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Agras T30
DJI
Not yet assessed
- Height
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- Payload
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- Verified autonomy
- not assessed
- Real deployment
- not assessed
- Status
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- Price
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Agras T30
DJIThe DJI Agras T30 is an industrial-grade agricultural drone featuring a 30-liter spray tank, 16 nozzles, up to 8 L/min flow rate, a 9-meter effective spray width, and a carbon-fiber airframe with IP67 waterproofing. It is designed for autonomous aerial spraying and spreading of liquid agrochemicals and granular fertilizers, capable of covering approximately 40 acres per hour. The system uses RTK (GPS L1/L2, GLONASS, BeiDou, Galileo) for centimeter-level positioning, a 360° spherical radar for obstacle avoidance, and supports autonomous mission planning via a remote controller. It is available in over 100 countries and priced at approximately $13,999 USD in the U.S. market. Several extracted facts pertain to other DJI products (T10, T40, T100, T20P, Mavic 3, Osmo, etc.) and unrelated academic robots (AgriCruiser, T-araVLN), which are noted but not attributed to the T30.
Availability
Specification
- spray_tank_capacity
- 30 liters
- spreading_payload_capacity
- Up to 40 kg (spreading system)
- effective_spray_width
- 4–9 meters (up to 9 meters)
- max_takeoff_weight
- ~60–66.5 kg
- max_operating_speed
- 7 m/s operating; 10 m/s max level flight
- power_consumption
- 11,000 W max; 10,000 W hovering at 66.5 kg
- speed_restriction
- Flight speed limited when operating below 5 m altitude
Price
No public price — contact the supplier for a quote.
Good · Bad · Ugly
Evidence-graded claims from the DJI deep report
DJI holds 70–80% of the global civil drone market and approximately 96% of the U.S. market (pre-FCC restrictions).
Multiple independent analyses and research sources [10][13][16] corroborate DJI's dominant market position, though the 96% U.S. figure is pre-restriction and current share post-FCC action is unverified.
from DJI deep report →The DJI Robomaster S1 supports full onboard autonomy via a ROS2-based stack, including zero-shot sim-to-real multi-agent reinforcement learning (MARL) policy transfer.
An independent academic paper from the University of Cambridge [21] confirms the Robomaster S1 was used as a customized research platform running a ROS2-based full onboard autonomy stack with successful sim-to-real MARL transfer, though this reflects research-lab capability, not a commercial product claim.
from DJI deep report →
DJI claims the Lito X1 and Lito 1 feature omnidirectional obstacle sensing active down to 5 lux, and the Matrice 400 features power-line-level obstacle sensing.
Specs are sourced from DJI's own press releases [12] and official enterprise blog [7]; no independent third-party lab test or field validation of the 5-lux omnidirectional sensing or power-line detection performance has been identified in the dossier.
from DJI deep report →The DJI FlyCart 100 is a commercially deployed all-in-one intelligent drone delivery system.
The FlyCart 100 is listed on DJI's official website [1] as a product, but the dossier contains no independent evidence of commercial-scale deployment, customer outcomes, or regulatory approval for delivery operations in any jurisdiction.
from DJI deep report →
DJI's Return-to-Home (RTH) and autonomous safety features are reliable across its consumer drone lineup.
Multiple independent community reports [30][31][33][35] document RTH failures, remote controller transmission failures at low altitude, and tracking failures in forested environments, directly contradicting vendor marketing of reliable autonomous safety features.
from DJI deep report →DJI has deployed 600,000+ agricultural drones across 100+ countries, saving 410 million tons of water and cutting 51 million tons of CO2 emissions.
These figures originate exclusively from a DJI Agriculture press release [11]; no independent verification of the deployment count, water savings, or emissions reduction figures is present in the dossier.
from DJI deep report →
About the company
Editorial directory of real robot products from leading global manufacturers. Each entry links to the manufacturer's official page.
