ECO Micro Series 1106 - 4500kv Brushless Motor
ECO Micro Series 1106 - 4500kv Brushless Motor
Product Code: ECOM11064500
Availability:In stock
$12.99

Specifications
- Framework: 9N12P
- Length: 19.9mm | Diameter: 14.2mm
- Propeller: 2"–3" | Weight: 6.7g (w/o wire)
- Prop adapter shaft: 1.5mm | Bearing shaft: 2mm | Shaft thread: CW
- Mounting: 9x9mm | Wire: 100mm 26 AWG silicone
Features
- Precision durable ball-bearings
- Steel shaft for high strength
- Anodizing for finish and corrosion resistance
- Multi-strand copper windings
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.
EMAX ECO Micro Series 1106 4500KV Brushless Motor
The EMAX ECO Micro 1106 4500KV is a purpose-built micro brushless motor for 2–3 inch FPV builds — lightweight, efficient, and built to EMAX's ECO Micro quality standards. The 9N12P configuration delivers smooth, linear power across the RPM range, while the 9x9mm mounting pattern fits the most common micro quad frames. At 6.7g without wire, it's one of the lightest motors in its class without sacrificing durability. The 4500KV winding is the lower-KV option in the 1106 lineup, suited for 3S builds and slightly larger prop diameters in the 2–3 inch range.
- 1106 stator, 4500KV — lower-KV option for 3S builds and larger props in the 2–3" range
- 9N12P configuration — smooth, linear power delivery across the RPM range
- 6.7g (w/o wire) — ultra-lightweight for micro quad builds
- 9x9mm mounting pattern — fits the most common micro quad frames
- 1.5mm prop adapter shaft — standard micro motor prop fitment
- Precision ball-bearings + steel shaft — durable construction for extended service life
- 100mm 26 AWG silicone wire — flexible, heat-resistant leads
A reliable, affordable micro brushless motor for 2–3 inch FPV racing and freestyle builds. Also suitable for custom cooling fans, gimbals, 3D-printed mechanisms, and STEM engineering projects requiring lightweight, high-efficiency brushless power.

































