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Indonesia's Drone Market is anticipated to grow at a CAGR of 6.3% over the forecast period, reaching USD 12.8 million by 2030 from USD 9.5 million in 2025.
Sectoral demand is observed in the agriculture, mining, construction, energy, disaster management, logistics and media production sectors. Precision agriculture drones are being deployed to support national food security goals as part of initiatives such as Program Serasi, where automated spraying, land mapping, and crop monitoring at scale are made possible. The National Disaster Mitigation Agency (BNPB) is increasingly standardizing drone reconnaissance through solutions that conform to the InaSAFE emergency framework, significantly improving response times to floods, earthquakes, and forest fires. In infrastructure development, the Ministry of Public Works and Housing (PUPR), for instance, uses drones to monitor the performance of key initiatives in toll roads, dams, and public housing projects, aligning with the burgeoning Smart City and Smart Infrastructure campaigns.
Logistics and e-commerce represent some of the most promising areas for the future. Due to Indonesia’s complex geography and high delivery costs to rural areas stemming from its archipelagic nature, logistics operators and start-ups are beginning to trial drone delivery of goods for the last mile, supported by Kominfo’s Digital Desa (Smart Village) program. At the same time, the development of autonomous operation, AI-enabled controls, greater battery life, and BVLOS (Beyond Visual Line of Sight) regulation is increasing the operational opportunities provided by drone technology, enabling mass application.
The Indonesian drone market is undergoing an exciting phase of growth driven by a convergence of economic, technological, and societal factors. Key drivers shaping this landscape. Indonesia is actively nurturing its domestic drone industry, particularly for military applications such as border patrol and surveillance. The government's substantial investment in defense, with a budget allocation of $9.3 billion in 2022 and plans for a proposed $125 billion in loans to modernize the military, serves as a significant catalyst for market stimulation.
The proliferation of high-speed internet via broadband connections is playing a pivotal role in facilitating real-time data transmission from drones. This capability is crucial for analyzing critical information on crop health, soil conditions, and infrastructure inspections during drone operations, enabling swift decision-making. Indonesia's robust broadband infrastructure, boasting a total subscription of 1,34,43,856 in 2022, surpassing Malaysia's 42,24,300 subscriptions, further enhances the efficiency of drone-based applications. In 2022, there were 124 mobile-cellular subscriptions per 100 inhabitants.
Moreover, the increasing awareness among businesses and individuals about the myriad benefits and capabilities of drones drives market growth. Educational initiatives aimed at training pilots and operators contribute to this awareness, fostering a deeper understanding of drones' potential applications. As a result, demand for drone technology continues to surge across various sectors, propelling innovation, investment, and expansion opportunities within the Indonesian market.
The Indonesian drone sector is witnessing strong growth due to increased adoption by commercial, industrial, and governmental sectors. Key applications, such as agriculture, mining, infrastructure inspection, logistics and aerial photography, are driving demand, as drones provide a cost-effective, efficient and accurate way to monitor information. Government initiatives to modernize agriculture and increase disaster management capabilities have also spurred the increased deployment of drones, particularly in rural and inaccessible areas.
A variety of government programs are pushing the development of the Indonesian drone market, with many initiatives in agriculture, infrastructure, and public safety. The programs established by the Ministry of Agriculture seek to promote precision agriculture by using drone-based spraying and monitoring systems to increase crop yield efficiency. In the infrastructure sector, the “One Map Policy” (Kebijakan Satu Peta), promoted by the Geospatial Information Agency (BIG), utilizes drone-based aerial mapping as a key component of national land data standardization across ministries. Drones are used as an important facet of the National Disaster Mitigation Agency (BNPB) disaster recovery plan for rapid post-disaster assessment and rescue operations. In the infrastructure area, the “Smart Infrastructure Monitoring Initiative” enables the Ministry of Public Works and Housing (PUPR) to employ drones for inspecting construction projects, including bridges, dams and national toll road developments.
