The EA-J150 drone is best for large-scale commercial operations.
Featuring a large 70-litre liquid tank and top 40 litres per minute flow rate, the J150 ensures maximum uptime and fewer stops. With an expansive 15-metre spray swath, this output makes it perfect for heavy liquid applications, including industrial vegetation management, utility right-of-way maintenance, and large-scale crop protection.
Tank Capacity
Spray Width
Max Flow Rate
Droplet Size
Equipped with a 100L hopper, 80 kg dry capacity, the J150 keeps operators in the air and minimizes refill stops. This high-capacity system is ideal for distributing granular materials in broad-acre farming, as well as handling commercial and industrial tasks.
Max Cast Speed
Spreading Width
Hopper Capacity
Max Weight
The J150 features a dedicated transport configuration with a maximum lifting weight of 80 kg. This payload capability allows operators to safely and efficiently move equipment, supplies, or materials across difficult terrain eliminating the need for ground machinery in high-risk areas.
Max Payload Weight
Advanced mapping algorithms allow for continuous, high-speed data capture while in flight. With automatic buffering and instant data syncing the moment you land, your workflow stays completely uninterrupted.
Fisheye FPV Camera
With an IPX6K rating, this drone is built to handle driving rain and high-pressure cleaning, so you can clean and operate confidently without worrying about water damage.
High-Pressure Water Resistant
Fly with confidence even at night, using one-tap takeoff and advanced LiDAR obstacle avoidance. The industry-first 180° escape maneuver lets the drone navigate around obstacles seamlessly, ensuring smooth flight performance.
The system automatically generates the most efficient flight path based on field shape and spray settings. It monitors battery and tank levels, triggers automatic return when needed, and saves interrupted missions so you can resume precisely without overlap or missed coverage.
Customize safe entry and exit routes based on field conditions and surroundings. Safe-zone mode improves efficiency with closer access points and allows manual adjustments to avoid obstacles or restricted areas.
Automatically stitch aerial images to create accurate 3D maps for advanced route planning. Generate fully editable flight paths designed for precise, efficient operations in mountainous terrain, orchards, and complex field environments.
Powered by a dual-layer spray disc, it delivers continuous, high-volume spraying with droplets from 10–300 μm, achieving full canopy penetration at a 24 L/min flow rate with 4-droplet sizes per flight.
Powered by a 2000W FOC ESC, it enables continuous, high-volume spraying of droplets under 40μm, even at a 40 L/min flow rate with 40 droplet sizes per flight.
Get in touch to see how precision drone services can make spraying, spreading, and mapping faster and more efficient for your operation.
Proudly located in Norfolk County, and serving all of Ontario.
Proudly located in Ontario’s Garden, Norfolk County, and serving all of Southwestern Ontario.
| Product Model | EA-J150 |
| Empty Weight | 75kg (with battery) |
| Maximum Spraying Takeoff Weight[1] | 145kg |
| Maximum Spreading Takeoff Weight[1] | 149.9kg |
| Maximum Lifting Takeoff Weight[1] | 149.9kg |
| Maximum Wheelbase | 2,580 mm |
| Main Rotor Diameter | 1,600mm |
Dimensions |
|
| IP Rating[2] | Modules IP67; Aircraft IPX6K |
| Operating Ambient Temperature | -10℃～45℃ |
| Operating Ambient Humidity | 30%～90%RH |
| Spray Swath (Spray Width) | 4～15m |
| Terrain-Following Slope | 90° |
| Maximum Relative Speed for Safe Obstacle Avoidance[3] | ≤13.8m/s |
| Autonomous Operation Altitude[4] | 1.5～30m |
| Maximum Tolerable Wind Speed | 12 m/s (level 6 wind) |
| Maximum Flight Radius[4] | 2,000m |
| Operation Voltage | 18V～63V |
| Rated Power | 5kW |
| Motor KV Rating | 60KV |
| Stator Size | 167.1 × 65.6mm |
| Maximum Thrust | 73 kg (single motor) |
| Propeller Model | 6324 |
| Number of Rotors | 4 |
| Rotor Material | Carbon-fiber-reinforced polymer (CFRP) |
| Chemical Tank Rated Capacity | 70L |
| Chemical Tank Full-Load Capacity | 73L |
| Tank Weight | 6kg (including pump and flow meter) |
| Tank Material | PE |
| Nozzle Model | EAV-CCMS60 |
| Number of Nozzles | 2 or 4 |
| Nozzle Dimensions | 95mm × 172mm |
| Nozzle Weight | 1,110g |
| Droplet Size | 10～300 μm |
| Pump Type | Impeller pump |
| Pump Quantity | 2 |
| Pump Rated Power | ≤200W |
| Maximum Flow Rate | 40L/min, ±5% |
| Forward LiDAR Model | Scope128 [5] |
| Forward LiDAR FOV | Horizontal: 70° / Vertical: 180° |
| Forward LiDAR Detection Range | Maximum: 150m / Effective Outdoor: 80m (70 klux, 10% reflectivity) |
| Forward LiDAR Power | 35W |
| Upper Rotating Radar | 360° Active Phased-Array 4D Millimeter-Wave Radar [5] |
| Upper Radar FOV | Horizontal: 360° / Vertical: 140° |
| Upper Radar Detection Range | Maximum: 80m / Effective Outdoor: 60m (10% reflectivity) |
| Upper Radar Power | 15W |
| Lower Rotating Radar | 360° Active Phased-Array 4D Millimeter-Wave Radar [5] |
| Lower Radar FOV | Horizontal: 50° / Vertical: 270° |
| Lower Radar Detection Range | Maximum: 80m / Effective Outdoor: 60m (10% reflectivity) |
| Lower Radar Power | 12W |
| Product Model | EAV-FPV60 |
