X13842 92KV Heavy Lift Brushless Motor – 19.6kW for 140-160KG Industrial Drone
$ 985
Inventory
1000
隐藏域元素占位
- Product Description
-
SPECIFICATION
Voltage range
Nn-load current
Nn-load speed
Load type
Load curren
Load speed
Load tension
Configura tion
Maximum power
Motor weight
(V)
(A)
(RPM)
(paddle）
（A)
(RPM)
(G)
(Slot N pole P)
(W)
(G)
12~60
6
4600
G40*13.1 GF
125
3600
80920
36N40P
19600
3385
TESTREPORT
Volts (V)
Propeller
Throttle
Amps (A)
Watts (W)
Thrust (G)
Speed (RPM)
Efficiency (G/W)
Motor temperature(℃)
50V
G40*13.1 GF
50%
48
2400
24920
2300
10.38
65℃ 10min
60%
60
3000
35560
2600
11.85
75%
90
4500
52920
3100
11.76
85%
110
5500
64680
3300
11.76
100%
125
6250
80920
3600
12.94
Outline Drawing & Mechanical Dimensions
X13842 92KV Heavy Lift Brushless Motor – 19.6kW for 140-160KG Industrial Drone
Industrial-grade heavy lift motor for 40" propellers, agricultural drones, cargo UAVs, and large-scale aerial platforms
🏆 Peak Efficiency: 12.94 g/W | Max Thrust: 80.9kg | Power: 19.6kW | Weight: 3.38kg1. Product Overview
The X13842 92KV is a heavy-duty industrial-grade brushless DC motor designed specifically for large-scale UAVs with 140-160KG takeoff weight, including agricultural spraying drones, cargo delivery platforms, and industrial heavy lift applications.
With a maximum power of 19.6kW, a KV rating of 92KV, and a peak efficiency of 12.94 g/W, this motor delivers exceptional thrust (up to 80.9kg / 178lbs) while maintaining excellent efficiency for extended mission durations. At just 3.38kg, it offers an outstanding power-to-weight ratio for its class.
Built on an advanced 36N40P magnetic design with industrial-grade materials, large diameter bearings, and precision CNC construction, this motor is engineered for demanding commercial UAV operations.
At a glance: Four X13842 motors provide 323kg total thrust, safely lifting drones with 140-160KG takeoff weight. The lighter 3.38kg design makes it ideal for weight-sensitive heavy lift platforms.Key Applications:
- Agricultural spraying drones (crop dusting, fertilization)
- Heavy cargo delivery UAVs (last-mile logistics)
- Industrial inspection platforms (power lines, pipelines)
- Search and rescue heavy lift drones
- Firefighting drone systems
- Aerial mapping with heavy sensor payloads
2. Technical Specifications
Parameter Value Motor Parameters Model X13842 KV Rating 92 KV Voltage Range 12~60S LiPo / LiHV (up to 216V) No-Load Current 6.0 A No-Load Speed 4,600 RPM Maximum Power 19,600 W (19.6 kW) Maximum Load Current 125 A (with G40*13.1 GF propeller) Maximum Thrust 80,920 g (≈80.9 kg / 178 lbs) Propeller & Configuration Recommended Propeller G40*13.1 GF (40x13.1 inches) Motor Configuration 36N40P (36 slots, 40 poles) Motor Weight 3,385 g (3.38 kg / 7.46 lbs) Operating Temp (max) ≤65°C under typical load 3. Performance Test Report
Test condition: 50V input (≈12S), G40*13.1 GF propeller (40x13.1 inches), ambient temp 25°C
Throttle Amps (A) Watts (W) Thrust (g) Speed (RPM) Efficiency (g/W) Temp (10 min) 50% 48 2,400 24,920 2,300 10.38 65°C 60% 60 3,000 35,560 2,600 11.85 65°C 75% 90 4,500 52,920 3,100 11.76 - 85% 110 5,500 64,680 3,300 11.76 - 100% 125 6,250 80,920 3,600 12.94 - - Peak efficiency of 12.94 g/W at full throttle – excellent efficiency across the entire power band
- Consistent efficiency – 10.38-12.94 g/W from 50-100% throttle
- Maximum thrust of 80.9kg (178 lbs) per motor – 323kg total for quadcopter
- Thermal performance: 65°C after 10 minutes at 60% load – reliable for industrial applications
- Note: Test conducted at 50V (≈12S). Higher voltage batteries up to 60S will increase power output.
4. Key Applications
The X13842 92KV is field-proven for:
- Agricultural Spraying Drones – 140-160KG takeoff weight supports 50-70L liquid payloads. Consistent 11-13 g/W efficiency enables extended operating hours.
- Heavy Cargo Delivery – 80.9kg per motor provides ample lift for commercial cargo UAVs. Suitable for last-mile logistics and supply delivery.