The Directorate General of Civil Aviation (DGCA) has introduced regulatory reforms that clarify the operating framework for commercial drone operations, enhancing investor confidence and leading to greater market expansion. With increased local production capacity and international drone firms entering the market, Indonesia has the potential to become a major drone production hub in Southeast Asia, with significant growth expected over the next ten years. According to a University of Graz report, the number of drones in Indonesia increased from 6,500 in 2018 to 17,200 in 2024, with an estimated 22,500 units by 2028.
Global technology leaders and local innovators work together to shape Indonesia's drone ecosystem. Among the most active local manufacturers and system integrators are Terra Drone Indonesia, PT Famindo Inovasi Teknologi (PT FIT), Halo Robotics, BETA-UAS (PT Bentara Tabang Nusantara), and Frogs Indonesia. They provide specialized UAV solutions for mining, agriculture, surveying, and inspection. Newcomers such as MSDI and PT Mandiri Mitra Muhibbah are making contributions to training-focused and specialized industrial applications.
Rising awareness regarding the benefits of drone technology across industries
Drones are utilized across various sectors for a wide range of applications. In the oil and gas industry, drones are employed for tasks such as pipeline inspection, monitoring of infrastructure, and surveying of remote locations. In the utilities sector, drones are used for inspecting power lines, assessing damage after natural disasters, and conducting aerial surveys. In mining, drones aid in surveying, monitoring mine sites, and assessing environmental impact. Public Safety agencies utilize drones for search and rescue operations, monitoring of large events, and traffic management.
To gather information about agricultural innovators of the industrial era 4.0, the Indonesian Association of Seed and Farmer Technology Banks (AB3TI) surveyed farmers in 14 districts of Indonesia in 2019. According to the data, 22.35 percent of farmers own a smartphone running the Android operating system. Furthermore, 14.38 percent of farmers get agricultural information using mobile phones. According to Mulyandari's research, farmers want information technology for communication, to learn about agricultural production and technology, and as a tool to increase the promotion of agricultural goods.
In public infrastructure, drones assist in monitoring construction projects, inspecting bridges and roads, and assessing structural integrity. In Telecommunications, drones aid in infrastructure inspection and maintenance. In Transport and Logistics, drones are used for inventory management, package delivery, and monitoring of transportation routes. In Agriculture, drones help in crop monitoring, precision farming, and pest control. Additionally, drones find applications in Insurance for assessing damage claims and in media for aerial photography and videography. Overall, drones play a crucial role in enhancing efficiency, safety, and data collection across various sectors.
Drone makers, service providers, industry participants, and government organizations are collaborating and forming partnerships, which are stimulating innovation and propelling market expansion. These collaborations make it possible to create solutions that are specifically suited to the demands of the sector. The need for qualified technicians, data analysts, and drone operators is also rising. There are certifications and training courses available to provide people with the abilities they need to operate drones safely and successfully.
Defense Investments
Drones are utilized across various sectors for a wide range of applications. In the oil and gas industry, drones are employed for tasks such as pipeline inspection, infrastructure monitoring, and surveying of remote locations. In the utilities sector, drones are used for inspecting power lines, assessing damage after natural disasters, and conducting aerial surveys. In mining, drones aid in surveying, monitoring mine sites, and assessing environmental impact. Public Safety agencies utilize drones for search and rescue operations, monitoring large events, and traffic management. Cooperation between the public and private sectors has also accelerated the development and testing of drones. The use of drones in businesses and organizations has been demonstrated through public-private joint projects. These pilot projects provide proof of concept for drone applications, demonstrating their effectiveness in various organizations and encouraging other enterprises to adopt drones.
Thus, as public sector authorities engage in joint ventures with other governments, learning from their results will positively improve the technology, particularly in areas with advanced drone programs, leading to the adoption of best practices in Indonesia’s existing programs. The transfer of technology from more advanced countries will strengthen commercial firms operating in the country, enhancing their competitiveness and innovation.
Indonesia's emphasis on drone technology in the country's activities, under the headings of regulatory framework, education, and public-private partnerships, both domestically and internationally, has significantly improved awareness of the sector. This special interest has provided an excellent platform for the growth and development of the drones themselves, which can be a major area of innovation and productivity in many industries nationwide.
