DJI Agras T100 Agricultural Drone: What We Know and Your Questions Answered

Key Takeaways

• Massive payload capacity: 100L spraying tank with 30L/min flow rate, doubling the T50’s 40L capacity
• Ultra-fast charging: 9-minute battery charging (30%-95%) enables continuous operations
• Exceptional lifting power: 85kg payload capacity for transporting supplies and equipment
• Advanced safety systems: 360° obstacle detection with 60m range using LiDAR and phased array radar
• November 2025 launch: DJI T100 is estimated to be  available in South Africa from November 2025 through authorised distributors
• Afri Air availability: Contact Afri Air to register interest and receive launch notifications when the T100 becomes available

The agricultural drone industry has reached a pivotal moment. Whilst many South African farmers have embraced the DJI Agras T50’s capabilities, a new powerhouse is set to launch in November 2025 that promises to transform large-scale operations entirely. The DJI Agras T100 represents twelve years of agricultural drone development condensed into one extraordinary machine.

Revolutionary Payload Capabilities Transform Farm Operations

The DJI Agras T100’s most striking advantage lies in its unprecedented payload capacity. With a 100-litre spraying tank delivering 30 litres per minute—or 40 litres per minute with the optional four-nozzle system—this drone handles double the volume of its T50 predecessor.

Large-scale agricultural operations in Mpumalanga and South Africa can now cover 12 hectares per hour, compared to the T50’s 6 hectares. For a 1,000-hectare farm, this translates to completing spray applications in 83 hours rather than 167 hours—effectively halving operational time.

The spreading capacity proves equally impressive. The 150-litre hopper disperses granular products at 400kg per minute, enabling efficient fertiliser and seed distribution across vast commercial properties. This capacity particularly benefits sugarcane and citrus operations where precise nutrient application drives yield optimisation.

Ultra-Fast Charging Eliminates Operational Downtime

Traditional agricultural aircraft face significant downtime for refuelling and maintenance. The T100’s DB2160 Intelligent Flight Battery charges from 30% to 95% in just 9 minutes using the D14000iE charging station. This revolutionary charging speed means farmers can maintain continuous operations throughout critical application windows.

With three batteries in rotation—as recommended by agricultural drone specialists—one battery charges whilst another powers the aircraft and the third stands ready. This system ensures zero downtime during time-sensitive operations like frost protection or pest control applications.

The 41,000 mAh battery capacity provides 15-20 minutes of flight time, sufficient for comprehensive field coverage before requiring the brief charging interval.

Advanced Safety Systems Navigate Complex Farm Environments

Modern farms present numerous obstacles: power lines, irrigation systems, livestock, and moving equipment. The T100’s Safety System 3.0 combines LiDAR technology, millimetre-wave radar, and a Penta-Vision system to detect obstacles within a 60-metre range.

The system creates real-time point cloud mapping, enabling the drone to learn and remember obstacle locations during operations. For orchards and vineyards—common in Western Cape operations—this technology proves invaluable for navigating between tree rows whilst maintaining precise application patterns.

The augmented reality interface displays obstacle warnings and flight path predictions directly on the DJI RC Plus 2’s 7-inch touchscreen, providing operators with unprecedented situational awareness.

Versatility Beyond Traditional Spraying Applications

The T100’s 85kg lifting capacity opens applications beyond traditional crop spraying. Emergency response teams can deliver supplies to flood-affected areas, whilst forestry operations benefit from transporting equipment to remote locations.

Construction projects utilise the lifting capability for material transport, particularly valuable for solar farm installations where ground access proves challenging. The intelligent posture adjustment system ensures stable cargo transport across varied terrain.

Research and monitoring applications benefit from the extended flight time and payload capacity for carrying specialised sensors and equipment to remote agricultural areas.

T100 vs T50: A Performance Comparison

Understanding the differences between these models helps farmers select the appropriate technology for their operations:

Spraying Performance:

• T100: 100L capacity, 30L/min flow rate, 12 hectares/hour coverage
• T50: 40L capacity, 16L/min flow rate, 6 hectares/hour coverage

Spreading Capabilities:

• T100: 150L hopper, 400kg/min dispensing rate
• T50: 75L hopper, 108kg/min dispensing rate

Flight Performance:

• T100: 20 m/s maximum speed, 15-20 minute flight time
• T50: 10 m/s maximum speed, 10 minute flight time

Additional Capabilities:

• T100: 85kg lifting capacity for cargo transport
• T50: No lifting capability available

The T100 requires 20-25% fewer flights than the T50 for equivalent area coverage, resulting in significant time and labour savings for large-scale operations.

South African Launch Timeline and Availability

The DJI T100 is expected to launch in South Africa around November 2025. Following its successful debut in China and subsequent global rollout across Southeast Asia and Latin America, South African farmers will finally have access to this revolutionary agricultural technology.

