The World Bank Group and the Global Infrastructure Facility (GIF) have engaged PwC Drone Powered Solutions - Global Centre of Excellence in Drone Technology to study the drone ecosystem in the Latin American and Caribbean (LAC) region. The first attachment, in a series of four, provides a comprehensive overview of the drone sector in the LAC region, along with an assessment of the adoption rates for key drone use cases. The document also includes an analysis of global regulatory and UTM trends, international UAS ecosystem benchmarks from five countries worldwide: the USA, Switzerland, Poland, Spain, and Rwanda. Furthermore, it offers a detailed examination of the LAC region, specifically focusing on Brazil, Colombia, Uruguay, Guatemala, Mexico, and the Caribbean.
Key Insights of the Study
1. Drone Ecosystem in the LAC Region
Drone technology has experienced rapid adoption across the globe, embraced by individual users, private enterprises, and public institutions. In recent years, hundreds of thousands of drones have been integrated into various sectors, with primary applications in mapping, industrial inspections, surveillance, and, more recently, package delivery. Consequently, the number of companies offering a diverse array of drone technologies is increasing, alongside a growing list of entities that are supporting this advancement.
To evaluate the LAC drone ecosystem, over 650 local stakeholders were identified and analysed, highlighting the growing interest and development within this sector. These stakeholders have been categorised into several groups: Training and Education, Hardware and Software Developers, Drone Service Providers, Associations, Regulators, Innovation Accelerators, and End-Users. Each stakeholder plays a distinct role in advancing the drone ecosystem, addressing current needs across various sectors and unlocking new possibilities for future innovation.
Based on results of the study, is also worth mentioning that foreign players hold a large market share in the Hardware and Software category, which is understandable, as developing technology demands time and substantial financial investment. Players from the region tend to focus on niche cases to be competitive in the production of UAS systems or payload development. Hence, most of their current focus have been on industry specific and local specific solutions. Differences in infrastructure, environment, economy, and culture present challenges for global companies to duplicate solutions used in other markets. Consequently, local and regional players possess a significant advantage due to their in-depth understanding of the needs and challenges within the LAC region. These factors allows them to create highly tailored services, which is reflected in the overall regional ecosystem, where companies from the region are highly developed in drone service provisions and educational activities. Similarly, in the category of Innovation Accelerators local and regional players hold predominance over global actors.
Despite certain challenges and gaps that stakeholders in the LAC region must confront, a considerable number of local entities is actively working to accelerate the adoption of drone technology while demonstrating its potential across multiple sectors.
2. Key Drone Use Cases Relevant for the LAC Region
The adoption of drone technology has been consistently rising across various global industries. However, the LAC region has experienced notably higher adoption rates within sectors of particular importance to local economies.
Agriculture is a key driver in the adoption of UAS technologies in the LAC region, representing one of the most advanced sectors. The region keeps pace with the rest of the world when it comes to the application of drones in agriculture, showing similar or higher adoption levels than many developed economies.
The utilisation of drones in Forestry and environmental protection represents a major research area in the region and provides an opportunity to develop unique global analytical techniques and applications.
The Mining sector is quite advanced in the use of UAS, primarily utilising surveying and 3D mapping to support and optimise ore production in open-pit mines.
Drone applications in Healthcare are gaining momentum and are being actively tested globally and, to a lower extent in the LAC region.
Public infrastructure sector in LAC countries has not deployed drone solutions at scale yet, but it’s in a favourable position to benefit from them soon in main capital projects.
Despite the fact that the adoption of UAS technology in the Utilities sector is at the initial stage, the specifics of facilities constitute a good environment for the proactive maintenance of linear infrastructure.
Even though Oil and gas is a sector that is only relevant for a subset of countries within the LAC region, drone technology adoption is vital for those territories and the companies operating in this industry.
Drone technology in the sector of Public safety is low adoption level, but the public safety sector is characterised by a wide range of use cases, which gives important potential for the UAS ecosystem development in the LAC region.
The use of drones in the Media and entertainment sector is merely adopted within the region as it is a great tool for creative professionals.
Despite Telecommunication tower inspections with the use of UAS being a widely adopted asset management method globally, it has not been extensively implemented in the LAC region.
The Insurance applications are still in the early stage in the LAC region and there has been little evidence of the activity in this area.
Although the usage of drones for the Transportation and logistics sector is still in a testing phase in the LAC region, there are several companies that offer on-demand drone logistics services, and work on the adoption of permanent deliveries.
3. Regulatory Frameworks Analysis of the LAC Region
The initial step in achieving scalable drone integration is establishing a reliable legal framework that regulates UAS operations. This framework should mitigate risks, stimulate the market, and accommodate advancing technological capabilities. To create a comprehensive and safe environment, regulations must encompass all aspects of drone operations, ranging from registration and licensing to flight approvals and insurance requirements.