Fixed broadband subscriptions in Indonesia rose from 13,443,900 in 2022 to 13,543,900 in 2023, illustrating the expansion of the country’s digital infrastructure. This growth is vital for the drone market as a reliable high-speed internet connection provides for smooth operations, reliable data transmission and integration with IoT platforms. Commercial drones for agriculture, logistics and surveying depend on a stable broadband connection for monitoring, analysis and coordination. Improved connectivity will encourage greater adoption of drone technology by enterprises and individual operators alike, fuelling innovation and ultimately increasing market penetration. As broadband coverage continues to expand, the drone sector in Indonesia is well placed for rapid growth in both commercial and industrial applications.
The Indonesian drone market, by component, has been segmented into hardware and software.
The need for drone hardware correlates directly with the demand for drones themselves. As the usage of drones continues to increase across various industries, such as agriculture, construction, and surveying, there is a corresponding rise in the demand for the hardware components required to build and operate these drones. This includes components such as motors, propellers, frames, batteries, and sensors, among others.
In the Indonesian drone market, the hardware component is driven by the essential parts, including brushless motors, lightweight frames, durable rotors, lithium polymer batteries, high-tech sensors, flight control units and ground control systems. These parts are vital across industries like agriculture, defence, infrastructure and more. In agriculture, drones equipped with multispectral sensors are increasingly deployed to help farmers monitor crops, spray them diversely and conserve resources, thereby improving crop health and yield efficiency.
The defence industry is turning to military drone surveillance and reconnaissance, investing in research and development to provide high-performance hardware that ensures drone stability and reliability. Drones are also used in inspection of infrastructure, land surveying, and other applications, providing accurate and cost-effective solutions to problems. The advance in navigation systems, such as GPS systems and inertial measurement units, provides precision manoeuvrability and operational efficiency. The drone hardware market of Indonesia is being driven by IT researchers, providing a technological edge to agricultural products, defence systems, and infrastructure. Drones represent a high demand for high-performance hardware components, as each one has a strong demand in the drone hardware industry.
Moreover, as advancements in drone technology led to the development of more specialized and advanced drones tailored to specific tasks, the demand for specialized hardware components also grew. Therefore, the drone market growth fuels the demand for drone hardware, creating opportunities for manufacturers and suppliers in the drone hardware industry to meet the evolving needs of drone operators and enthusiasts alike.
The growth in mobile-cellular subscriptions in Indonesia, from 123 per 100 inhabitants in 2022 to 125 in 2023, reflects the country’s increasing digital connectivity. This trend directly supports the drone hardware market by enabling more reliable communication between drones and control systems, which is essential for both commercial and industrial applications. Enhanced mobile coverage facilitates real-time data transmission, remote monitoring, and integration with IoT platforms, improving operational efficiency. For sectors like agriculture, logistics, and infrastructure inspection, the widespread mobile network ensures drones can operate effectively over larger areas, encouraging adoption and driving growth in the hardware component segment.
By Application: Commercial Drones
By application, the Indonesian drone market is segmented into commercial drones and consumer drones. Indonesia's commercial drone industry is expanding rapidly, propelled by various sectors, including agriculture, construction, mining, oil and gas, logistics, and infrastructure development.
In Indonesia, the mining industry uses drones for environmental monitoring, volumetric analysis, exploration, and surveying. Drones enable mining firms to improve environmental compliance, safety, and operational efficiency. Drones are used in the oil and gas sector to examine pipelines, flare stacks, and other infrastructure in hazardous or isolated areas. They help lower inspection costs, reduce downtime, and enhance worker safety. Drones are also being investigated by the logistics and delivery services industry for last-mile delivery.
Indonesia is one of the top three producers of nickel and coal worldwide, as stated by the International Trade Administration. According to the ITA, mining equipment production increased from 150 units in 2020 to 172 in 2022 and 189 in 2023.
Additionally, drones are used in Indonesia's energy industry to examine transmission lines and power plants, increasing efficiency and safety while lowering the dangers associated with physical inspection in hazardous settings and minimizing downtime. They are essential to preserving the integrity of Indonesia's infrastructure and advancing the country's goals for sustainability and energy security.
