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BVLOS by Drone: Going beyond the Direct View for a World of Possibilities

Drones have become an essential tool in many sectors, ranging from aerial photography to agricultural surveillance. However, a major challenge has always been to keep them in direct view of the operator, thus limiting their scope and application possibilities. This is where BVLOS, Beyond Visual Line of Sight, or "Beyond Direct View" comes in, a technology that promises to revolutionize the use of drones. In this article, we will explore in depth what BVLOS is, the benefits it offers, and some examples of fascinating applications.

What is the BVLOS in Drone?

The BVLOS, or Beyond Visual Line of Sight, is a technology that allows drone operators to control and monitor their devices even when they are not visible directly to the naked eye. This means that drones can be sent at much more distant distances than was traditionally possible, or in hard-to-reach areas where visual observation is limited. BVLOS is made possible thanks to a combination of advanced technologies, including telemetry, sensors, GPS, and real-time connectivity. These elements allow operators to accurately track the position of the drone, receive real-time data and control the device remotely.

The Advantages of BVLOS

1. Extended Scope

One of the most obvious advantages of BVLOS is the significant extension of the range of drones. Instead of limiting themselves to a few hundred meters away, BVLOS drones can travel kilometers, open the door to a variety of new and exciting applications.

2. Time and Money Savings.

By allowing drones to cover large areas quickly and efficiently, the BVLOS offers substantial savings in time and money compared to traditional methods. For example, in agriculture, BVLOS drones can monitor large areas of crops much faster than a land operator, which makes it possible to quickly detect problems and maximize yields.

3. Improved Security.

In areas such as search and rescue, the BVLOS allows drone operators to quickly get closer to dangerous areas without endangering human life. Drones can be used to identify victims or assess the situation in hard-to-reach places, thus helping rescue teams.

Examples of BVLOS Applications

The BVLOS opens the door to a multitude of innovative applications in various fields. Here are some concrete examples:

1. Agricultural Monitoring

BVLOS drones can be used to monitor crops on large farms. They can detect diseases, nutrient deficiencies and provide valuable information for optimized agricultural management.

2. Parcel delivery

Companies like Amazon are exploring the use of BVLOS drones for package delivery. This could revolutionize the logistics industry by allowing faster and more efficient deliveries.

3. Infrastructure Inspection (Infrastructure)

BVLOS drones are used to inspect infrastructure such as power lines, pipelines and bridges. This reduces inspection costs and improves safety.

4. Environmental Monitoring

In the field of environmental monitoring, BVLOS drones can be deployed to monitor natural ecosystems, protected areas, and even wildlife, without disturbing their habitat. In conclusion, the BVLOS represents a major advance in the use of drones. It opens up endless possibilities for innovative applications and offers significant advantages in terms of scope, efficiency and safety. As this technology continues to develop, we can expect to see more and more opportunities emerge in various sectors, transforming the way we use drones for the better.

Overcoming the Challenges of the BVLOS: Prospects for the Future

Here is a list of the main challenges associated with the BVLOS in drone:

  1. Regulation and Authorization: One of the major challenges of BVLOS is regulation. Civil aviation authorities must develop strict rules and protocols to guarantee the safety of BVLOS operations while allowing their development. This involves the creation of air traffic management systems adapted to BVLOS drones.

  2. Flight Safety: Ensuring the safety of BVLOS operations is essential. BVLOS drones are more likely to encounter other aircraft, which increases the risk of collision. Collision detection and avoidance technology must be improved to minimize this risk.

  3. Integration into the Airspace: BVLOS drones will have to be seamlessly integrated into existing airspace, which is already used by commercial aircraft and other aircraft. This requires complex coordination between drone operators and aviation authorities.

  4. Reliability of Communications: BVLOS operations generally depend on real-time communication between the operator and the drone. Signal interruptions or communications disruptions can lead to security and control issues.

  5. Battery life: BVLOS drones must have sufficient battery life to travel long distances and complete extended missions. Advances in battery technologies are necessary to extend this autonomy.

  6. Cost: The implementation of air traffic control and management infrastructures for BVLOS drones can be costly. This can be a challenge for companies looking to implement these technologies.

  7. Training and Competence: BVLOS drone operators must be adequately trained to manage these more complex operations. This includes the ability to make quick decisions and manage unforeseen situations.

  8. Protection of Privacy: The use of BVLOS drones raises privacy concerns, as these drones can cover large areas and collect sensitive data. Measures must be put in place to guarantee the confidentiality and security of the data collected.

  9. Maintenance and Durability: BVLOS drones, especially those used in professional applications, require regular maintenance to ensure their reliability. This can represent a logistical challenge.

  10. Public Acceptance : Public acceptance of BVLOS drones is also a challenge. Some people may be concerned about the presence of drones flying over their heads, which requires effective awareness and communication.

In summary, although the BVLOS drone offers many opportunities, it faces significant challenges related to regulation, security, technology and acceptance. Overcoming these challenges will be essential to enable widespread and safe use of this promising technology.

Support for Organizations Like UTM Canada

Fortunately, organizations such as UTM Canada (Unmanned Traffic Management) are there to help meet these challenges. UTM Canada is working to create an air traffic management ecosystem for drones, developing standards, protocols and technologies to ensure the safety and effectiveness of BVLOS operations. These initiatives are essential to harmonize the efforts of drone operators and civil aviation authorities, thus creating an environment conducive to the safe growth of BVLOS.

Ultimately, the BVLOS in drone has the potential to transform many sectors, from agriculture to logistics and environmental monitoring. Although there is no shortage of challenges, the joint efforts of industry players, regulators and organizations such as UTM Canada pave the way for a future where BVLOS drones are commonly used for applications that were once unimaginable. With adapted regulations, state-of-the-art technology and continuous collaboration, the sky is the limit for BVLOS in drone.


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