centuries. The word originally described a male honeybee known for its low, buzzing sound and lack of a stinger. Early military pilots used this term metaphorically to describe pilotless aircraft, which produced a similar humming sound when flying. The name stuck and evolved from there.

Why Is a Drone So Called?

The word caught on as a convenient term for unmanned aircraft during the early 20th century. Why is a drone so called? Because it evoked both the buzzing noise of early engine-powered crafts and the idea of a non-aggressive worker — in this case, a flying robot handling tasks remotely. The term became mainstream during the post-WWII era, especially in the United States. Over time, as drone technology advanced and entered the civilian market, the name carried over into popular culture.

Why Drone Is Called Drone in Australia

In Australia, the Civil Aviation Safety Authority (CASA) officially uses the term Remotely Piloted Aircraft or RPA. However, colloquially and commercially, why drone is called drone in Australia follows the same trend as elsewhere: ease of use and recognition. “Drone” is simply more relatable and easier for the public to understand.

What Makes a Drone a Drone?

What makes a drone a drone? At its core, a drone is any aerial vehicle that can fly without an onboard human pilot. It might be autonomous, semi-autonomous, or manually operated via a remote control. Drones come in various forms, including:

Quadcopters: The most common drone format for consumers, featuring four rotors.
Fixed-Wing Drones: Similar to traditional aircraft but flown remotely.
Hybrid VTOL: Combining vertical take-off with fixed-wing design for longer range and efficiency.
Hexacopters and Octocopters: Multi-rotor systems often used in heavy-lift or film production.

What Is the Meaning of the Name Drone?

What is the meaning of the name drone? While the original meaning referred to a buzzing male bee, today the term represents a class of technologies capable of flight without a pilot on board. It’s a metaphorical term that gained traction due to its simplicity, sound association, and applicability across different sectors.

What Is the Story Behind the Drone?

What is the story behind the drone? It begins in the 1930s. The British Royal Navy developed the Queen Bee, an early radio-controlled aircraft used for target practice. The Americans followed with their own pilotless planes, and the term “drone” entered military jargon. During the Cold War, drone development surged, especially for reconnaissance missions. By the 2000s, drones became indispensable for military intelligence and operations. Eventually, drone technology trickled down into civilian use. Today, drones are used in cinematography, agriculture, emergency services, surveying, and more. Companies like DJI, Parrot, and Australian operators such as Flying Glass have played a pivotal role in making drone use accessible and professional.

Who Invented the Drone?

Who invented the drone? There’s no single inventor, but several pivotal milestones contributed to modern drone development. The earliest recorded use of unmanned aircraft was during World War I, when the U.S. Army developed the Kettering Bug, a rudimentary cruise missile. In the 1930s, the British developed the Queen Bee. These two laid the groundwork for modern unmanned flight.

When Were Modern Drones Invented?

When were modern drones invented? Most modern drones trace back to military innovations in the 1980s and 1990s. However, consumer drones as we know them began emerging in the late 2000s, particularly with the release of the DJI Phantom in 2013, which revolutionised personal and professional aerial filming.

Who Invented Drone Camera Technology?

Who invented drone camera technology? While it’s hard to credit one individual or company, DJI led the way in integrating high-quality cameras into compact flying machines. GoPro was also an early influence, providing cameras for DIY drone rigs before integrated systems became the norm.

UAV vs Drone: What’s the Difference?

UAV vs drone is a common debate. UAV (Unmanned Aerial Vehicle) is the more formal term, used especially in military and regulatory contexts. “Drone” is the catch-all term used in everyday speech. RPA (Remotely Piloted Aircraft) is also common in Australia. All refer to aircraft that operate without a pilot on board, but “UAV” often implies more advanced or military-grade systems.

History of Drones Timeline

To understand why drone is called drone, a historical timeline is helpful:

1918: Kettering Bug, a US-made prototype drone used in WWI.
1935: Queen Bee created by the British Royal Navy.
1960s: US military develops drones for reconnaissance in Vietnam.
1980s–90s: Expansion of military drone use, particularly by the US and Israel.
2010s: Consumer drones emerge; DJI Phantom popularises drone videography.
Today: Drones are used in TV, film, agriculture, disaster relief, real estate, and beyond.

Why Drone Is Called Drone: Explained Simply

Why drone is called drone explain in one sentence? Because early unmanned aircraft sounded like a droning bee, and the term was catchy, descriptive, and easy to remember. It began as a military nickname and evolved into a universally recognised term across aviation, media, and hobbyist circles. At Flying Glass, we embrace every form of aerial technology — from quadcopters and hexacopters to fixed-wing RPAs. Understanding why drone is called drone is just part of the story. The rest lies in how far the technology has come and how it continues to shape the world from above.

Can Drone Fly in Space? Exploring the Limits of Drone Flight

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As drone technology continues to evolve, questions arise about its future applications beyond Earth. A particularly fascinating one is: can drone fly in space? While drones have revolutionised industries like cinematography, agriculture, and search and rescue here on Earth, the vacuum and unique conditions of space present new challenges and opportunities. In this article, we will examine what it would take for a drone to operate in space, Mars, or on the Moon, and look at where the technology stands today.

Will a Drone Fly in Space?

To answer the question will a drone fly in space, we need to understand what makes drone flight possible. Traditional drones rely on propellers to generate lift by pushing against the air. In space, there is no atmosphere, which means there is no air to push against. As a result, a standard drone cannot generate lift or manoeuvre in space using conventional means. So, can drone fly in space without oxygen? Oxygen itself is not the issue; it’s the lack of atmosphere entirely. Without air particles, propellers simply won’t work. This leads us to a related query: would a propeller work in space? The answer is no, at least not in the traditional sense. Propellers are designed to interact with fluid mediums like air or water. In the vacuum of space, they have no medium to work against, making them ineffective for propulsion or stability.

Is It Possible to Fly in Space?

Yes, it is possible to fly in space – but not in the traditional sense. Flight in space typically involves propulsion systems that don’t rely on atmospheric interaction. Rockets, for instance, use combustion and directional thrust to propel spacecraft. This leads us to reimagine the term “drone” in a space context. Instead of quadcopters with spinning rotors, space drones would need to use cold-gas thrusters, ion propulsion, or gyroscopic stabilisation to manoeuvre. In fact, NASA has already experimented with such devices. For example, the Astrobee robot operates on the International Space Station. It floats in microgravity and uses impellers and fans to move in three dimensions. While not a drone in the traditional sense, it serves similar autonomous and remote-controlled functions. Another important consideration is how these drones navigate. Without GPS satellites, which are Earth-based, navigation relies on onboard sensors, computer vision, and mapping technology. AI-powered obstacle avoidance systems and machine learning algorithms can play a crucial role in helping drones understand and adapt to their space environment in real time.

Could Drones Fly on Mars?

The most compelling real-world example answering could drones fly on Mars is NASA’s Ingenuity helicopter. Launched as part of the Mars 2020 mission alongside the Perseverance rover, Ingenuity made history by achieving the first powered flight on another planet. Mars does have an atmosphere, although it’s extremely thin – about 1% of Earth’s. This makes flight challenging but not impossible. To compensate, Ingenuity was built with oversized rotors that spin at around 2,400 RPM, much faster than Earth drones. It also has an ultralight body and solar-powered batteries. Since 2021, it has completed dozens of successful flights, proving that space drones can work on Mars with specially adapted designs. Further developments in Martian drone technology may focus on increasing payload capacity and flight duration. Potential applications include geological surveys, atmospheric sampling, and even acting as communication relays between rovers and orbiters. Drones on Mars will likely form a crucial part of future human missions, assisting with tasks too dangerous or remote for astronauts to perform directly.

Can Drones Fly on the Moon?

