SpeedyBee 2006 1950KV Motor – The Ultimate 3.5-Inch FPV Powerhouse for Precision, Efficiency, and Long-Range Performance
The SpeedyBee 2006 1950KV motor represents a new generation of high-efficiency FPV motors engineered specifically for 3.5-inch cinewhoops, sub-250g cruisers, long-range micro quads, and versatile freestyle platforms. Built for pilots who demand stable handling, higher thrust efficiency, and uncompromising reliability, this motor delivers a level of performance that lifts the entire 3.5-inch segment to a professional standard.
Premium Engineering for Next-Level Flight Stability
The 2006 stator size offers a rare balance between torque and responsiveness, enabling precise maneuvering without sacrificing power. Unlike smaller 18xx or 20xx motors, the SpeedyBee 2006 1950KV provides superior mid-range torque, allowing tighter turns, smoother throttle curves, and improved prop control in turbulent air.
Key Structural Advantages
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High-precision CNC machined bell for consistent structural integrity
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N52SH heat-resistant magnets for stable torque during high-amp bursts
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0.15mm silicon steel laminations for reduced eddy current loss
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Reinforced shaft design rated for aggressive freestyle impacts
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Lightweight engineering optimized for sub-250g builds
This perfect balance ensures smooth cinematic shots, high-efficiency cruising, and confident long-range flights under diverse real-world conditions.
1950KV Rating – The Efficiency Sweet Spot for 3.5-Inch Platforms
The 1950KV configuration is engineered for:
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6S ultralight long-range builds
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High-efficiency 3.5-inch quads
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Cinewhoops needing additional torque without overheating
This KV range allows seamless compatibility with:
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3.5” bi-blade and tri-blade props
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6S 550–1100mAh Li-Po packs
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High-capacity Li-ion long-range packs
The result is exceptional runtime, stable cruising, and minimal temperature rise—even during extended flights over forests, industrial zones, and mountainous terrain.
Next-Generation Magnet Layout for Maximum Throttle Resolution
The motor uses a high-grade arc-shaped magnet array arranged for tight magnetic gaps. This significantly improves:
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Initial throttle resolution
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Low-end control for indoor cinewhoop shots
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Torque consistency at high RPM
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Reduced mid-throttle oscillations
Pilots experience immediate throttle accuracy, making it easier to:
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Fly through tight gaps
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Capture smooth cinematic lines
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Maintain stable altitude during slow-paced, cinematic operations
Advanced Cooling System for Continuous High-Load Flight
Heat buildup is the silent killer of FPV motors. The SpeedyBee 2006 addresses this with:
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Aerodynamic bell port design for improved forced airflow
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Hollow shaft ventilation
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High-temperature resistant windings
The motor stays significantly cooler during:
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Long-range mountain cruising
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Cinewhoop indoor shoots
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High-speed chase sequences
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Repeated sustained throttle punches
This thermal advantage ensures longer motor lifespan, better reliability, and consistent thrust even after prolonged flight sessions.
Perfect Propeller Pairing for Every Build
Recommended Prop Combinations
| Prop Size | Type | Performance Benefit |
|---|---|---|
| 3.5×2.8×3 | Tri-blade | Smooth, stable cinewhoop shots |
| 3.5×2.5×2 | Bi-blade | Maximum efficiency + longer flight time |
| 3.5×3.5×3 | Tri-blade aggressive | High thrust for freestyle |
| Model | SpeedyBee 2006-1950KV Motor |
| KV Value | 1950 |
| Stator Poles | 12N14P |
| Shaft Diameter | 1.5mm |
| Silicone Wire | 20# 150mm |
| Motor Weight (including wires) | 23.00g |
| Phase Resistance (including wires) | 133.27 mΩ |
| Operating Voltage | 6S |
| (1 OV) No-load Current (10V) | 0.49A |
| Maximum Power | 514.54 W |
| Maximum Current | 21.63 A |
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