- Industrial Inspection – Low vibration and stable RPM for sensitive sensor payloads (LiDAR, thermal cameras, gas detectors).
- Search and Rescue – High reliability and thermal stability for emergency response operations.
- Firefighting Drones – Capable of lifting fire suppression payloads for aerial firefighting.
- Aerial Mapping – Stable platform for heavy mapping sensors and multi-sensor arrays.
5. Why Engineers Choose X13842
Feature Benefit 12.94 g/W peak efficiency Extended flight time for commercial missions – 20%+ longer than competitors 36N40P high-torque design Smoother operation, superior low-speed control, reduced vibration Wide voltage range 12~60S Compatible with 12S to 60S battery systems – flexible power options Lightweight 3.38kg design 15% lighter than comparable motors – increases payload capacity 80.9kg max thrust per motor 323kg total thrust for quadcopter – safely lifts 140-160KG Outstanding thermal performance 65°C max temperature – reliable for continuous industrial operation Key takeaway: The X13842 92KV delivers 12.94 g/W peak efficiency at just 3.38kg – making it one of the lightest motors in its power class. With 80.9kg thrust per motor and 65°C thermal stability, it's the optimal choice for weight-sensitive heavy lift platforms with 140-160KG takeoff weight.6. Quality & Compliance – Global Market Ready
- CE / RoHS / REACH certified for EU import
- 100% tested before shipment: no-load current, vibration, insulation resistance, thermal performance, and full load thrust verification
- Precision balanced rotor for smooth operation at high power
- 2-year warranty or 2000 operating hours
- IP54 rated – dust and splash resistant for outdoor operations
Built with aerospace-grade materials, high-temperature neodymium magnets, and heavy-duty bearings, this motor is designed for commercial-grade reliability.
For OEM orders, we provide individual test reports, material certificates, and engineering support.
7. Frequently Asked Questions
What is the maximum takeoff weight for a quadcopter using X13842 motors?Four X13842 motors provide approximately 323kg total thrust (4 × 80.9kg). For safe operation with 50-60% throttle hover, the recommended takeoff weight is 140-160KG. This allows for 50-60% power reserve for climbing and maneuvering.
What propeller is recommended for X13842 92KV?The optimal propeller is G40*13.1 GF (40x13.1 inches). This propeller has been specifically tested and matched for this motor. For custom applications, 38-42 inch propellers are compatible with appropriate tuning.
What battery voltage should I use?Voltage range is 12~60S. Our test report used 50V (≈12S). For higher power output, higher voltage batteries can be used up to 60S (≈216V). Higher voltage reduces current for the same power, improving system efficiency.
What is the difference between X13842 and X13850?X13842 (this model): 36N40P, 3.38kg, 19.6kW, 80.9kg thrust, 12.94 g/W peak.
X13850: 30N40P, 4.03kg, 23.3kW, 96.3kg thrust, 16.65 g/W peak.
Choose X13842 for weight-sensitive 140-160KG platforms; choose X13850 for higher payload 150-170KG applications.What is the maximum continuous current?For continuous operation (＞30 min), we recommend ≤90A (≈75% throttle). Brief peaks up to 125A are acceptable for takeoff and climbing.
What ESC is recommended for this motor?We recommend a 200A-250A FOC (Field Oriented Control) ESC with CAN or PWM input, supporting 12S-60S input voltage. Compatible ESC models available upon request.
What is the efficiency at hover throttle?For a 140-160KG quadcopter, hover throttle is typically 50-60%. At 60% throttle, the motor achieves 11.85 g/W. At full throttle, efficiency reaches 12.94 g/W.
What is the motor's IP rating?The X13842 has an IP54 rating – dust protected and splash resistant from any direction. For underwater or heavy rain applications, an IP68 sealed version is available upon request.
Do you provide custom winding (other KV)?Yes. KV can be customized from 60KV to 150KV for the X13842 stator. MOQ applies for custom KV. Typical lead time for custom windings is 30-40 days.
Is there a test report for each motor?Yes. For industrial orders, we provide individual test reports including no-load current, vibration analysis, thermal imaging, and full load thrust verification. Additional QC documentation available upon request.
8. Ordering & Customization Options
Option Available Choices KV value 60 / 75 / 92 / 110 / 130 / 150 KV (92KV is standard) Cable length 500mm / 1000mm / 1500mm / custom Connector type AS150 / AS300 / 8mm bullet / bare wire Shaft diameter 12mm / 15mm / 20mm Hall sensors Standard / Optional for FOC control IP rating IP54 (standard) / IP68 (upon request) Sample lead time: 15-20 days (single unit)
Bulk lead time (≥10 units): 30-40 days for stock KV; 40-50 days for custom windings
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