Unlike Mars, the Moon lacks a significant atmosphere. So if you’re wondering can drones fly on the Moon, the answer is more complicated. Traditional drone flight based on propellers is not feasible. However, with enough innovation, it might be possible to develop hybrid or non-air-based drones. Potential lunar drones might use small rocket boosters or compressed gas to hop across the surface. Alternatively, drones could be designed to operate as ground-based rovers with the capability to briefly jump or glide short distances using mechanical or chemical propulsion. The Moon’s low gravity – about one-sixth that of Earth – makes it easier to lift off the ground, even without atmospheric lift. Engineers are exploring drone concepts that blend features from robots, hoppers, and traditional aerial vehicles to tackle the unique demands of lunar exploration. These could assist with mapping lava tubes, transporting instruments, or scouting routes for human explorers.

How High Can a Drone Fly?

Back on Earth, one might ask: how high can a drone fly? In Australia, the Civil Aviation Safety Authority (CASA) limits drones to a maximum altitude of 120 metres (400 feet) above ground level unless special permission is granted. Technically, drones can reach much higher altitudes – some have been recorded flying above 5,000 metres – but these are not within legal bounds for standard operations. The thinning atmosphere at higher altitudes also affects drone performance. Propellers become less effective, batteries struggle in colder temperatures, and GPS signals can be less reliable. These limitations echo the challenges faced when we ask can drone fly in space in Australia or elsewhere – atmospheric density is a critical factor in drone flight. Specialised high-altitude drones are being developed for stratospheric missions, such as weather monitoring and communication relay. These operate on the very edge of space and provide a useful testbed for technologies that could later be adapted for extraterrestrial drones.

How Far Can a Drone Fly?

How far can a drone fly depends on several factors: battery capacity, signal strength, weight, and weather conditions. Most consumer drones have a range of 2 to 10 kilometres, while advanced enterprise or military models can exceed 50 kilometres or more. When considering whether a drone can fly in space, these distance limitations become irrelevant, because line-of-sight transmission and GPS-based navigation do not apply in the same way. Space drones would need to be equipped with autonomous navigation systems or controlled via satellite relay systems. Energy is another constraint. While Earth-bound drones rely on lithium batteries, space drones typically use solar power combined with energy-efficient electronics. Mission planning must account for solar exposure, recharging windows, and thermal management to prevent system failures.

What Is the Farthest Drone in Space?

Although not a drone by traditional Earth definitions, the farthest object that functions like a drone would be the Voyager 1 probe. Launched in 1977, it has travelled over 24 billion kilometres and is still sending data back to Earth. While not a quadcopter, it is an uncrewed vehicle with autonomous navigation capabilities – essentially a robotic explorer. As for what is typically referred to as a space drone, the Mars Ingenuity helicopter holds the title for the most successful powered drone-style flight beyond Earth. It continues to provide invaluable reconnaissance data to NASA and has sparked new developments in aerial robotic exploration of other planets.

Design Considerations for Drones in Space

To adapt drone technology for extraterrestrial use, several factors must be considered when pondering can drone fly in space:

Propulsion: Without an atmosphere, alternate propulsion methods are required – like compressed gas or small thrusters.
Energy: Solar panels are often used in space due to the lack of readily available fuel.
Materials: Drones must endure extreme temperatures, radiation, and vacuum conditions.
Communication: Signal delay from Earth makes real-time piloting difficult, requiring autonomy.
Navigation: Without GPS, drones must rely on inertial navigation systems or visual markers.
Software: AI and machine learning can help drones respond to unpredictable terrain or mission changes.
Maintenance: Drones in space must be highly reliable, as in-field repairs are not an option.

The Future of Drone Flight Beyond Earth

As humanity explores deeper into the cosmos, the question can drone fly in space becomes increasingly relevant. Drones offer a cost-effective, safe, and versatile way to explore difficult or dangerous terrain. Whether scouting lunar craters, mapping Martian valleys, or performing maintenance aboard space stations, the potential for space drones is enormous. Australian researchers and aerospace startups are actively involved in developing technologies that could one day support drone-like vehicles in orbit or on other celestial bodies. So when we ask can drone fly in space in Australia, the answer is yes – if we continue to innovate and adapt our technologies for these extreme environments. While we can’t yet launch a DJI from our backyard into the stratosphere, the concepts are no longer just science fiction. The advances made with Mars and Moon missions are laying the groundwork for the next generation of interplanetary robotics. As interest grows in space tourism, asteroid mining, and lunar bases, the demand for autonomous flying assistants will rise. Drones could become vital tools in future missions, helping astronauts perform tasks faster and with greater safety. Whether surveying alien terrain or acting as flying cameras in low gravity, drones have a future beyond Earth.

Conclusion

So, can drone fly in space? Not in the traditional way – but with adaptation, innovation, and the right propulsion technology, yes, they can. As drone enthusiasts and aerospace experts continue to push boundaries, what once seemed impossible is now on the edge of reality. From Australia to Mars, the future of drone flight is looking up – literally.

How Far Can a Drone Fly Before Losing Signal?

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One of the most common questions we get asked at Flying Glass is: how far can a drone fly before losing signal? Whether you’re an aerial cinematographer, real estate photographer, or a new drone enthusiast, understanding the range limitations of your drone is critical for safe and legal operations. In this post, we explore drone signal range, what happens when a drone flies out of range, and how to extend your operational limits safely. We’ll also take a look at the range limits of popular models like the DJI Mini 4, the Inspire series, and more.

How Far Can a Drone Go Without Losing Connection?

The distance a drone can travel before losing connection varies significantly depending on the model, environment, and whether you’re flying in line-of-sight. In general, consumer drones can fly anywhere between 500 metres and 10 kilometres. But the real-world answer to how far can a drone go without losing connection depends on multiple factors:

Signal type: Most DJI drones use OcuSync or Wi-Fi. OcuSync 2.0 or 3.0 provides longer, more stable range than Wi-Fi.
Line-of-sight: Physical obstacles like buildings, trees, or hills can interfere with signal quality.
Interference: Flying in urban environments with high electromagnetic interference will reduce range.
Battery life: Even if the drone can fly far, battery limitations mean you must always factor in the return trip.

For example, the DJI Mini 4 has a maximum range of up to 10 km in ideal conditions using OcuSync 2.0. However, in suburban or urban areas, the actual distance is often closer to 2–4 km. So if you’re wondering how far can a drone fly before losing signal DJI, the answer is: it depends on conditions, but usually less than the advertised spec unless you’re in perfect, clear airspace.

What Happens If My Drone Flies Out of Range?

Wondering what happens if my drone flies out of range? Modern drones are designed with safety features to help prevent permanent loss:

Return to Home (RTH): Most drones will automatically return to the launch point when signal is lost, assuming GPS is locked and battery is sufficient.
Hover in Place: Some settings allow the drone to simply hover until signal is re-established.
Autoland: If GPS is lost or battery is low, the drone may initiate an emergency landing.

So when thinking about what happens if a DJI drone loses signal, the answer is: it depends on your safety settings. Always double-check your Return to Home altitude, battery level warnings, and GPS signal before taking off.

How Common Is It to Lose a Drone?

You might be surprised by how often people Google how common is it to lose a drone? It’s not as rare as you’d think. Signal loss, wind, software bugs, or even user error can result in flyaways. DJI drones, in particular, have excellent safety protocols, but no system is foolproof. Flying beyond range or disabling return settings can lead to a lost drone — especially if you’re not flying within CASA regulations, which require visual line-of-sight.

What Happens If You Fly a DJI Drone Out of Range?

If you’re wondering what happens if you fly a DJI drone out of range, here’s a step-by-step of what typically occurs:

Signal begins to drop (often starts with video feed lag)
Control connection is lost
Failsafe protocol activates — usually Return to Home
If GPS is unavailable or RTH altitude isn’t set correctly, the drone may land where it is or crash into obstacles

This is why checking your settings, especially RTH altitude, is crucial before any long-range flight.

