ECO Micro Series 1404 - 6000kv Brushless Motor
ECO Micro Series 1404 - 6000kv Brushless Motor
Product Code: ECOM14046000
Availability:In stock
$12.99

Specifications
- Framework: 9N12P
- Length: 19.75mm
- Diameter: 18.8mm
- Propeller: 2.5" - 4"
- Weight: 8.6g (W/O Silicone Wire)
- Prop adapter shaft diameter: 1.5mm
- Bearing Shaft: 2mm
- Shaft Thread: CW
Features
- Precision durable ball-bearings
- Steel shaft for high strength
- Anodizing for finish and corrosion resistance
- 9x9mm hole pattern
- Multi-strand copper windings
- 100mm 26 AWG silicone wire
EMAX brushless motors are suitable for a wide range of hobby, engineering, and custom motion-control applications. They're ideal for high-speed propulsion, precision motion control, custom cooling fans, gimbals, 3D-printed mechanisms, and STEM or engineering prototypes.
If you're building lightweight, high-efficiency systems that need reliable power, smooth operation, and long service life, EMAX brushless motors are the go-to solution.
EMAX ECO Micro Series 1404 6000KV Brushless Motor
The EMAX ECO Micro 1404 6000KV is the high-KV variant of the 1404 micro brushless motor — a step up in stator size from the 1106, delivering more torque and thrust for 2.5–4 inch prop builds. At 6000KV, it's tuned for 2S builds where maximum RPM and fast throttle response are the priority. The 9x9mm mounting pattern fits the most common micro quad frames, and at 8.6g without wire it remains lightweight for its stator class.
- 1404 stator, 6000KV — high-KV for 2S builds with 2.5–3" props
- More torque than 1106 — larger stator for stronger thrust at the same prop sizes
- 9x9mm mounting pattern — fits the most common micro quad frames
- 8.6g (w/o wire) — lightweight for a 1404 stator
- 1.5mm prop adapter shaft — standard micro motor prop fitment
- Precision ball-bearings + steel shaft + anodized finish — durable, corrosion-resistant construction
The high-KV choice for 2S micro builds running 2.5–3 inch props. Also suitable for custom motion-control applications, gimbals, and STEM engineering projects.





























