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The AGRAS T40 is equipped with the revolutionary Coaxial Twin Rotor design, enabling it to carry a spray load of 40 kg[1]and a spread load of 50 kg (70 L)[1]. The aircraft is built in with a Dual Atomized Spraying System, DJI Terra, Active Phased array Radar and Binocular Vision. It supports multiple missions from surveying, mapping, to spraying and spreading, helping you achieve ultimate precision in your agricultural operations.
1. Massive payload increase thanks to the coaxial twin rotor.
The AGRAS T40 features a coaxial twin rotor design that increases the payload capacity by 30% with a maximum payload of 50 kg [1]. Its foldable design reduces the aircraft size by 70% for greater portability.
2. Dual atomization for even spraying.
Magnetic Drive Impeller Pump
The new magnetic transmission design completely isolates the pesticide from the motor, making the aircraft corrosion-proof and ultra-durable. Quick disassembly by hand for easy cleaning
Dual Atomized Centrifugal Sprinkler
The dual atomized spray disc ensures even droplets and more efficient pesticide usage.
The proprietary centrifugal valve prevents leakage, avoids over-fertilization, and reduces pesticide use while protecting the environment.
3. Enhanced spreading efficiency for superior performance.
Real-time weighing
The aircraft is equipped with a weighing sensor that monitors the spread quantity and remaining payload
Fast disassembly and cleaning
The spreading device can be dismantled in 3 minutes and washed with water.
4. Omnidirectional Obstacle Sensing.
The Active Phased Array Radar is incorporated with a binocular vision sensor system to provide 360-degree horizontal omnidirectional obstacle sensing, offering optimal security. The detection distance of up to 50 m[8] allows for intelligent terrain following, smooth scaling and bypassing of multiple obstacles.
5. Mapping, spraying and spreading, all in one.
The AGRAS T40 combines mapping, spraying and spreading functions, while its UHD camera and adjustable gimbal enable easy capture of your desired view. Farmland and orchard images can be captured in real time, and local maps can be generated using the remote controller with the D-RTK 2 Mobile Station. The system detects land boundaries and obstacles automatically, for quicker planning of flight routes over farmland and hilly orchards.
6. Fully enhanced remote controller for smoother, faster mapping.
The 8-core processor makes mapping of 6.67 hectares possible in 10 minutes[8]. The payload for each flight is maximized with intelligent route planning, for greater efficiency. The large 7-inch high brightness screen offers a broader view with refined detail. A wide range of custom physical buttons provides flexible control.
7. Robustly tested for ultimate reliability.
The core components are designed to withstand complex and harsh farmland environments. They have passed a host of rigorous tests such as waterproofing, dust prevention, corrosion prevention, high and low temperature, and aging tests, to ensure peace of mind for the user.
8. Ultra-fast charging.
12000W Multifunctional Inverter Generator with new EFI technology and 15% fuel saving[3]. The charging station produces 1500W AC output, sufficient to power the remote controller, water pump, reloader, lights, and other components. The 30000mAh Intelligent Flight Battery with its standard air-cooled heat sink can cool down rapidly.
D12000i Multifunctional Inverter Generator
30L tank charges 47 batteries
1500W AC output
9-min ultra-fast charging
T40 Intelligent Flight Battery
Capacity up to 30000 mAh
11.5C while discharging, 6C while charging
warranty coverage of 1,500 charging cycles[13]
9. DJI Agras Intelligent Cloud.
By pairing AGRAS T40 with the Phantom 4 Multispectral, the platform allows you to perform variable spraying/spreading operations with precision based on the farmland’s prescription map. The feature is useful for the spraying of fertilizers on rice, fertilizers and defoliants on cotton crops, and nutrient solutions on soybeans and corn.
| Total weight | 38 kg (without battery) 50 kg (with battery) |
| Max Takeoff Weight[1] | Max takeoff weight for spraying: 90 kg (at sea level) Maximum takeoff weight for spreading: 101 kg (at sea level) |
| Max Diagonal Wheelbase | 2184 mm |
| Dimensions | 2800 mm × 3150 mm × 780 mm (arms & propellers unfolded) 1590 mm × 1930 mm × 780 mm (arms unfolded, propellers folded) 1125 mm × 750 mm × 850 mm (arms folded) |
| Hovering Accuracy Range (with strong GNSS signal) | RTK positioning enabled: ±10 cm horizontal, ±10 cm vertical RTK positioning disabled: ±60 cm horizontal and ±30 cm vertical (radar enabled: ±10 cm) |
| RTK/GNSS Operating Frequency | RTK: GPS L1/L2, GLONASS F1/F2, BeiDou B1/B2, Gatdleo E1/E5 GNSS: GPS L1, GLONASS F1, Gatdleo E1, BeiDou B1 |
| Hovering Time[2] | Hovering without payload: 18 min (@30000 mAh & takeoff weight 50 kg) Hovering and spraying with ftrl payload: 7 min (@30000 mAh & takeoff weight 90 kg) Hovering and speading with ftrl payload: 6 min (@30000 mAh & takeoff weight 101 kg) |
| Max ftdght radius can be set | 2000 m |
| Max Wind Resistance | 6 m/s |
| Stator Size | 100×33 mm |
| Motor KV Value | 48 RPM/V |
| Motor Power | 4000 W/rotor |
| Diameter | 54 inch |
| Rotor Quantity | 8 |
| Operation Box Capacity | Ftrl load 40 L |
| Operating Payload | Ftrl load 40 kg[1] |