How Far Can a Drone Go Without Losing Signal?

This is essentially the same question as our headline keyword: how far can a drone fly before losing signal. The answer, again, is conditional on:

Signal strength and type (OcuSync vs Wi-Fi)
Line-of-sight
Battery limits
Environmental interference

Real-world distances vary. A DJI Air 3 might give you 5–8 km in perfect conditions. The DJI Mini 4 can stretch to 10 km on paper, but most Australian users will hit signal trouble well before that in suburban areas.

What Is the Maximum Distance a Drone Can Fly?

What is the maximum distance a drone can fly? Technically, the current world record for an autonomous drone flight is over 100 km, but these are not consumer drones. For commercial drones like DJI’s Inspire 3 or Mavic 3 Pro, the operational limit is between 10–15 km in optimal conditions, depending on firmware restrictions and local regulations. However, Australian CASA rules limit most operators to visual line-of-sight flights. This often caps real-world operation to 500–800 metres unless operating under Extended Visual Line-of-Sight (EVLOS) or Beyond Visual Line-of-Sight (BVLOS) approvals.

How Far Can a Drone Fly from the Controller?

The range between a drone and its controller is one of the most vital specs in any product description. If you’re asking how far can a drone fly from the controller, here’s a general guide:

Wi-Fi based drones: 100 m – 500 m
OcuSync 2.0: Up to 10 km
OcuSync 3.0 / 4.0: Up to 15 km (e.g. Inspire 3)

These ranges are theoretical and measured in perfect conditions — no obstacles, no radio interference, and line-of-sight. In Australia’s real-world conditions, expect these ranges to be 50–70% of the max distance.

How Far Can DJI Mini 4 Fly Without Losing Signal?

How far can DJI Mini 4 fly without losing signal? The Mini 2 is one of the most popular drones for both hobbyists and commercial use due to its portability and weight category. DJI states a 10 km range, but in suburban areas this is closer to 2–4 km. With full battery, no interference, and open skies, you might get closer to 6–7 km, but remember: you must also return.

What to Do If Your DJI Drone Flies Away

If your DJI drone unexpectedly flies away, here’s what to do immediately:

Check the map on your controller to see last known GPS location
Use DJI’s “Find My Drone” feature in the app
Search visually if the last GPS signal is nearby
Report to CASA if your drone has caused any property damage or safety concern

Also remember to check your drone insurance policy (if applicable). Many operators flying under a CASA RePL or OC will have coverage, but hobbyist users often do not.

What Happens If DJI Loses GPS?

What happens if DJI loses GPS? If your drone loses GPS mid-flight, it may:

Switch to ATTI mode (Attitude Mode), disabling position hold
Drift with the wind unless actively controlled
Lose ability to execute Return to Home

This is especially risky during long-range flights. Practise flying in ATTI mode in a safe environment so you’re prepared if it ever kicks in unexpectedly.

How Do I Extend the Range of a Drone?

Want to know how do I extend the range of a drone? Here are some strategies:

Use range extenders or directional antennas
Fly in wide open spaces with minimal radio interference
Keep the drone within visual line-of-sight
Avoid flying behind large buildings or terrain features
Keep firmware and apps up to date

Also, consider taking a drone training course to better understand how to plan long-range flights within CASA rules.

Want to Learn the Rules? Train With Us

If you’re ready to operate drones commercially, safely, and legally, our team at Flying Glass recommends enrolling in a 5-day in-person Remote Pilot Licence (RePL) course. You’ll not only learn CASA regulations but also how to conduct operations confidently within range, return-to-home safety, GPS dependencies, and more. Understanding how far can a drone fly before losing signal is just one part of being a confident, professional drone operator. Whether you’re flying a DJI Mini 2 or an Inspire 3, knowing your limits means keeping your aircraft — and the people around it — safe.

Can You Fly a DJI Mini 4 Pro in the Rain?

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Many drone enthusiasts and professionals alike are drawn to the DJI Mini 4 Pro for its compact size, impressive feature set, and lightweight build. However, a common and crucial question arises before taking flight in unpredictable weather: can you fly a DJI Mini 4 Pro in the rain? In this article, we explore this query in-depth, alongside answers to other frequently asked questions about DJI’s popular drone.

Can DJI Mini 4 Pro Fly in Rain?

The short answer is: no, you should not fly the DJI Mini 4 Pro in the rain. Despite its powerful specs, the Mini 4 Pro is not waterproof or water-resistant. Flying in rain or high humidity poses serious risks including water damage to internal components, reduced visibility, erratic flight behaviour, and even complete failure mid-air. DJI clearly states in its user manuals that adverse weather such as rain, snow, or fog is unsuitable for safe drone operation. This applies even more to lightweight drones like the Mini 4 Pro. The motors, gimbal, and sensitive electronics are vulnerable to moisture, which can cause shorts, malfunctions or permanent damage.

DJI Mini 4 Pro Release Date and Key Features

The DJI Mini 4 Pro release date was 25 September 2023. It launched with several major upgrades over the Mini 3 Pro, including omnidirectional obstacle avoidance, ActiveTrack 360, and OcuSync 4.0 video transmission. These features make it ideal for advanced creators, yet it retains the portability and sub-250g weight that makes it compliant with many drone regulations worldwide. It features a 1/1.3-inch CMOS sensor capable of 4K/60fps HDR video and 48MP stills. With 10-bit D-Log M colour profile support, it’s geared for content creators who want flexibility in post-production. The Mini 4 Pro also supports waypoint flights, cruise control, and advanced return-to-home, all packed into a palm-sized aircraft.

Why Choose the DJI Mini 4 Pro Fly More Combo (DJI RC 2)?

For anyone serious about flying, the DJI Mini 4 Pro Fly More Combo (DJI RC 2) is a must. It includes three Intelligent Flight Batteries, a two-way charging hub, spare propellers, ND filters, a shoulder bag, and the DJI RC 2 smart controller. The DJI RC 2 features an integrated screen, eliminating the need for a smartphone and improving setup speed and signal reliability. This combo is perfect for extended flight sessions, travel, and professional use. Many of our students training for their Remote Pilot Licence (RePL) choose the Fly More Combo to ensure they have enough gear to meet CASA compliance and get the most out of their investment.

Should I Get the DJI Mini 3 or 4?

If you’re on the fence about upgrading, ask yourself how important omnidirectional obstacle sensing, ActiveTrack 360, and improved video transmission are. For casual users, the DJI Mini 3 Pro remains a strong contender with great video quality and a lower price point. However, the DJI Mini 4 Pro significantly enhances safety and usability, especially for those flying in tight or unpredictable environments. Many commercial operators find that the Mini 4 Pro justifies its price through time saved and shots captured more reliably. If you intend to fly in varied conditions or near obstacles, the Mini 4’s improved sensors and features offer peace of mind and professional results.

How Far Can a DJI 4 Drone Fly?

Thanks to OcuSync 4.0, the DJI Mini 4 Pro can fly up to 20 km in FCC-compliant regions and about 10–12 km in Australia under CE compliance. That said, in Australia, CASA regulations require that you always maintain visual line-of-sight unless you have a special BVLOS exemption. It’s important to prioritise safety and follow local laws, regardless of technical capability. If you’re unsure about these rules or need permission to fly in more complex areas, our team at Flying Glass can provide training or handle the flight operations for you. We also support companies applying for an Operator’s Certificate (OC), unlocking advanced flight permissions under CASA.

When Was Mini 4 Pro Released?

To clarify again: the DJI Mini 4 Pro was released in September 2023. This makes it one of the newest entries in DJI’s mini drone lineup. As of mid-2025, it is still the most advanced mini drone in the market.

What Is the Price of DJI Mini 4 Pro?

