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HOBBYWING X15

By HOBBYWING ↗

HOBBYWING X15 is an integrated propulsion assembly for UAVs with heavy-load requirements, identified as “X15 Integrated Drone Propulsion System.” Its procurement specification covers a motor, ESC and propeller configuration, electrical and control interfaces, and qualified thrust and weight figures. Buyers should and accessory inclusion before integration.

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HOBBYWING X15 integrated propulsion system with propeller, motor and ESC mounted on an arm tube.
HOBBYWING X15 integrated propulsion system with propeller, motor and ESC mounted on an arm tube.
Product nameX15
Recommended takeoff weight per axis32.5-37.5kg/rotorPer rotor; recommendation for the selected propulsion configuration.
Efficiency at recommended takeoff weight8.2-7.6g/WEfficiency at the recommended takeoff weight per axis of 32.5-37.5kg/rotor.
Compatible lithium battery18S (LiPo)
Operating temperature-10 to 40°C
Throttle interfacesPWM+CAN

Product overview

The HOBBYWING X15 is intended for heavy-load UAV propulsion, with applications spanning agriculture, training, logistics, firefighting, surveying and inspection. An integrated motor, ESC and propeller architecture rather than a complete flight platform: “X15 Integrated Drone Propulsion System.” Its modular construction is presented as supporting installation and maintenance: “Highly Integrated and Modular Designed Propulsion System.” The specified propeller is “MFP 63x24 carbon plastic propeller,” with its material clarified as “Carbon fiber reinforced nylon composite material.” Package contents beyond the described propulsion configuration are not itemized.

Integration planning should account for the published arm-tube diameter, battery specification, control interfaces and electrical limits listed below. Configuration flexibility comes from ESC parameter access: “The basic parameters of ESC can be adjusted using HOBBYWING DataLink, CAN Analyzer, DroneCAN GUI, etc.” Changes require care because “Parameter modifications will affect actual flight performance; adjust with caution.” “Throttle range calibration Not available” but explains that “Both methods support the change of throttle stroke.” Procurement should therefore distinguish the published fixed input range from the documented controller-side and motor-side adjustment procedures.

Specifications

SpecificationValue & conditions
Product nameX15
Recommended takeoff weight per axis32.5-37.5kg/rotorPer rotor; recommendation for the selected propulsion configuration.
Efficiency at recommended takeoff weight8.2-7.6g/WEfficiency at the recommended takeoff weight per axis of 32.5-37.5kg/rotor.
Compatible lithium battery18S (LiPo)
Operating temperature-10 to 40°C
Throttle interfacesPWM+CAN
Communication protocolCAN
Powertrain arm tube outer diameter60mmSpecified outer diameter of the powertrain arm tube; confirm the selected mounting configuration.
Ingress protectionIPX6
Rated output power4400WMaximum continuous output rating.
Wire sequencePWM: black—GND, white—signal. CAN: red—CAN High, gray—CAN Low.
DataLink versionDataLinkBox G3Identified DataLink version.
Motor configurationKV: 45rpm/V; stator: 156×23mm; waterproof bearing
Motor KV45rpm/V
Motor stator size156×23mm
Motor bearingWaterproof bearing
Recommended battery18S (LiPo)ESC battery recommendation.
PWM input signal level3.3V/5V
Compatible signal frequency50-500Hz
Throttle pulse width1050-1950μs (fixed)Published as a fixed throttle pulse range; changing throttle stroke through flight-controller settings or propulsion-system parameter adjustments.
Maximum allowable voltage78.3V
Maximum allowable current300 AApplies in a non-hermetic environment at ambient temperature ≤60°C; published for short-time and continuous operation.
BECNone
CAN resistanceNo termination resistance
CAN default baud rate500k bpsDefault setting.
Protocol versionHWCAN+DroneCAN
CAN sampling rate83.3%
Diameter × thread pitchMFP 63x24Manufacturer lists this designation under its diameter and thread-pitch heading; confirm the selected propeller configuration.
DataLinkBox G3 telemetry and physical specifications
  • Telemetry: UART, CAN, RS485, USB*, Bluetooth*;
  • voltage: 6-81V;
  • size: 67×52.8×15mm;
  • weight: 50g
These specifications describe the DataLinkBox G3 accessory, not the propulsion unit. USB and Bluetooth retain asterisks; their qualifications are not explained in the supplied passage. Inclusion is not established.
Maximum thrust and configured weightMaximum thrust: 72kg; weight with cable and propeller: 5908gMaximum thrust is specified at 69V and sea level, measured in a laboratory at 25°C with throttle adjustment. Weight includes cable and propeller and may vary between production batches.
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