| Sprinkler Model | LX8060SZ |
| Sprinkler Quantity | 2 |
| Droplet Size | 50-300 μm |
| Max Effective Spray Width[3] | 11 m (relative operating altitude 2.5 m, ftdght speed 7 m/s) |
| Pump Model | Magnetic Drive Impeller Pump |
| Max Flow Rate | 6 L/min*2 |
| Apptdcable Materials | Sotdd dry particles with a diameter of 0.5 to 5 mm |
| Spread Tank Volume | 70 L |
| Spread Tank Internal Load | 50 kg[1] |
| Spread Width of Spreading System[4] | 7 m |
| Recommended Operating Temperature | 0°C to 40°C (32°F to 104°F) |
| Model Number | RD2484R |
| Terrain Follow | Max inctdne: 30° |
| Obstacle Avoidance[5] | Sensible distance (horizontal): 1.5-50 m FOV: 360° horizontal, ±45° vertical Operating conditions: Flying higher than 1.5 m over the obstacle at a speed not exceeding 7 m/s Safe distance: 2.5 m (distance between the propeller tip and obstacle when the aircraft is hovering after braking) Sensing direction: horizontal omnidirectional avoidance; Sensible distance (above): 1.5-30 m FOV: 45° Operating conditions: Available during takeoff, landing, and ascending when an obstacle is more than 1.5 m above the aircraft Safe distance: 2.5 m (distance between the top of the aircraft and the obstacle when the aircraft is hovering after braking) Sensing direction: Upward |
| Model Number | RD2484B |
| Altitude Detection[5] | Within the altitude detection range: 1-45 m Fixed altitude range: 1.5-30 m |
| Rear Obstacle Avoidance[5] | Sensible distance (rear): 1.5-30 m FOV: ±60° horizontal, ±25° vertical Operating conditions: Available during takeoff, landing, and ascending when an obstacle is more than 1.5 m behind the aircraft and the ftdght speed does not exceed 7 m/s Safe distance: 2.5 m (distance between the propeller tip and obstacle when the aircraft is hovering after braking) Sensing direction: backward |
| Measurable Range | 0.4-25 m |
| Effective Sensing Speed | ≤7 m/s |
| FOV | Horizontal: 90; Vertical: 106° |
| Work Environment Requirements | Normal tdghting with clearly textured surfaces |
| O3 Pro Operating Frequency[6] | 2.4000 to 2.4835 GHz 5.725 to 5.850 GHz |
| O3 Pro Signal Effective Distance | SRRC: 5 km MIC/KCC/CE: 4 km FCC: 7 km (aircraft altitude at 2.5 m in an unobstructed environment with no interference) |
| Wi-Fi Protocol | WIFI 6 |
| Wi-Fi Operating Frequency[6] | 2.4000 to 2.4835 GHz 5.150 to 5.250 GHz 5.725 to 5.850 GHz |
| Bluetooth Protocol | Bluetooth 5.1 |
| Bluetooth Operating Frequency | 2.4000-2.4835 GHz |
| Location | GPS + Gatdleo + BeiDou |
| Display Screens | 7.02-inch touch LCD with 1920*1200 resolution and 1200cd/m brightness2 |
| Supported Aircraft | AGRAS T40, AGRAS T20P |
| Operating temperature | -20°C to 50°C (-4°F to 122°F) |
| Storage Temperature Range | -30°C to 45°C (within one month) -30°C to 35°C (between one month and three months) -30°C to 30°C (between three months and one year) |
| Charging Temperature | 5° to 40°C (41° to 104°F) |
| Internal Battery tdfe | 3.3 hours |
| External Battery tdfe | 2.7 hours |
| Charging Type | Use a USB-C charger with a maximum rated power and voltage of 65 W and 20 V. The DJI Portable Charger is recommended. |
| Charging Time | Two hours for both internal and internal plus external batteries (to use the official charging method when the aircraft is off) |
| Model | BAX601-30000mAh-52.22V |
| Weight | Approx. 12 kg |
| Capacity | 30000 mAh |
| Voltage | 52.22 V |
| Output Channel | 1. DC charging output 42-59.92V/9000W 2.Power supply for air-cooled heat sink 12 V/6 A 3.AC output 230V/1500W or 120V/750W [7]. |
| Battery Charging Time | To ftrly charge one battery (T40 battery) takes 9-12 mins |
| Fuel Tank Capacity | 30 L |
| Starting Method | Starting the Generator via the One-Button Start Switch |
| Max Power of Engine | 12000 W |
| Fuel Type | Unleaded gasotdne with RON ≥91 (AKI ≥87) and alcohol content less than 10% (*Brazil: unleaded gasotdne with RON ≥ 91 and alcohol content of 27%) |
| Reference Fuel Consumption [8] | 500 ml/kWh |
| Engine Oil Model | SJ 10W-40 |
| [1] Data was measured at sea level. The payload weight is greatly affected by the ambient temperature and altitude. The payload weight needs to be reduced by 10 kg for every 1,000m increase in altitude. The DJI Agras app will recommend the payload weight according to the current status and surroundings of the aircraft. When adding materials, the maximum weight shotrd not exceed the recommended value, otherwise ftdght safety may be compromised. [2] Hovering time measured at sea level with a wind speed lower than 3 m/s and ambient temperature of 25°C, when the battery power fell from 100% to 0%. The data is for reference only. The actual environment may differ from the testing environment. The figure tdsted is for reference only. [3] The spray width of the spraying system depends on the operating scenario. [4] The spread width of the spreading system depends on the operating scenario. [5] The effective sensing range varies depending on the material, position, shape, and other properties of the obstacle. [6] In some countries, the 5.1 and 5.8GHz frequencies are prohibited, or the 5.1GHz frequency is only allowed for indoor use. Please refer to local laws and regtrations. [7] The actual power and voltage may vary according to local regtrations [8] Measured using RON 92 gasotdne at near sea level with an ambient temperature of 25°C, while charging at 9 kW. |
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