The price of the DJI Mini 4 Pro varies depending on the package:

Standard Package (DJI RC-N2): ~$1,199 AUD
DJI Mini 4 Pro + RC 2 Controller: ~$1,499 AUD
Fly More Combo (DJI RC 2): ~$1,899 AUD

These prices fluctuate depending on the retailer and current promotions. It’s worth keeping an eye out for bundle deals or official DJI sales.

Is the DJI Mini 5 Coming Out?

DJI has not confirmed a release date or specs for the DJI Mini 5 Pro. However, based on their historical release pattern, we may expect an announcement sometime in late 2025 or early 2026. Until then, the Mini 4 Pro remains the top-of-the-line sub-250g drone from DJI.

Does the DJI Mini 4 Pro Follow You?

Yes, and it does it remarkably well. The ActiveTrack 360 system allows the drone to follow subjects while dynamically navigating around obstacles. The system tracks movement with precision and keeps the subject framed correctly. For solo creators, action sports, or even property tours, this feature is a game-changer.

Is the DJI Mini 4 Pro a Toy?

Absolutely not. Despite its size, the DJI Mini 4 Pro is a serious piece of kit capable of producing broadcast-quality footage. It’s trusted by filmmakers, surveyors, and real estate professionals alike. However, because it is under 250g, many people mistakenly believe it’s exempt from regulations. For commercial work, even sub-2kg drones require RePL and compliance with CASA’s drone rules.

Flying Glass: Drone Training and Filming Services

If you’re inspired by the Mini 4 Pro’s capabilities and want to pursue drone work professionally, Flying Glass offers hands-on drone training courses across Australia. We help you obtain your RePL, understand CASA rules, and fly with confidence and legal compliance. We also offer industry mentoring and advanced flight scenario training, tailored for creatives and commercial operators. Alternatively, if you don’t want to invest in licences or deal with complex permissions, we can handle the entire shoot for you. From branded TVCs to tourism content and coastal property footage, our team has the gear, expertise, and approvals to deliver stunning aerial content.

Final Thoughts: Can You Fly a DJI Mini 4 Pro in the Rain?

To summarise, can you fly a DJI Mini 4 Pro in the rain? Technically, yes — but you absolutely shouldn’t. The drone is not built for wet conditions, and doing so risks not only your gear but also safety and legal compliance. If you need to capture footage in poor weather, let our licensed professionals do it for you. Whether you’re considering your first drone or levelling up to the Mini 4 Pro, remember that knowledge, planning and legality are just as important as gear. If you’re serious about making drone flying a part of your work or creative process, get in touch with Flying Glass today. We’re here to help you fly safely, legally, and creatively.

Police Drone Use in Australia: Surveillance, Technology, and Legal Insights

Drone Careers, Drone Technology

Police drones are becoming an increasingly common sight across Australia, particularly in states like New South Wales and Victoria. These remotely piloted aircraft (RPAs) provide law enforcement with a versatile tool for surveillance, search and rescue, crime scene analysis, and crowd control. In this article, we take a closer look at what police drones are, how they operate, and what the public should know about them. For a glimpse of where police aviation may be heading next, our guide to flock drones explains how docked aircraft can launch automatically and reach emergency scenes before patrol officers.

Use of Drones in the NSW Police Force

The use of police drones by the NSW Police Force has expanded rapidly over the past few years. These RPAs are deployed for a range of law enforcement operations, particularly in situations where human access is limited, visibility is poor, or real-time aerial footage can enhance operational awareness. Examples of common police drone applications in NSW include:

Monitoring large public events
Investigating traffic incidents
Covert surveillance in criminal investigations
Assisting in missing person searches
Mapping crime scenes or accident sites

The NSW Police Air Wing, which oversees these operations, follows strict Civil Aviation Safety Authority (CASA) guidelines and internal policies to ensure all flights are legal, necessary, and proportionate.

Do NSW Police Use Drones?

Yes, NSW Police actively use drones as part of their operational toolkit. The Air Wing operates a growing fleet of RPAs, with specially trained officers holding a Remote Pilot Licence (RePL) and operating under an Operator’s Certificate (OC). These trained pilots conduct flights in both urban and rural environments. Drone operations by NSW Police are not conducted casually. Officers must follow CASA regulations, obtain permissions for certain areas, and log all flights. While most operations are publicly justifiable, police drones can sometimes raise questions about privacy and oversight.

What Kind of Drones Do the Police Use?

Police forces in Australia use a variety of commercial and specialised drones depending on the task at hand. The most common platforms include:

DJI Matrice series: Equipped with high-resolution cameras, thermal imaging, and zoom capabilities.
DJI Mavic Enterprise: A compact yet powerful drone suitable for quick deployment and discrete operations.
Parrot Anafi USA: A secure and rugged option often used in tactical operations.
Fixed-wing drones: Used for covering large rural areas or coastline surveillance.

Each unit is chosen for its ability to deliver stability, clarity, and performance across varying light conditions and terrain.

Police Drones at Night

One of the most common questions people ask is: What does a police drone look like at night in Australia? At night, police drones are typically equipped with low-light or thermal imaging cameras. These features allow officers to observe from a distance without visible lights revealing the drone’s position. However, CASA regulations often require some form of navigation lighting for collision avoidance. If you are wondering how to spot a police drone at night, it is worth noting:

They may emit a quiet buzzing noise depending on altitude.
They could display a steady or flashing white, green, or red light — required by CASA for safe flight.
They are often flown at higher altitudes than recreational drones.

Spotting a police drone at night can be difficult, especially if the operator is using visual line-of-sight techniques from a distance and flying at heights over 120 metres.

How Far Can Police Drones See?

Police drones in Australia are equipped with cameras that have impressive zoom capabilities. While exact specifications vary, many law enforcement drones can identify people or number plates from several hundred metres away. With the assistance of thermal and infrared sensors, visibility can even extend into poorly lit or obscured areas. However, CASA regulations, along with departmental policy, limit how drones are used. Operators must follow rules regarding altitude, proximity to buildings, and flight over populated areas. These constraints help maintain a balance between safety and public privacy.

Can Police Drones See in Your House?

A common concern among the public is whether police drones can see inside your house. In general, the answer is no. While high-resolution and thermal cameras can pick up body heat or detect movement behind thin materials, drones cannot see through solid walls or rooftops. Furthermore, Australian privacy laws and the Surveillance Devices Act restrict police from using drones for unjustified or warrantless surveillance inside private dwellings. In most cases, any such use would require a court-issued warrant.

What Are Police Drones Used For?

Police drones are not used solely for surveillance. In fact, they serve many purposes, including:

Search and rescue operations in bushland, cliffs, or remote terrain
Investigating illegal dumping sites
Crime scene mapping and evidence collection
High-risk warrant deliveries
Public safety management at concerts, protests, and major events

This technology offers faster deployment, real-time intelligence, and increased safety for officers and civilians alike.

Police Drone Australia: Regulations and Oversight

In Australia, police drone operations are regulated by CASA, just like all commercial drone flights. NSW Police and other law enforcement agencies must adhere to strict protocols, including:

Holding a valid Operator’s Certificate (OC)
Employing only RePL-certified pilots
Conducting risk assessments before each flight
Maintaining detailed flight logs

In addition to CASA oversight, some police departments voluntarily work with privacy commissioners to ensure community concerns are addressed.

Drone Police Programs in Victoria and Beyond

Police drone Victoria programs have also grown significantly. Victoria Police has invested in drone technology across several divisions, with applications in traffic monitoring, search and rescue, and counter-terrorism exercises. Similar programs exist in Queensland, South Australia, and Western Australia. The term drone police is increasingly used to refer to units specifically trained in remote piloting and drone deployment. These officers often work in tandem with ground teams to enhance situational awareness.

How Can You Spot a Police Drone?