There were 81 gigawatts of installed electric generating capacity by the end of 2022 in Indonesia. Of this, PT Perusahaan Listrik Negara (PLN), the state-owned electricity firm, generated 48.04 GW (60.7%), followed by independent power producers (20.18 GW; 26.5%); operating permit holders (5.4%); commercial power utilities (3.58 GW; 5.1%); and the government (55 MW; 0.01%). Approximately 58,959 km of electrical lines and 77,514 megavolt-amperes of transformer capacity make up the national power system. The distribution system has 41,987 MVA of transformer capacity and over 946,101 km of transmission lines. By 2030, the distribution system intends to build an additional 456.5 km of lines.
Furthermore, businesses engaged in Indonesia's commercial drone sector need to comprehend and navigate the regulatory framework. Drone usage is governed by the Directorate General of Civil Aviation (DGCA) through several licenses and permits. Regarding the legality and safety of drone activities, regulatory compliance is essential. Longer flight durations, better sensors, increased autonomy, and more powerful data analytics tools are just a few of the technological developments spurring innovation and creating new opportunities for commercial drone applications in Indonesia.
Drone makers, service providers, industry participants, and government organizations are collaborating and forming partnerships, which are stimulating innovation and propelling market expansion. These collaborations ensure the development of solutions that are specifically suited to the sector’s requirements. The need for qualified technicians, data analysts, and drone operators is also rising. There are certifications and training courses available to teach people how to operate drones safely and successfully.
The creation of standards and regulations, streamlined licensing processes, and the investment in auxiliary infrastructure are some steps the Indonesian government has taken to advance the country's drone industry. To promote economic growth and address societal issues, these initiatives aim to spark creativity, facilitate commercial endeavours, and support the appropriate integration of drone technology across diverse industries.
For instance, in February 2023, the Turkish-made Baykar Bayraktar TB2 and TAI's Anka Unmanned Combat Aerial Vehicles (UCAVs) were acquired by the Indonesian Ministry of Defence (Kementerian Pertahanan / Kemhan). The co-production of these drones at the state-owned PT Dirgantara Indonesia (PTDI) manufacturing facilities in Bandung, West Java, was also made possible by this acquisition.
Additionally, the Indonesian Ministry of Finance (Kementerian Keuangan / Kemenkeu) approved the procedure. This is in response to a request for financing from outside sources made by the Indonesian Armed Forces (TNI) to purchase UCAVs. These drones will be operated by the Indonesian Air Force (TNI-AU) and the Indonesian Navy (TNI-AL). TNI-AU has been granted up to USD 200 million for the drones and USD 38.115 million for their weaponry, while TNI-AL has been allocated up to USD 100 million and USD 10.89 million, respectively.
In addition to strategically concentrating on alliances and acquisitions to broaden their product portfolios and market presence, industry participants are investing in research and development to produce innovative Indonesian drones with expanded functionality.
Commercial Drones in Agriculture
In Indonesia, where farming remains a major industry, the use of drone technology is changing conventional farming practices. For instance, according to the ITA data of 2024, with $3.3 billion in exports, the United States ranked as the second-largest supplier of agricultural products to Indonesia, making it the 11th largest export destination for American agricultural products. Indonesia is the largest importer of soybeans, dairy goods, distillers' grains, cotton, wheat, and meat products from the United States. Drones using a variety of sensors, such as thermal, multispectral, and LiDAR (light detection and ranging), are completely changing how farmers tend to their crops.
Crop management and monitoring are key applications of drones in Indonesian agriculture. Using drones fitted with high-definition cameras, farmers can acquire precise photos of their crops. These photos offer insightful information on crop health, enabling farmers to spot disease, stress, or nutrient deficits early on. By using this information, farmers can optimize resource consumption and maximize yields through targeted adjustments to irrigation schedules and selective application of fertilizers or pesticides.
In September 2022, through the Agriculture Value Chain Development (ICARE) project, the government of Indonesia created models for promoting inclusive and sustainable agriculture value chains in nine designated areas.
