ChinaDrone.Request a quote ↗
COMPONENT

HOBBYWING C7215

By HOBBYWING ↗

The HOBBYWING C7215 is an electric fixed-wing UAV cruise motor with a C7215-200KV specification. Its detachable propeller adapter, defined mounting patterns and published cable lengths support propulsion integration. Recommended companion components are identified, while optional locking hardware, IPC-dependent positioning and configuration-specific thrust figures require attention during procurement.

Request a quote ↗
HOBBYWING C7215-200KV fixed-wing UAV motor with black cylindrical housing.
HOBBYWING C7215-200KV fixed-wing UAV motor with black cylindrical housing.
HOBBYWING C7215-200KV fixed-wing UAV motor with a black housing and teal propeller adapter.
HOBBYWING C7215-200KV fixed-wing UAV motor with a black housing and teal propeller adapter.
Product purposeHOBBYWING C7215 electric fixed-wing UAV cruise motor, positioned as an alternative to traditional 30CC combustion engines.
Specification modelC7215-200KV
Protection levelIPX5
Motor dimensionsDiameter 80.9 × height 52 mm
Slots and poles24 slots, 22 poles
Stator dimensions72 × 15 mm

Product overview

The HOBBYWING C7215 serves electric fixed-wing UAV cruise propulsion, with C7215-200KV identified as the current specification model. The manufacturer positions it as an alternative to traditional 30CC combustion engines. The product described is a motor component rather than a complete aircraft or airframe kit. For procurement, the listed propeller, ESC and battery combination provides integration guidance. Titanium alloy nuts are expressly described as standard hardware on the propeller mount.

Its mechanical architecture combines a rectangular rotor-bracket cooling outlet, upper and lower steel mesh at the motor bottom, and a detachable propeller adapter. HOBBYWING claims that the outlet improves motor dissipation efficiency by 20% and that the mesh excludes particles at least 1 mm in diameter. The adapter accommodates folding and non-folding propellers and incorporates retention features. Electrical propeller-locking components are optional; customizable propeller positioning requires pairing with a HOBBYWING IPC ESC. These configuration dependencies should be resolved when selecting the propulsion assembly.

Installation planning can use the published 80.9 mm motor diameter, 52 mm height, mounting patterns and 555 g mass including wires. The three-phase leads are 100 mm long, while the magnetic encoder cable is 130 mm. HOBBYWING recommends a 12S LiPo combination for a single-motor takeoff weight of 25–30 kg. Rated and maximum thrust are respectively 5.5 kg and 16 kg with 48 V and a 21 × 10 propeller. The 111 A maximum-current specification requires a non-hermetic environment at ambient temperature no higher than 25°C.

Specifications

SpecificationValue & conditions
Product purposeHOBBYWING C7215 electric fixed-wing UAV cruise motor, positioned as an alternative to traditional 30CC combustion engines.
Specification modelC7215-200KV
Protection levelIPX5
Motor dimensionsDiameter 80.9 × height 52 mm
Slots and poles24 slots, 22 poles
Stator dimensions72 × 15 mm
Dynamic balance≤15 mg
Stator construction and coatingHigh-standard silicon steel sheet; rust-proof paint coating with 180°C temperature resistanceThe temperature qualification applies to the stator paint coating.
BearingWaterproof bearing
Enameled wire temperature resistance220°CTemperature resistance of the enameled wire.
Motor axle diameterDiameter 10 mm
Magnet temperature rating180°C
Propeller mounting dimensions4 × M3 at D20 mm and 4 × M4 at D23 mm
Insulation test500 V AC high-voltage resistance testPublished insulation test voltage, rather than operating voltage.
Motor mounting dimensions4 × M4 at D36 mm
Rated output power770 W, maximum continuousSpecified as rated output power, maximum continuous.
KV rating200 KV
Battery12S LiPo, 48 VPublished motor battery specification.
No-load current4.55 ANo-load current.
Maximum current111 ANon-hermetic environment with ambient temperature ≤25°C.
Rated thrust5.5 kg48 V with a 21 × 10 propeller.
Maximum thrust16 kg48 V with a 21 × 10 propeller.
Resistance24.6 mΩ
Wire size / lead-out configurationDirect lead-out enameled wireThe specification lists a lead-out arrangement rather than a numerical wire gauge.
Three-phase wire length100 mm
Magnetic encoder cable length130 mm
Weight555 g with wiresWeight includes wires.
Patented design certificationPatent No. 202311210278.7
Recommended propulsion combinationC7215-200KV motor; 19 × 10, 20 × 10 or 21 × 10 propeller; XRotor Pro H130A 14S BLDC IPC ESC; 12S LiPo battery; single-motor takeoff weight 25–30 kgRecommended application combination. The takeoff-weight range applies to the recommended single-motor application.
Propeller interface architectureRotor bracket accommodates folding and non-folding propellers; detachable adapter base incorporates anti-slip, anti-rotation and interlocking mechanisms.Interface description; confirm the selected propeller and adapter configuration.
SOURCE WITH CHINADRONE

Request a quote for HOBBYWING C7215

Send your application, destination country and expected quantity to the ChinaDrone team. We can discuss product selection, configuration and sourcing from China.

Submit your procurement requirements ↗

No account needed. A model number is optional. Your enquiry is handled by ChinaDrone.

KEEP EXPLORING

Similar products

Browse all products ↗
Maytech MT30A-SBEC-FP32 Falcon Pro 32bit brushless ESC with attached wires
Motors & ESCs

Maytech MT30A-SBEC-FP32 Falcon Pro 32bit

By Maytech

The Maytech MT30A-SBEC-FP32 Falcon Pro 32bit is a compact brushless ESC for RC aircraft and other remote-operated applications. It combines a 32-bit MCU with Maytech FP firmware, supports 2-4-cell LiPo batteries, and provides 30A continuous current, 40A burst current and a 5.5V/4A BEC. Programming-card control is optional.

MAD PULSAR BL-S 8S 100A 4IN1 ESC circuit board with gold connection pads
Motors & ESCs

MAD PULSAR BL-S 8S 100A 4IN1 ESC

By MAD Components

The MAD PULSAR BL-S 8S 100A 4IN1 ESC is a four-in-one drone electronic speed controller using BLHeli_S. Continuous-current operation requires forced air cooling that keeps overall temperature below 90 degrees. Intended for budget-conscious builds and casual flying, it is unsuitable for long-endurance aircraft using low KV motors without forced air cooling.