If you’re curious about how to spot a police drone, especially during night operations, here are some indicators:

Listen for a low hum or buzzing sound above you
Look for steady lights (usually green or red)
Watch for slow, deliberate movements that suggest surveillance rather than casual flying
Check flight patterns — police drones often hover or move in straight lines, rather than the erratic flying of hobby drones

If you’re still uncertain or concerned, you can contact your local police station and ask if a drone operation is in progress.

Need Aerial Shots But Can’t Get Permission?

If you’re a business, media producer, or property developer who needs drone footage but can’t get the necessary permissions — we can do the shoot for you. Flying Glass is fully certified with an Operator’s Certificate and all our pilots are CASA-accredited. We understand the regulations and can capture the footage you need legally and professionally. We also offer drone training courses through our partner site, SkyMedia Training. Our courses prepare you for your Remote Pilot Licence (RePL), allowing you to operate commercially and understand your obligations under Australian drone law.

Conclusion

Police drones are here to stay — and they’re playing a growing role in public safety across Australia. From law enforcement to search and rescue, these machines offer unparalleled aerial visibility. For civilians and commercial operators, it’s important to understand their capabilities, your rights, and how to legally operate drones yourself. Whether you’re curious about what drone the police use or looking to get your own shots without legal hassle, Flying Glass is here to help you navigate the skies.

Fishing Drones: Complete Guide for Drone Fishing in Australia

Drone Gear, Drone Technology

Fishing drones have transformed the way Australians approach beach and offshore angling. Whether you’re casting past the breakers or dropping bait offshore, drone fishing technology opens up new opportunities. In this guide, we’ll walk you through everything you need to know about fishing drones including legal considerations, gear setup, and the best drones for fishing in Australia.

Is Drone Fishing Legal in Australia?

The legality of drone fishing varies by state. In most parts of Australia, it is legal provided you follow local fishing and aviation regulations. However, there are restrictions, particularly in protected marine parks or areas with CASA-imposed no-fly zones. Anglers must ensure they comply with recreational fishing rules and airspace guidelines when flying a fishing drone Australia wide. To check if drone fishing is permitted in your area, consult your local Department of Primary Industries or equivalent authority. If in doubt, the short answer to “is drone fishing legal in Australia?” is: yes, generally — but with conditions.

What Do You Need for Drone Fishing?

Wondering what do you need for drone fishing? At a minimum, you’ll need:

A fishing drone (preferably waterproof)
A drone fishing bait release system
Heavy-duty line and reel
Drone fishing rig setup tailored to your target species
Experience with drone controls and fishing gear

Popular accessories include payload release clips, GPS features for hover stability, and high-resolution cameras for spotting bait balls or schools of fish. A drone fishing reel compatible with your rod setup can significantly improve efficiency and safety.

Are Fishing Drones Worth It?

If you’re asking “are fishing drones worth it?” — the answer depends on how you fish. For surf anglers who need to cast long distances, or offshore anglers wanting bait drops beyond the breakers, they offer a game-changing advantage. Investing in a fishing drone for sale Australia wide means gaining reach, precision, and access to untouched fishing spots. Many models now come with features like real-time video, return-to-home functions, and weather resistance. That said, a cheap drone for fishing might not withstand ocean winds or saltwater — quality matters.

Best Drones for Fishing Australia

Choosing the best drone for fishing Australia can be tricky. Here are top contenders:

Poseidon Pro 2 Fishing Drone – A powerful waterproof drone with strong payload capabilities.
SharkX Fishing Drone – Designed for heavy bait drops with excellent wind resistance.
Phantom 3 Fishing Drone – Though not waterproof, this classic model is still used with custom bait release attachments.
Fishing Drone Anaconda – Sold by Anaconda stores across Australia, known for value and support.

Drone Beach Fishing in Australia

Drone beach fishing is particularly popular on Australia’s east coast. With long stretches of sand and unpredictable surf, drones allow anglers to drop bait well past the breakers. When using a drone to drop fishing bait, you gain access to deeper waters and better fish. Waterproof drone fishing gear is especially useful here, as conditions can change rapidly. Always check battery levels, wind speed, and CASA flight rules before launching.

Fishing With a Drone: Setup and Tips

Setting up for fishing with a drone takes some trial and error. Here’s a simplified drone fishing setup to get you started:

Attach a drone fishing bait release clip or mechanism.
Pre-rig your line with suitable weight and hook (e.g., using drone fishing hooks that are extra strong).
Deploy the bait using manual or remote-release while hovering over your chosen drop point.
Once dropped, fly your drone back manually or use return-to-home.

Don’t forget to practise in open fields before taking to the water. Proper handling will prevent accidents and maximise drone lifespan.

Waterproof Drone Fishing Options

A waterproof drone fishing model gives peace of mind. Accidental splashes or ocean landings won’t ruin your drone. Some newer drones like the Poseidon Pro 2 fishing drone can even land on water, ideal for boat-based angling or deep-water bait drops.

Drone Fishing Boats and Accessories

Some anglers combine their drones with small fishing drone boats to drop bait silently. These can be particularly effective when paired with drone fishing videos for live monitoring of fish schools or underwater conditions. While not as common, some fishing drones include sonar capabilities and automated tracking, bringing a high-tech edge to your fishing experience.

Drone Fishing: Safety and Legal Reminders

While using a drone for fishing is exciting, safety must come first. Here are a few reminders:

Stay within visual line of sight at all times
Do not fly over people or boats
Check local regulations regarding drone fishing bait release
Use fully charged batteries and check firmware updates regularly
Avoid flying in poor weather or high winds

Where to Find Fishing Drones in Australia

If you’re ready to buy, there are multiple retailers offering fishing drone for sale Australia wide. Stores like Anaconda, BCF, and dedicated online retailers offer bundles including payload releases, spare parts, and tutorials. Models range from beginner-friendly to advanced, suiting every budget from cheap drone for fishing options to pro-level units.

Drone Fishing in 2025: What to Expect

The popularity of fishing with a drone continues to rise. With innovation in AI flight controls, automated bait deployment, and even drone tracking of fish movements, the future is bright. Expect to see tighter regulation, smarter safety protocols, and continued development of drones purpose-built for Aussie conditions. As technology progresses, the question won’t be “can drones be used for fishing?” — it will be, how advanced can they get?

Final Thoughts

Drone fishing brings a fresh dimension to an age-old sport. With the right gear, training, and respect for the rules, anglers across Australia can tap into deeper waters and bigger catches. From the trusty Phantom 3 fishing drone to cutting-edge models like the SharkX fishing drone, options abound. Just be sure to research, practise, and enjoy the incredible possibilities that come with using fishing drones.

Aeroo Drone: Complete Guide and Aeroo Pro Drone Review

Drone Gear, Drone Technology

At Flying Glass, we’re always on the lookout for the latest innovations in drone technology across Australia. One name that has sparked interest in the local and global drone communities is the aeroo drone. But what is it about this drone that has caught so much attention? Is the Aeroo Pro just hype or is it truly a game-changer? Let’s dive into a comprehensive overview, looking at performance, features, pricing, and comparisons with other brands like DJI.

What is the Aeroo Drone?

The aeroo drone is a robust, consumer-friendly drone designed primarily for high-performance outdoor tasks. The standout model in the range is the Aeroo Pro – a drone built with durability, power, and advanced fishing capabilities in mind. But it’s not just for anglers; with its weather-resistant design and top-tier specs, it’s catching the eye of drone enthusiasts, cinematographers, and commercial users across Australia.

Disclaimer: All product specifications and features referenced here are accurate at the time of writing, based on publicly available information from the official Aeroo Pro page.