As part of the study, the conducted drone regulatory analysis was performed for 35 countries throughout the LAC region. The advancement of drone regulations differs across the region, featuring specific characteristics for each stage of drone regulatory development:
21 countries established dedicated drone regulations: Antigua and Barbuda, Argentina, Bahamas, Bolivia, Brazil, Chile, Colombia, Costa Rica, Dominican Republic, Ecuador, El Salvador, Guatemala, Guyana, Honduras, Mexico, Panama, Paraguay, Peru, Trinidad and Tobago, Uruguay and Venezuela.
6 countries published regulations as part of general aeronautical law or as unofficial guideline - Belize, Cayman Islands, Jamaica, St. Lucia, St. Martin and Suriname – and were classified to have their drone regulations in the early stage of development.
A significant group of countries has not established official drone regulations. This group consists of 8 countries: Aruba, Barbados, Dominica, Grenada, Haiti, Nicaragua, St. Kitts & Nevis, St. Vincent and the Grenadines.
Additionally, during the detailed analysis of 35 countries in the LAC region, it was identified that drone operations are not allowed everywhere, and in some cases, they may be partially or fully restricted (e.g., Barbados, Suriname, Belize, and Nicaragua).
4. Detailed look into selected LAC countries
The study also provides a comparative analysis of maturity levels of selected countries (Brazil, Colombia, Uruguay, Guatemala, Mexico and the Caribbean), revealing some differences across the region.
Brazil is one of the most advanced economies in the region, with comprehensive drone regulations and use cases being implemented. Brazil can be perceived as a regional leader in technology adoption, setting trends and establishing proven frameworks.
In Colombia, the drone ecosystem is growing rapidly, with several updates to drone regulations issued over recent years. However, industry readiness for UAS services still appears forthcoming. The potential of the Colombian market is significant, and initial deployments in the agriculture and energy sectors serve as a foundation for further growth among technology leaders.
Uruguay is currently developing its drone ecosystem, setting up new processes and deploying more digital solutions for better unmanned airspace management. Although at a basic level, the current efforts in regulatory development and digitalisation position Uruguay as a good regional example.
In Guatemala, the drone industry is yet to be fully established, however, significant drivers such as agriculture and the environment have been promoting development in recent years. The first known cases of using drones in agriculture (specifically for crop spraying) emerged over a decade ago and it serves as an excellent case study for initiating further developments.
Over recent years, the drone market has advanced significantly in Mexico, and regulations support the further growth of the drone business and R&D.
On average, drone ecosystems in the Caribbean are underdeveloped, yet they are experiencing significant trends towards the implementation and regulation of drones. Comprising smaller individual countries, the Caribbean could serve as a perfect example of unified endeavours to implement comprehensive regional drone frameworks.
Each country showcases unique features and best practices developed over time within drone technology, and holds specific areas for targeted improvement and growth.
Drone ecosystems across the LAC region are diverse and have transformed significantly over recent decades. In understanding the current landscape and anticipating future advancements, countries should implement strategic development roadmaps to foster comprehensive and innovative growth in their drone ecosystems (see Attachment 4: Drone Ecosystem Development Initiatives developed as part of the study).
How can PwC Drone Powered Solutions help you?
Regulatory Advisory
Analysing country-specific drone regulatory landscapes and developing frameworks along with implementation roadmaps tailored to each country’s specifications
Market analysis and sizing
Conducting market analysis and sizing of drone services and ecosystems, as well as assessing the market potential for innovative drone solutions to replace traditional methods.
Operational and Technological Assessment
Providing advisory on the operational and technological applicability, as well as the range of benefits presented by drone and satellite technologies in diverse contexts and sectors
Governance and Capacity Building
Conducting in-depth analysis and identification of capacity-building needs of public and private stakeholders along with the development of recommendations to support their collaboration in drone related matters
Strategic Advisory
Developing comprehensive strategies to facilitate safe and secure drone operations, foster digitalisation processes, increase public awareness, and showcase benefits presented by technology
Pilot projects
Providing consulting services and detailed analysis of the most suitable approaches and practices when launching drone pilot projects, and comprehensive guidance on integrating drone technology into operations.
Explore more the key insights about the drone ecosystem in the LAC region as well as global regulatory and UTM trends and international UAS ecosystem benchmarks from five countries worldwide (the USA, Switzerland, Poland, Spain, and Rwanda) by accessing the complete report provided below.
Drones General Assessment in Latin America and the Caribbean
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Director, Global CoE in Drone and Geospatial Technologies, PwC Poland
Tel: +48 503 781 024
