Como empreender e faturar 80 Mil Reais ou mais todos os meses com Drones Agrícolas de Pulverização

Is It Profitable to Work with Spraying Drones?

Introduction to the Topic

• William Mota from WD Drones introduces the video, aiming to discuss the profitability of working with spraying drones, a common inquiry he receives.

• He emphasizes that this video will provide updated insights on costs, profits, and potential losses in the drone spraying business.

Key Considerations for Entering the Drone Spraying Market

• Mota outlines essential topics such as initial investment requirements, pricing strategies in Brazil, necessary equipment acquisitions, and associated costs.

• He stresses the importance of demonstrating benefits to clients; without clear advantages for customers, profitability is unlikely.

Understanding Drone Applications in Agriculture

• The concept of drone spraying is explained as low-volume application due to reduced water usage while maintaining effective pesticide delivery.

• Mota lists various agricultural applications for drones beyond just spraying: seeding and solid fertilizer application across diverse crops like corn, soybeans, and sugarcane.

Operational Process of Drone Spraying

• An overview of how drone operation works includes mapping fields and preparing mixtures for application.

• He mentions that training courses are available for learning about preparation techniques and operational procedures.

Benefits of Using Drones in Agriculture

• The average application rate discussed is around 10 liters per hectare. Drones can efficiently cover large areas within short timeframes.

• Mota highlights environmental benefits by using technology that minimizes chemical use through targeted applications based on plant health assessments.

Productivity Metrics of Different Drone Models

• Productivity varies by model: T10 can cover 5 hectares/hour; T20P up to 11 hectares/hour; T30 at 16 hectares/hour; T40 reaching 21 hectares/hour.

• Realistic expectations are set regarding productivity figures after accounting for operational errors or inefficiencies during actual use.

Investment Insights into Agricultural Drones

• Mota transitions into discussing financial investments required to enter the agricultural drone market. Further details on specific costs will be provided later in the video.

Investment in Drone Agriculture: Costs and Considerations

Overview of Equipment Costs

• The discussion begins with the high costs associated with drone technology, ranging from R$100,000 to R$190,000 for just the drone itself.

• A 600L mixer is mentioned as an ideal but not necessary piece of equipment; a homemade version could cost around R$1,500 while a commercial one ranges from R$6,000 to R$12,000.

• To apply solid fertilizers using drones, a solid dispenser tank is required at an additional cost of R$7,000 to R$15,000.

• Other essential equipment includes a generator (R$5,000 to R$35,000), and a computer for aerial mapping costing about R$7,000.

• Total initial investment for top-tier equipment can reach between R$130,000 and R$300,000 without including vehicle costs.

Additional Financial Considerations

• Vehicle costs are not included in the previous estimates; a used vehicle or trailer may add another hundred thousand reais to startup expenses.

• Capital for operational expenses is crucial; entrepreneurs need funds available for daily operations and unexpected incidents like vehicle breakdowns or accidents.

• Training is also emphasized as vital; acquiring skills in drone operation is necessary alongside purchasing equipment.

• The speaker promotes training programs available through WD Drones aimed at helping individuals become professionals in agricultural drone services.

Operational Costs Breakdown

• Transitioning into operational costs: understanding both fixed and variable expenses is critical for profitability.

• Battery life has an estimated cost of about R$6 per hectare; this reflects ongoing maintenance similar to fuel costs in traditional farming methods.

• Generator fuel adds approximately R$1.50 per hectare to operating expenses along with annual maintenance fees of around R$2,200 for the drone itself.

• If hiring staff instead of self-operating the drone service incurs an average salary expense of about R$6,000 monthly—translating roughly into 9.9 cents per hectare worked.

Revenue Generation Potential

• The potential exists for producers who own drones not only to utilize them on their farms but also offer services to neighboring farms.

• For effective revenue generation: applying treatments over 660 hectares monthly requires working approximately 22 days at an average rate of 30 hectares per day.

• Charging an average fee of R$130 per hectare could yield total revenues around R$85,500 if all hectares are serviced within that month.

This structured overview provides insights into the financial landscape surrounding agricultural drones while emphasizing both initial investments and ongoing operational considerations crucial for success in this field.

Cost Analysis and Operational Insights for Drone Services

Overview of Monthly Costs

• The speaker outlines a monthly revenue projection of R$ 85,500 from operating 20 generators on 660 hectares, factoring in R$ 1,000 for vehicle costs related to travel.

• Battery expenses are estimated at R$ 3,250 per month due to wear and tear, highlighting the need for future replacements as drone technology evolves.

• Employee salary is set at R$ 6,000 per month; additional maintenance costs for drones are projected at approximately R$ 208 monthly based on annual expenses divided by twelve.

Risk Management and Additional Expenses

• A contingency fund of R$ 2,000 per month is allocated for potential drone accidents or repairs, totaling an annual risk management cost of R$ 24,000.

• Accounting fees are included at R$ 800 monthly; taxes are calculated at around 10% of revenue, amounting to approximately R$ 8,580 each month.

Profitability Assessment

• After deducting operational costs (approximately R$ 27,000), the expected profit stands around R$ 58,000. Even with increased cost estimates (by up to 20%), profits could still reach between R$ 15,000 and R$ 20,000.

Work Ethic and Commitment Required

• Emphasizes that success in this field requires hard work and dedication; it’s not just about flying drones but involves significant physical labor and commitment.

Benefits of Using Drones in Agriculture

• Drones offer advantages over traditional aircraft in agricultural applications due to their ability to operate in smaller fields where planes cannot fly effectively.

• They can access areas where tractors struggle post-rainfall due to soil compaction issues caused by heavy machinery.

Environmental Impact and Health Benefits

• Utilizing drones minimizes soil compaction which can lead to water pooling; this helps maintain crop health by reducing loss from amassments caused by tractor use.

• Drones improve producer health by eliminating direct contact with pesticides during application processes.

Entrepreneurial Opportunities in Drone Services

• The speaker encourages aspiring entrepreneurs interested in the drone industry by emphasizing the importance of skill development alongside business acumen.

Conclusion

• The speaker expresses gratitude towards listeners while encouraging them to engage with the content shared.