Aeroo Drone Price in Australia

One of the most common questions we get asked is about the aeroo drone price. In the Australian market, the base model of the Aeroo drone typically starts at AUD $1,299, with the combo kit priced at $1,599. This is competitively priced for a long-range, weather-resistant fishing drone with pro features. It compares well against alternatives like the DJI Mavic 3 or Autel Evo series.

Where Are Aeroo Drones Made?

Where are Aeroo drones made? Aeroo drones are designed, tested, and supported from the company’s headquarters in Warriewood, on Sydney’s Northern Beaches in Australia.

Aeroo Pro Drone: Key Features

The Aeroo Pro is the flagship model in the Aeroo drone lineup. It has been optimised for tough weather conditions and marine environments, making it a favourite among those looking for reliable weather-resistant drones.

Weather-resistant Design: The Aeroo Pro is built for rugged environments with a corrosion-resistant shell and internals, handling salt spray and winds over 50 km/h.
Payload Release: Especially relevant for the Aeroo Pro fishing drone, it features a bait release system for surf fishing.
Flight Time: Up to 45 minutes on a full charge.
Camera: Integrated 4K camera with stabilisation for aerial filming and fishing surveillance.
Controller Range: With a maximum control range of 16 km (FCC), 14 km (SRRC), or 10 km (CE), it supports coastal drop-and-return flights.

What is the Range of the Aeroo Drone?

What is the range of the Aeroo drone? The Aeroo Pro drone model offers a flight range of roughly 10 km, with improved transmission for live video and bait drop applications.

What is the Top Speed of the Aeroo Pro Drone?

What is the top speed of the Aeroo Pro drone? It reaches a Max horizontal speed 62 km/h, making it quick enough for responsive control in gusty conditions and efficient enough for fishing runs or quick aerial surveys. This speed range is impressive, especially for a weather-resistant drone with a heavy payload capacity.

Is the Aeroo Pro Drone Waterproof?

Is the Aeroo Pro drone waterproof? Not quite – but it is weather-resistant, with a sealed body and salt-resistant coating. It’s built to operate in rain, wind, and marine environments, but it’s not designed for water landings or floating.

Image courtesy of Aeroo Drones

Aeroo Pro Fishing Drone: Built for Anglers

When it comes to the Aeroo Pro fishing drone, this drone has carved out a niche in the recreational fishing community. With a reliable payload release system and weather resistance, anglers can cast bait beyond the surf without needing a boat. Whether you’re on the Gold Coast or the rugged west coast of WA, the Aeroo Pro brings a practical, safe, and effective solution to long-distance surf casting.

Aeroo Drone vs DJI Drone

So how does the aeroo drone vs DJI drone debate stack up? DJI is known for innovation, image quality, and automation, especially with drones like the Mavic 3 Pro and Mini 4 Pro. The Aeroo Pro, by comparison, wins in niche use cases like weather resistance, surf fishing, and payload delivery.

Feature	Aeroo Pro	DJI Mavic 3 Pro
Weather Resistance	Yes	No
Payload Release	1kg payload, with emergency release and waypoint memory	No (requires third-party mods)
Flight Time	45 mins	46 mins
Camera	4K UHD, 12MP, 1/2.6″ CMOS sensor, f/2.2 lens, 6X digital zoom, on a 3-axis gimbal	5.1K with Hasselblad optics
Price	AUD $1,299+	AUD $3,500+

In summary, DJI remains the king for cinematic work, while Aeroo dominates in rugged, niche applications like coastal fishing and high-resilience terrain operations.

Are Aeroo Drones Any Good?

Are Aeroo drones any good? Based on our experience and industry feedback, they’re a strong contender in their category. While they may not compete with DJI’s cinematic polish, the Aeroo range – especially the Pro – excels in toughness, weather-resistance, and utility. For certain applications like bait casting, search and rescue, or marine environments, they outperform pricier drones simply by being purpose-built.

Aeroo Pro Drone Review: Pros and Cons

We’ve tested and reviewed the Aeroo Pro drone across varied conditions. Here’s our balanced take:

Pros:

Weather-resistant and corrosion-protected build
Reliable payload release for bait casting
Integrated 4K camera
Simple to operate, even for beginners
It includes multiple smart sensors for altitude, obstacle awareness, GPS positioning, and automatic return-to-home.

Cons:

Limited camera settings compared to DJI
No obstacle avoidance or cinematic shooting modes

Conclusion

If you’re looking for a drone that can handle rough Aussie conditions, carry a fishing payload, and operate confidently in wet, windy, and marine conditions, the aeroo drone – particularly the Aeroo Pro – is worth serious consideration. While it may not appeal to those chasing cinematic quality, it’s an excellent solution for fishers, tradies, remote operators, and marine rescue users looking for a practical, rugged tool with high return on investment.

As always, if you’re looking to learn more about drone operations, licensing, or get hands-on with training in Australia, Flying Glass offers comprehensive drone training courses to help you get certified and fly safely and legally.

Drone That Follows You: The Ultimate Guide to Follow-Me Drones in Australia

Drone Gear, Drone Technology

Imagine capturing stunning aerial footage of your cycling adventure, your morning surf, or a trail run through rugged Australian bushland – all hands-free. Enter the drone that follows you, a technological marvel transforming how we record personal and professional moments. Whether you’re a content creator, athlete, or outdoor enthusiast, a drone that follows you automatically can revolutionise your storytelling.

What Does It Mean When a Drone Follows You?

When people ask, “What does it mean when a drone follows you?”, they are referring to a feature known as “Follow Me Mode”. This allows the drone to lock onto and track a subject – usually via GPS, visual recognition, or controller signal – maintaining consistent footage without manual control. It’s become particularly popular among cyclists, surfers, skiers and filmmakers alike.

Is There a Drone That Can Follow You?

Absolutely. There is more than one drone that follows you available in Australia, with increasing options for automated tracking and subject following. If you’ve been wondering, “Is there a drone that can follow me automatically?” – the answer is a resounding yes.

How to Make a Drone Follow You

The method depends on the model. Generally, you enable the Follow Me function through the drone’s app or controller. Some drones use GPS from your phone or controller. Others use vision sensors or ActiveTrack-like systems. So, if you’re asking “How to make a drone follow you?” – the key is activating the right mode and making sure GPS or visual tracking is functioning properly.

Which Drone Follows You Automatically?

If you’re searching “Which drone follows you automatically?”, here are a few top-tier options:

DJI Air 3 – Dual-camera drone with ActiveTrack 5.0 for intelligent subject tracking
Skydio 2+ – Fully autonomous with 360-degree obstacle avoidance, excellent for trail runners
DJI Mavic 4 Pro – High-end camera and advanced tracking capabilities, great for professionals
Autel EVO II Pro – Strong subject-tracking features and extended battery life

Follow-Me Drone for Trail Running

Trail runners in Australia are increasingly turning to drones to record their rugged paths. A Follow-Me Drone for trail running should be compact, avoid trees, and lock onto the subject even in mixed lighting conditions. Skydio 2+ is currently considered the gold standard, thanks to its AI and obstacle avoidance.

“Follow Me” Drones for Cycling

“Follow Me” drones for cycling are ideal for cyclists wanting to document long rides or races. Look for drones with long battery life, good speed tracking, and excellent image stabilisation. The DJI Air 3 and Autel EVO Nano+ are compact and keep up with cyclists on the road or trail.

Drone That Will Follow Me Unmanned While Surfing

If you’re asking, “Is there a drone that will follow me unmanned while surfing?” – yes, but you need something robust and water-resistant. While most drones aren’t waterproof, models like the SwellPro SplashDrone 4 are specifically designed for water-based sports. Ensure you’re flying in permitted areas and that GPS lock is strong, as water reflections can interfere with vision tracking.

Best Follow Drone: Features to Look For

Searching for the best follow drone? Here are features to prioritise:

Obstacle Avoidance – Especially crucial for bush trails or urban environments
Battery Life – Look for at least 25–30 minutes of flight
Tracking Modes – GPS and visual tracking combined gives the best reliability
Camera Quality – 4K or better for professional-looking footage
Speed – Can the drone keep up with your pace?