Authorised DJI distributors, including Afri Air, will make the T100 available to farmers across South Africa through established distribution channels.

Regulatory Compliance and Training Requirements

DJI Agriculture maintains exclusive approval from the South African government for aerial application operations. Operators must obtain SACAA approval for commercial use and comply with Part 101 regulations.

Required certifications include Remote Pilot Licensing and agricultural application permits. Local training programs through authorised dealers ensure operators understand both technical operation and regulatory compliance requirements.

DJI Academy agricultural drone courses will launch across 15 countries, including comprehensive South African programs covering safe operation practices and maintenance procedures.

Operational Challenges and Practical Considerations

The T100’s 73kg weight (with battery) requires two-person handling teams for safe operation. Transport logistics may necessitate pickup trucks or trailers, with loading ramps essential for field deployment when fully loaded.

Weather sensitivity affects infrared sensor performance in fog and mist conditions—common during early morning applications in coastal regions. Operators must understand these limitations when planning spray schedules.

Firmware updates require sequential procedures across different modules, emphasising the importance of proper technical training and support relationships with authorised dealers.

Maintenance and Support Infrastructure

Local support services ensure operational continuity. Afri Air operates a dedicated service centre in Ermelo, providing comprehensive maintenance and repair services for DJI agricultural drones including the upcoming T100.

Regular maintenance includes structural checks, battery health monitoring, motor function assessment, and software updates. Flight testing before returning to service ensures continued operational safety and regulatory compliance.

The robust support network proves crucial for commercial operations where downtime directly impacts productivity and profitability.

Future of Agricultural Drone Technology in South Africa

The T100 represents agricultural aviation’s evolution from traditional aircraft to precision drone technology. Its success in South African conditions—proven through government testing on local crops including maize, wheat, sugarcane, and citrus—validates the technology’s adaptation to local farming requirements.

Environmental benefits align with sustainable farming initiatives through precise application, reducing chemical usage and resource wastage. Job creation through operator training programs supports rural development whilst advancing agricultural technology adoption.

As drone technology continues evolving, the T100 establishes the foundation for future innovations in precision agriculture, autonomous operations, and integrated farm management systems.

Frequently Asked Questions

When will the T100 be available in South Africa? The DJI T100 is scheduled to launch in South Africa in November 2025. Afri Air will be amongst the first authorised distributors offering this revolutionary agricultural drone to South African farmers.

What is the expected pricing for South Africa? Based on international pricing of approximately $50,000, South African farmers should expect pricing around R800,000-R900,000 through authorised distributors like Afri Air.

How does the T100 compare to the T50 for large farms? The T100 delivers double the spraying capacity (100L vs 40L), twice the flow rate (30L/min vs 16L/min), and covers 12 hectares per hour compared to the T50’s 6 hectares. It requires 20-25% fewer flights for equivalent coverage.

Where can I get training for T100 operation in South Africa? Authorised distributors like Afri Air will provide comprehensive training covering technical operation and safety procedures when the T100 launches in November 2025.

How long does the battery last and charge? The T100 provides 15-20 minutes flight time per battery cycle. The revolutionary 9-minute charging time (30%-95%) enables continuous operations with proper battery rotation systems.

What crops can benefit from T100 applications? The T100 suits various crops including maize, wheat, sugarcane, citrus, and other commercial agricultural operations. Government approval followed extensive testing on South African crop varieties.

What safety features protect against obstacles? Safety System 3.0 includes LiDAR, millimetre-wave radar, and Penta-Vision technology providing 360° obstacle detection within 60 metres. Real-time mapping learns obstacle locations during operations.

Can the T100 lift cargo beyond spraying applications? Yes, the 85kg lifting capacity enables supply transport, emergency response, construction material delivery, and research equipment transport for diverse agricultural and commercial applications.

What weather conditions affect T100 operations? The T100 operates in temperatures from 0°C to 40°C with wind resistance up to 6 m/s. Fog and mist can interfere with infrared sensors, requiring weather consideration for spray scheduling.

Conclusion

The DJI T100 represents a transformative advancement in South African agricultural technology set to launch in November 2025. Its unprecedented payload capacity, ultra-fast charging system, and advanced safety features position it as the ultimate solution for large-scale farming operations requiring maximum efficiency and productivity.

Whilst the substantial investment requires careful consideration, the potential for doubled operational efficiency, reduced labour requirements, and enhanced precision agriculture capabilities make the T100 an attractive proposition for commercial agricultural enterprises ready to embrace next-generation farming technology.

Ready to Transform Your Agricultural Operations?

Don’t miss the opportunity to be among the first South African farmers to experience the revolutionary DJI T100 agricultural drone. Contact Afri Air today to register your interest and receive exclusive updates about availability, pricing, and training programs when the T100 launches in November 2025.

Contact Afri Air – Register Your Interest in the DJI T100

Let us know when you’re ready to revolutionise your farming operations with the most advanced agricultural drone technology available.