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AGRAS MG-1S
The Agras MG-1S integrates a number of cutting-edge DJI technologies, including the new A3 Flight Controller, and a Radar Sensing System that provides additional reliability during flight. The spraying system and flow sensor ensure accurate operations. When used withthe MG Intelligent Operation Planning System and the DJI Agriculture Management Platform, a user can plan operations, manage flights in real-time, and closely monitor aircraft operating status. The MG-1S is a high performance aircraft capable of offering comprehensive solutions for agricultural care.
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Description
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In The Box
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Specs
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Accessories
A3 Flight Controller
Equipped with DJI's advanced A3 Flight Controller, the MG-1S is capable of high levels of reliability. Its algorithm has been optimized for agricultural utilizations,ensuring stable flight even with sloshing liquids. In addition, the redundant design of the A3 includes dual compasses.If an error occurs in one sensor, the system will automatically switch to the other sensor to continue safe, reliable flight.
Radar Sensing
Three high-precision, microwave radars are placed on the frontslope, rear slope and the bottom of the spray tank. Radars on front andrear slopes detect the terrain, allowing the aircraft to adjust its height approximately. The downward radar then provides high-precision height. As the radars scan, the MG-1S is able to perceive the change of terrain, adjust its altitude and maintain its altitude above the crops.
Forward Obstacle Sensing
Backward Obstacle Sensing
Precision Spraying
A new spraying system enables more accurate spraying. With two compatible pumps controlling the front pair and rear pair of nozzles separately,there are now three spraying modes available: forward spraying, backward spraying and full spraying. The new pressure sensor and flow sensor monitor the spraying rate in real-time, realizing dynamic control over spray speed and amount during operation. Nozzles with extended spray booms have beenused to make better use of downward airflows. This spraying system now responds more accurately to commands,adding accuracy and effectiveness to spraying operations.
MG Intelligent Operation Planning System
Plan and edit flight paths intelligently with the MG-1S. When you set the liquid amount for per area, the aircraft will calculate the remaining parameters for you, enhancing convenience. You can also choose between Efficient Mode and Intensive Spraying Mode for different operation needs.
Professional Controller
The MG-1S controller includes a bright 5.5 inch/1080p display that is visible even under strong sunlight. With a built-in operation planning system, users can use the controller to increase working efficiency. The battery of controller supports a working time up to 5 hours, enabling long-time outdoor operations.
Bright Display Screen
Operation Planning System
5-hour Working Time
DJI Agriculture Management Platform
DJI provides a comprehensive spraying management platform along with the MG-1S. Use the platform to supervise the flight status of every aircraft,master spraying status and manage your spraying team to improve working efficiency. You can also assign fields to each operator and check deployed fields.By sharing intelligent planning to operators, management for spraying operations will be more efficient and economic, as operators can avoid repetitive spraying.Platform: ag.dji.com
Optimized Mechanical Structure
The frame arm of the MG-1S is detachable, and the landing gear is optimized, lowering potential maintenance costs.A water-resistant film has been added to protect the ESCs. The liquid valve has been placed on the side of delivery pump,and the delivery pump is located above the spray tank, making liquid injection, demounting and cleaning more convenient.
Intelligent Flight Battery
The MG-1S uses an intelligent battery with a capacity of 12000mAh, it can hover for 22 minutes without load. A high-strength protective shell and dampers are applied outside the battery, and the cables are also well-protected for safety and reliability. In addition, the battery provides more stable voltage, extending its lifespan.
Battery Charging Hub
A specially designed Charging Hub connects up to 6 batteries, and each intelligent balancing charger can connect 2 charging hubs. In total 12 batteries can be connected and charged in sequence, saving you the trouble of replacing batteries for charging. It can balance the voltages of each battery when charging, allowing longer battery life.
Agriculture Solution Package
From flight controller to propulsion system, the Agriculture Solution Package is a comprehensive drone solution for manufacturers building aircraft for agriculture. The Agriculture Solution Package consists of the A3-AG/N3-AG Flight Controller, Agricultural Management Unit (AMU), delivery pump, FM continuous-wave radar, RTK, customized industrial controller, propulsion system, Agriculture app, and DJI’s Agriculture Management Platform. The Agriculture Solution Package empowers manufacturers to develop dedicated and customizable flying platforms, adaptable to different needs, environments, and demands.
AIRCRAFT FRAME
| Diagonal Wheelbase | 1515 mm |
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| Frame Arm Length | 625 mm 1471 mm×1471 mm×482 mm（arm unfolded, without propellers） |
| Dimensions | 1471 mm×1471 mm×482 mm（arm unfolded, without propellers） 780 mm×780 mm×482 mm（arm folded） |
SPRAY SYSTEM
LIQUID TANK
| Volume | 10 L |
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| Standard Operating Payload | 10 kg |
| Max Battery Size | 151 mm×195 mm×70 mm |
NOZZLE
| Model | XR11001VS（0.379L/min） |
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| Recommend Model | TK-VK8（0.525L/min） |
| Quantity | 4 |
| Droplet Size | XR11001VS：130 - 250 μm（subject to working environment and spraying speed） |
FLIGHT PARAMETERS
| Total Weight | 10 kg (without battery) |
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| Standard Takeoff Weight | 23.8 kg |
| Max Takeoff Weight | 24.8 kg (at sea level) |
| Max Thrust-Weight Ratio | 1.71 (with 23.8 kg takeoff weight) |
| Power Battery | DJI Designated Battery (MG-12000S) |
| Max Power Consumption | 6400 W |
| Hovering Power Consumption | 3800 W（@with 23.8 kg takeoff weight） |
| Hovering Time* | 22 min（@12000 mAh & 13.8 kg takeoff weight） 10 min（@12000 mAh & 23.8 kg takeoff weight） *Hovering time acquired at sea level, with wind speeds lower than 3m/s. |
| Max Operating Speed | 7 m/s |
| Max Flying Speed | 12 m/s（P & F Mode，with GPS）；15 m/s （A Mode） |
| Max Service Ceiling Above Sea Level | 2000 m |
| Recommended Operating Temperature | 0 ℃ to 40 ℃ |
REMOTE CONTROLLER
| Model | DLG60A |
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| Operating Frequency | 2.400 GHz to 2.483 GHz |
| Max Transmission Range | 1 km (unobstructed, free of interference) |
| EIRP | ≤20 dBm |
| Built-in Battery | 9000 mAh，2S LiPo |
| Output Power | 7 W |
| Operating Temperature Range | -10 ℃ to 40 ℃ |
| Storage Temperature Range | Less than 3 months: -20 to 45℃ More than 3 months: 22 to 28℃ |
| Charge Temperature Range | 5 ℃ to 40 ℃ |
RADAR MODULE
| Detection Range | 1- 5 m |
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| Working Range | 1.5 - 3.5 m |
| Precision | < 10 cm |
REMOTE CONTROLLER CHARGER
| Model | A14-057N1A |
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| Voltage | 17.4 V |
| Rated Power | 57 W |
PROPULSION SYSTEM
MOTOR
| Stator Size | 60×10 mm |
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| KV | 130 rpm/V |
| Max Thrust | 5.1 kg/rotor |
| Max Power | 770 W |
| Weight | 280g (with cooling fan) |
FOLDABLE PROPELLER
| Material | High-performance engineered plastics |
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| Diameter/Pitch | 21×7 inch |
| Weight | 58 g |
ESC
| Max Allowable Current (Continuous) | 25 A |
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| Operating Voltage | 50.4 V（12S LiPo） |
| Drive PWM Frequency | 12 kHz |