D2622 1950KV AirDrive Brushless Motor

Big Motors > AirDrive (Drones/Fixed-wing)

$8.90
The D2622 1950KV brushless motor delivers optimized performance for lightweight RC gliders, fixed-wing aircraft, and compact multirotors.
SKU: 31251
Package weight: 0.06 KG
IN STOCK

 

D2622 1950KV Brushless Motor | RC Glider, Fixed-Wing Aircraft & Multirotor Motor Specifications

Descriptions

The D2622 1950KV brushless motor delivers optimized performance for lightweight RC gliders, fixed-wing aircraft, and compact multirotors. Engineered with precision-balanced components and efficient electromagnetic design, it provides exceptional torque-to-weight ratio for extended flight durations. The motor's compact form factor, thermal efficiency, and low-noise operation make it ideal for applications requiring smooth throttle response and reliable power delivery in soaring and FPV platforms.

1. Motor Specifications

ParameterSpecification
Motor Type3-Phase Sensorless BLDC
Protection RatingIP44 (Splash Water Protected)
Rated Voltage2S-4S LiPo (11.1V)
Continuous Power200W @ 11.1V
Max Torque0.9Nm (Peak) / 0.6Nm (Continuous)
Speed Range3,000–45,000 RPM (ESC Adjustable)
KV Rating1950-4500 RPM/V
Phase Resistance0.045Ω (Phase-to-Phase)
Shaft Diameter3.17mm (Hardened Steel)
Weight40g
Mounting16×19mm / M2 Threads (4-point)
DimensionsØ26mm × 22mm (Stator Diameter × Height)

2. Key Features

  • Lightweight Design: Optimized for small gliders and multirotors under 500g AUW

  • Precision Balancing: Composite rotor with <0.02g·mm dynamic imbalance

  • High Torque Output: Efficient thrust with larger propellers (9×5" range)

  • Dual-Bearing Support: Stainless steel bearings for high-RPM durability

  • Thermal Management: Aluminum housing with axial cooling fins

3. Performance Data

Application-Specific Efficiency

ApplicationVoltagePropeller/PitchEfficiencyThrust
RC Glider11.1V (3S)9×5" slow-fly89%620g
Fixed-Wing Aircraft11.1V (2S)8×4" folding87%480g
Multirotor11.1V (4S)6×3" carbon fiber91%340g/motor

4. Recommended Applications

🪂 RC Gliders & Fixed-Wing

  • • Thermal-soaring gliders (1.2–2.2m wingspan)

  • • Trainer aircraft (e.g., Bixler, Volantex Ranger)

  • • FPV reconnaissance platforms

✈ Multirotors

  • • 250–350mm micro quadcopters

  • • Cinematic tricopter gimbal carriers

⚡ Hybrid Systems

  • • VTOL (Vertical Takeoff/Landing) prototypes

5. Thermal Characteristics

  • Continuous Operation: ≤65°C @ 25°C ambient

  • Cooling Requirements: 3m/s airflow (passive sufficient for gliders)

  • Thermal Protection: Auto-shutdown at 105°C

  • Storage Conditions: -20°C to +60°C, <70% RH

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Frequently Asked Questions

What VESC current rating do I need for my motor?
Choose by your motor’s phase-current demand and application. 200A–500A VESC controllers suit ebikes, scooters and light robotics; 1000A-class units power high-performance eskate, EUCs and small EVs; 2000A controllers target electric motorcycles and industrial drives. Always leave headroom above your battery’s fully-charged voltage.
Do you offer OEM/ODM customization for VESC controllers?
Yes. ChatRobotic is an ISO 9001 and ISO 14001 certified manufacturer providing OEM/ODM VESC controllers, custom firmware, enclosure design and PCB assembly for 200A–2000A applications. Contact our engineering team with your specs to start a custom build.
How long is the lead time and which shipping methods do you use?
In-stock VESC controllers are shipped via DHL/FedEx after payment is received. Delivery time depends on the shipping method: DHL/FedEx priority express 3–5 business days, economy express 4–6 business days, registered post 8–20 business days, worldwide. OEM/ODM and bulk orders are scheduled by customization scope. Logistics tracking is provided after shipment.
Are these VESC controllers compatible with sensored and sensorless motors?
Yes. ChatRobotic VESC controllers support both sensored (hall-sensor) and sensorless BLDC/PMSM motors and work with a wide battery range. FOC, regen braking, throttle curves and telemetry are fully configurable through VESC Tool.