What Is Follow Me Mode on a Drone?

Follow Me mode is a setting that allows the drone to autonomously track and follow a subject. Depending on the drone, this might be triggered by your phone’s GPS location, the controller’s signal, or visual subject recognition.

Are There Any Drones That Can Follow Me Automatically?

This is one of the most common questions we get: Are there any drones that can follow me automatically? Thankfully, the answer is yes, and the technology is improving fast. Most higher-end consumer drones released in the last few years include some form of automatic tracking mode, though the accuracy and reliability vary across models.

Can I Get My Drone to Follow Me?

If you already own a drone and are wondering “Can I get my drone to follow me?”, check your user manual. If it’s a DJI, Autel or Skydio model from the past few years, chances are it includes some form of Follow Me or ActiveTrack functionality. You might just need to enable it in the settings or app.

Follow-Me Drone Recommendations (Australia)

Here are our top Follow-Me drone recommendations available in Australia:

DJI Mini 4 Pro – Compact, legal under sub-250g drone rules, includes tracking
DJI Mavic 3 Pro Cine – Our own go-to for commercial jobs, with amazing camera and tracking
Skydio 2+ – Fully autonomous and perfect for sports

If you’re unsure what drone suits your needs, contact us and we’ll help guide you to the right setup. We also offer hands-on flight training and equipment setup as part of our drone courses.

Drone Who Follows You vs. Drone That Follows You

Both phrases – drone who follows you and drone that follows you – are searched often. But rest assured, these are the same thing: a device using GPS or vision-based systems to keep you in frame while you’re on the move. Whether you’re chasing kangaroos or carving through waves, it’s the perfect personal cinematographer.

How Far Away from Yourself Are You Allowed to Fly Your Drone If Follow Me Mode Is Activated?

In Australia, CASA regulations apply regardless of automation. So even with Follow Me mode activated, you must still fly:

Within visual line-of-sight
Below 120 metres above ground level
At least 30 metres away from other people

This means you can’t simply let the drone fly over the horizon while you ride. It must remain within your sight at all times. For fully autonomous operations beyond visual line-of-sight (BVLOS), you’ll need a ReOC and specific CASA authorisation.

Want the Shots Without the Hassle?

If you don’t have the right drone or the necessary permission to capture what you need, we can help. At Flying Glass, we offer professional drone services across Australia, including sports, commercial and film shoots. We have drones that follow subjects with cinematic precision – and the know-how to do it legally and safely.

Want to Learn to Fly Commercially?

If you’re serious about taking control, we also run drone training courses to help you gain your RePL (Remote Pilot Licence) and fly legally for commercial purposes. From basic skills to complex flight modes like Follow Me, we cover it all at our certified training centres.

Conclusion

There truly is a drone that follows you – in fact, several. Whether you’re into adventure sports, content creation, or just want amazing travel footage, the latest generation of follow-me drones has you covered. From trail running to surfing, cycling to hiking, these autonomous flying companions are smarter and more reliable than ever before. Just remember to follow CASA rules, and if you’re unsure – we’re here to help.

Can a Drone Fly in the Rain?

Best Posts, Drone Technology

It’s a question we get asked all the time: can a drone fly in the rain? Whether you’re flying recreationally, filming a commercial project, or delivering critical supplies, understanding how rain affects drone performance is essential. In this post, we’ll explore the risks, exceptions, and professional best practices for operating drones in wet weather conditions across Australia.

What Happens When You Fly a Drone in Rain?

Rain may seem like a minor inconvenience, but for drones, it can be a serious hazard. Most consumer drones, including the popular DJI range, are not waterproof or water-resistant. Flying in rain can cause:

Short circuits in exposed electronic components
Motor failure due to water ingress
Decreased visibility for onboard sensors
Corrosion over time if water reaches internal parts

Will Rain Destroy a Drone?

Yes, in many cases rain can destroy a drone. Even light moisture can damage delicate internal circuits. If your drone is not explicitly waterproof, rainwater can cause critical damage and potentially void your warranty. It may continue to fly briefly after exposure, only to fail mid-air — leading to loss of control and crash damage.

Can You Fly a DJI Mini 4 Pro in the Rain?

No, the DJI Mini 4 Pro is not designed for use in rain or any wet weather conditions. DJI clearly advises against flying their drones in precipitation. The Mini series is especially vulnerable because it has limited waterproofing and minimal protection from moisture. If caught in a sudden downpour, land immediately and dry the drone thoroughly before attempting to fly again.

Can Drones Deliver in the Rain?

Some specialised delivery drones used in logistics are built with weather-resistant casings and have undergone rigorous testing. These high-end commercial drones may deliver in light to moderate rain, but even then, flight is typically avoided unless critical. In Australia, CASA regulations and safety protocols usually advise against operating any RPA in poor weather unless specifically permitted.

Can Drone Shows Happen in the Rain?

Drone light shows require synchronised, reliable performance from multiple units. Any level of precipitation can interfere with sensors, visibility, and communication between drones. As a result, drone shows are usually cancelled or postponed in rainy conditions. The risk to the drones, the choreography, and public safety is simply too high.

Can Drones Go Up in Rain?

Technically, yes, drones can take off in rain — but it’s ill-advised. Flying a drone in the rain increases the chance of malfunction, and the drone’s propulsion system may struggle with wet propellers. Plus, camera lenses become fogged or splattered, ruining footage. For commercial operations, insurance might not cover damage caused by rain unless specified.

How Long Can Drones Fly in the Rain?

The answer is: not long. Some industrial drones designed for search and rescue or surveying may last 20–30 minutes in light rain. But consumer models should not fly at all in wet conditions. Moisture builds up quickly and can start causing issues within just a few minutes. Once components become wet, corrosion and short circuits can occur almost instantly.

Is a Drone Waterproof?

Only a very small subset of drones are actually waterproof. Models like the SwellPro SplashDrone are built specifically for marine and wet-weather use. These waterproof drones have sealed electronics, corrosion-resistant components, and floatation features. The majority of drones on the market, however, are not waterproof at all. Even DJI drones are not rainproof unless clearly specified otherwise.

How Do I Protect My Drone from Rain?

If you’re determined to fly in unpredictable weather or need to be ready for changing conditions, there are a few ways to protect your drone from rain:

Use a weatherproof carrying case and rain cover
Apply hydrophobic coating to propellers and arms (not electronics)
Attach lightweight silicone covers to key ports
Keep landing pads handy to avoid wet or muddy take-offs
Plan your flight path carefully to avoid storm systems

These precautions can help with light mist or brief exposure, but they won’t make your drone waterproof. The safest option, if you’re wondering whether a drone can fly in the rain, is still to avoid flying in the rain.

What If My Drone Gets Wet?

If your drone gets caught in rain or lands in a puddle, follow these steps immediately:

Turn it off and remove the battery straight away
Dry the exterior thoroughly with a towel
Use silica gel packets or place the drone in a dry rice container to absorb moisture
Do not attempt to turn it back on for at least 48 hours
Inspect for corrosion or damage before flying again

In serious cases, seek professional servicing. It’s better to be cautious than to risk catastrophic failure in future flights.

Does Weather Affect Drones?

Absolutely. Aside from rain, drones are affected by wind, humidity, and temperature:

Wind: Gusts can knock drones off course, making stable footage or accurate mapping impossible.
Humidity: High humidity can fog up lenses and reduce signal strength.
Cold: Reduces battery performance and increases the risk of ice build-up.
Heat: Can cause batteries to overheat, especially in direct sun.

If you’re flying in Australia, keep an eye on BOM forecasts and CASA alerts. Understanding the weather is a critical part of pre-flight planning.