| Field of View (FOV) | 120° × 160° |
| Video Latency |
|
| Key Features | Electronic virtual gimbal; vibration damping; anti-water-ripple stabilization |
| Hopper Capacity | 100L |
| Spreading Width | 3～8m |
| Applicable Materials | Standard: Extra-Large Screw Feeder Assembly for 0.5–10 mm granules (fertilizer, wheat, animal feed, etc.) Optional: Large Screw Feeder Assembly for 4–10 mm granules (fertilizer, wheat, animal feed, rice, etc.) Optional: Small Screw Feeder Assembly for 0.5–4 mm granules (pelleted aquafeed, rice, rapeseed/canola seed, granular herbicides) |
| Spreader Structure | Involute centrifugal spinner disc |
| Material Discharge Mechanism | Screw feeder |
| System Weight | ≤5kg (Including Hopper) |
| Maximum Spreading Flow Rate[6] | 240kg/min |
| Maximum Spinner-Disc Power | 395W |
| Screw Feeder Max Power | 565W |
| Disc Speed Range | 200RPM～1,000RPM |
| Maximum Weighing Capacity | 100kg |
| Screw Feeder Speed Range | 0～450RPM |
| Maximum Feed Rate | 240kg/min (compound fertilizer) |
| Suitable Material Particle Size | 1～10mm |
| Application Rate Range | 0.2～50kg/mu |
| Application Rate Accuracy | ≤10% (wet material); ≤5% (dry material) |
| No-Discharge Detection Time | ≤500ms (Includes Empty Material / Blockage / Stall) |
| Battery Model | EAV-CTB45Ah (CTB Ultra-Fast-Charging Battery) |
| Battery Weight | 17.8±0.5kg |
| Rated Capacity | 45,000mAh |
| Battery Dimensions | 167 × 337 × 369.5mm |
| Charging / Discharging Current | Charging: 225A (5C) / Discharging: 450A (10C) |
| Full Charge Time | 9min (30%～95%) |
| Fully Charged Voltage | 59.92V |
| Battery IP Rating | IP65 |
| Battery Protection | Short-circuit, overcharge, overcurrent, fire protection |
| Charger Model | EAV-C60 (Cooling Charger) |
| Charger Dimensions / Weight | 330 × 339 × 450 / 19kg |
| Maximum Charging Power | 12,400W (dual ports); 3,600W (single port) |
| Input / Output Voltage | Input: AC90～264V / Output: 40～61V |
| Output Current | 225A |
| Charging Speed | Approx. 9 min with a ≥13 kW generator |
| Remote Controller Model | EAV-RC60 |
| RC Dimensions / Weight | 268 × 147 × 53mm (Antennas Folded) / ≥1.5kg |
| Communication Range / Band | Maximum 3,000m / 2.4GHz |
| RC Display Screen | 7.02 in; 1,200 × 1,920 px; 1,500 cd/m² |
| RC Battery Capacity & Life | 12,000mAh / >8 h (supports power-bank charging) |
| RC IP Rating & Ports | IP54 / USB-A, Type-C, TF card, SIM card |
| Handheld Surveying Tool Model | EAV-SUT60 |
| Surveying Tool Dimensions / Weight | 210 × 65 × 65mm / 317g |
| Surveying Tool Battery Life | >8h (2～3h full charge time) |
| Surveying Tool Comm. / GNSS | Bluetooth 2.4GHz / GPS, BDS, Galileo, GLONASS, NAVIC, QZSS, SBAS |
| Surveying Tool Accuracy | 0.01m + 1ppm |
| Relay Model | EAV-BAS60 |
| Relay Dimensions | 160 × 154 × 120mm (Antennas Folded) |
| Relay Battery / GNSS Support | 12,000mAh (>8h runtime) / GPS, BDS, Galileo, GLONASS, NAVIC, QZSS, SBAS |
| Relay IP Rating | IP54 |
[1] Payload is measured at sea level. Actual payload may vary with aircraft condition, battery cycle count, weather/temperature, and the mission. Payload may decrease at higher elevations or low temperatures (approx. 10% less payload per +1,000 m elevation). Always follow the system-recommended payload to ensure safe flight.
[2] Under controlled lab conditions, the core modules are rated IP67. Protection may decrease over time due to wear or aging. Liquid-ingress damage is not covered by warranty.
[3] When multiple UAVs operate close together or in complex environments, sensing performance may be reduced. Fly with caution.
[4] Factory defaults: max altitude 30 m, max speed 13.8 m/s, max distance 2,000 m.
[5] Do not rely solely on radar or vision sensing. Detection range and avoidance performance and ability to avoid or maneuver around obstacles varies based on environmental factors. Performance depend on lighting, rain/fog, and the object’s material/position/shape. In some modes or scenarios, the system may have limitations. Maintain visual line of sight and keep the UAV under control at all times.
[6] Spreading materials differ in density, particle shape, and flow behavior, so load weight and results may vary. Follow local regulations and adjust settings as prompted by the system.
* After purchase, complete inspection and a test run to confirm all tools, accessories, and parts are included. Losses due to improper inspection or use are the user’s responsibility.
* This information is for reference only and does not guarantee standard configuration. Actual configuration is subject to the contract/order/acceptance documents. Specifications may change due to firmware updates or product revisions without notice.
* Data (2000m) measured in an open, unobstructed environment free of interference. It refers to the max video transmission distance under specific standards. Actual range is subject to environmental interference, flight altitude, and obstructions.
* Depending on the pesticide formulation, the spray system may not achieve the required application accuracy (e.g., high-concentration powders). Perform testing, fine-tuning, and calibration as needed to meet performance requirements. If the required accuracy cannot be achieved, use with extreme caution or stop spraying, and adjust the mix ratio or switch to a different pesticide.