Furthermore, drones enable precision agriculture methods, supporting highly focused and productive farming operations. Drones equipped with precision spraying systems, for example, can deliver agrochemicals, such as fertilizers or pesticides, precisely to specific field sections, minimizing chemical consumption and overspray. This lowers the environmental effect of traditional spraying techniques while also saving farmers money.
Additionally, in August 2025, PT Yanmar Diesel Indonesia announced a partnership with Terra Drone Co., Ltd. for the sales and development of advanced agricultural drones. Yanmar Diesel Indonesia plans to supply these Terra drones to Indonesian farmers for drone-based fertilizer and pesticide spraying services to promote the country’s agricultural sector.
Overall, using drones in Indonesian agriculture offers several advantages, such as better crop management, higher output, reduced environmental impact, and more resistance to natural disasters. Drone usage is expected to rise as the technology develops and becomes more widely available, spurring further efficiency and innovation in the nation's agriculture industry.
Halo Robotics stands out in the Indonesian drone market with its commitment to innovation and versatility. Specializing in providing advanced drone solutions across various sectors, Halo Robotics ensures reliability and efficiency in its products. Their drones are tailored to meet diverse industry needs, ranging from agriculture to construction, making them a preferred choice for businesses seeking cutting-edge aerial solutions in Indonesia.
Terra Drone Corp holds a prominent position in Indonesia's drone industry, renowned for its global expertise and comprehensive services. Specializing in aerial data acquisition, Terra Drone offers advanced solutions for industries such as mining, agriculture, and infrastructure development. With a focus on cutting-edge technology and precision, Terra Drone continues to redefine the landscape of drone services in Indonesia, providing clients with reliable and accurate data for informed decision-making.
MSDI is emerging as a competitive player in Indonesia's drone market, offering cost-effective and efficient aerial solutions for various applications. With a focus on affordability and reliability, MSDI caters to the needs of industries ranging from environmental monitoring to disaster management. Leveraging its expertise in drone technology, MSDI aims to provide accessible and practical solutions to businesses and organizations across Indonesia, contributing to the growth and development of the drone industry in the region.
October 2025: Indonesia’s Ministry of Transportation signaled a regulatory and planning push toward commercial Advanced Air Mobility (AAM) operations by December 2026, including deployment in frontier regions.
October 2025: Terra Drone Indonesia’s G20 agricultural drone obtained TKDN local content certification, improving access to government projects and maintenance, driving expanded use in Indonesia’s palm plantation and agricultural sectors.
September 2025: XAG drones, including P100 Pro models, are being used with support from PT Blessed Bentara Agri and state enterprise SHS to enhance precision agriculture practices across rice farms in Indonesia.
August 2025: Terra Drone Corp signed a sales partnership agreement with PT Yanmar Diesel Indonesia for its agricultural drones, enabling local distribution and expanded deployment across rice and field crop cultivation sectors.
Halo Robotics
Terra Drone Corp (Terra Motors Corporation)
MSDI
Frogs Indonesia
DJI
| Report Metric | Details |
|---|---|
| Total Market Size in 2025 | USD 9.5 million |
| Total Market Size in 2030 | USD 12.8 million |
| Forecast Unit | Million |
| Growth Rate | 6.3% |
| Study Period | 2020 to 2030 |
| Historical Data | 2020 to 2023 |
| Base Year | 2024 |
| Forecast Period | 2025 – 2030 |
| Segmentation | Component, Product Type, EU Classified Weight Class, Application |
| Geographical Segmentation | Jakarta, Sumatra, Java, Sulawesi, Others |
| Companies |
|
By Component
Hardware
Software
By Product Type
Fixed Wing Drone
Rotary Blade Drone
Hybrid Drone
By EU Classified Weight Class
C0
C1
C2
C3
C4
Others
By Application
Commercial Drone
Government
Energy
Military And Defense
Construction
Agriculture
Security And Surveillance
Others
Consumer Drone
Hobby And Gaming
Aerial Photography
By State
Jakarta
Sumatra
Java
Sulawesi
Others