Can Drones Fly in Light Rain or Snow?

Can you fly a drone in light rain? Technically yes, but it’s not advisable. Even light drizzle can seep into vents. Similarly, can drones fly in snow? Some rugged models might manage, but snow is effectively frozen water — and water and electronics do not mix. Snow also interferes with optical sensors, making accurate positioning harder.

Can Police Drones Fly in the Rain?

Some law enforcement agencies operate high-spec drones with additional weatherproofing. Police drones can fly in the rain if the hardware has been tested for water resistance and the mission requires it. That said, even police and emergency services have strict risk assessment protocols, and operations in bad weather are typically avoided unless absolutely necessary.

Can We Fly Your Drone for You?

If you’re unsure whether it’s safe — or legal — to fly your drone in the rain or under restricted weather conditions, Flying Glass can handle the shoot for you. We’re CASA certified and fully insured, with professional-grade gear and experienced operators across Australia. Don’t risk your own equipment or legal trouble. We’ll get the footage you need, rain or shine (within the legal limits).

Want to Fly Commercially? Learn the Rules

If you’re looking to become a commercial drone pilot in Australia, we also offer RePL (Remote Pilot Licence) training courses. Our training includes weather assessments, risk mitigation, and legal compliance so that you’re prepared for every flight — wet or dry. Whether you’re flying for film, TV, real estate, or construction, it’s critical to know what the rules are — and how to work within them safely.

Final Thoughts

So, can a drone fly in the rain? While some industrial models can handle wet weather, the majority of consumer drones should stay grounded when it rains. Flying in rain risks serious damage and legal consequences. If you’re ever in doubt, play it safe. Wait for clear skies or call the professionals. Flying Glass is based in Sydney, with pilots across Australia. Whether you’re after a stunning aerial shoot, help with complex approvals, or training to launch your own drone career — we’re here to help.

Do Drones Float? Flying Over and Into Water Explained

Best Posts, Drone Technology

Drones are often used to capture breathtaking footage over oceans, lakes, and rivers. But what happens if a drone falls in water? Will it float, sink, or survive the experience? In this in-depth post, we explore what really happens when drones encounter water, how to avoid damage, and whether DJI drones and others can safely fly over or even go into water.

Does a Drone Float or Sink?

The simple answer to “does a drone float?” is no. Most consumer and professional drones, including DJI drones, are not designed to float. They are constructed with dense components like batteries, motors, and gimbals that weigh more than water. As a result, if a drone crashes into a body of water, it will usually sink unless it is specifically fitted with floatation gear.

What Happens if a Drone Falls in Water?

When a drone falls into water, several things can go wrong very quickly. The most immediate concern is electrical short-circuiting. If the battery or flight controller gets wet, the drone can instantly shut down, corrupt its data, or worse, catch fire once removed and powered up. Even saltwater can corrode internal components in a matter of hours. If your drone crashes into freshwater and you retrieve it immediately, there may be a chance to save it. But the sooner you act, the better. Disconnect the battery at once, avoid powering it on, and dry it completely using silica packs or a specialised drone drying bag.

Will a Drone Sink Instantly?

In most cases, yes. Standard drones do not come with any buoyancy. Some may float briefly if they land flat or on a prop arm, but this is rare. Professional drone operators often carry floatation kits, parachutes, or landing gear that keeps the drone above water if a water landing is required or likely.

Can DJI Drones Fly Over Water?

Yes, DJI drones like the Mavic 4 Pro or Inspire 3 can safely fly over water. But there are caveats. Flying close to water can cause GPS reflections and downward sensor confusion. The drone may struggle to hold altitude or react erratically. Pilots should disable obstacle sensors or switch to manual altitude modes when flying close to reflective surfaces like water. Always maintain a safe altitude and avoid low, hover-heavy flight patterns over water bodies.

Can a Drone Work Underwater?

Standard aerial drones cannot work underwater. Their motors, electronics, and batteries are not waterproof. Water pressure and signal interference also make underwater flight impossible for traditional quadcopters. However, there are specially built underwater drones, also known as ROVs (remotely operated vehicles), designed for underwater exploration, inspection, and filming. But these are an entirely different category of technology and are not capable of aerial flight.

Can a Drone Fall from the Sky Without Warning?

Yes, drone crashes do happen. A drone can fall from the sky due to low battery, firmware glitches, motor failure, or signal loss. Water-related crashes are particularly common when flying over lakes or beaches, as strong gusts or misjudged battery levels can lead to unplanned descents. To avoid this, always perform a full pre-flight check, monitor your battery level closely, and set your return-to-home altitude above any obstacles. We regularly do drone shoots on Sydney Harbour. Flying Glass can handle difficult shots over water — if you’re unsure about your equipment or permissions, we can do the shoot for you.

Is It Easy to Crash a Drone Over Water?

Water adds a unique layer of risk. Reflections can confuse sensors, winds can be stronger and more unpredictable over open areas, and emergency landings are not an option. Many beginner pilots are unaware of how sensitive altitude sensors can become over reflective surfaces, leading to abrupt drops or crashes. If your drone doesn’t have waterproofing or floatation, even a minor misjudgement can be costly. This is why experienced drone operators take extra precautions, including practising emergency procedures and maintaining greater altitude margins over water. For those without commercial drone training, we also offer drone training courses to help you learn the rules and fly safely.

Can Drones Go In and Out of Water?

Very few drones are designed to go into and out of water. Some highly specialised amphibious drones exist and are built with waterproofing, sealed compartments, and buoyant frames. These are typically used for search and rescue, marine monitoring, or military applications — and come with a hefty price tag. For recreational or professional cinematography drones, going in and out of water is not possible without extensive custom modifications and significant risk. If you’re working on a project requiring aerial and aquatic footage, it’s best to use both a drone and an ROV, or simply hire a professional team like Flying Glass with access to a broader toolkit.

Can You Waterproof a Drone?

Some pilots attempt to waterproof drones with silicone conformal coating, waterproof sprays, or sealed enclosures. While this may provide some resistance to moisture and light rain, it won’t guarantee full protection in a water crash. The battery, gimbal, and motor systems remain highly vulnerable to water ingress. If you’re flying in wet conditions or over water regularly, consider drones with purpose-built protection or invest in floatation kits. Alternatively, hire a drone operator experienced in risky environments who is fully licensed and insured.

How to Protect Your Drone When Flying Over Water

Install floatation gear if low-altitude flight is required.
Use propeller guards for improved stability and emergency landings.
Keep altitude well above water to avoid sensor issues.
Fly in manual or ATTI mode when necessary to prevent erratic sensor behaviour.
Check wind speeds and avoid flying in high gust conditions.
Plan your flight path and return-to-home carefully before launch.
Carry a waterproof retrieval kit if flying over lakes, rivers, or the sea.

What If You Need Drone Footage Over Water but Don’t Have Permission?

Many locations in Australia require special permissions to operate drones, especially over beaches, rivers, and national parks. If you don’t have the required permits or OC (Operator’s Certificate), Flying Glass can capture the aerial footage for you. Our experienced drone cinematographers are fully licensed and insured and have worked on projects across Australia, including coastal TVCs, documentaries, and luxury real estate.

Learn to Fly Drones Commercially in Australia

If you’re serious about mastering drone flight — especially for commercial work — enrol in one of our RePL training courses. You’ll learn how to handle emergency procedures, understand CASA regulations, and develop confidence flying in complex environments, including near water.

So, Do drones float?

So, will a drone float? Not unless you’ve modified it or purchased an amphibious model. Can drones fall from the sky or sink in water? Absolutely. Flying over water is risky but manageable with the right precautions, training, and equipment. Whether you need drone footage over a harbour, beach, or lake — or want to upskill and get your RePL — Flying Glass is here to help you do it safely and professionally.