GTII-2212T Brushless Motor - 1800kv - Threaded Shaft
GTII-2212T Brushless Motor - 1800kv - Threaded Shaft
Product Code: GTII-2212T-1800kv
Availability:In stock
$19.99
Specifications:
Framework: 12N14P
Length: 48.1mm | Diameter: 27.7mm
Recommended Props (1800KV): 6"–8" | Weight: 52.2g
Recommended Props (2200KV): 5"–7" | Weight: 52.3g
Recommended Props (2450KV): 5"–6" | Weight: 52.5g
Prop Adapter Shaft Thread: M5 | Bearing Shaft: 4mm | Shaft Thread: CW
Features:
- Silky smooth precision ball bearing
- Durable steel shaft
- High quality anodizing
- 19x16mm mounting pattern
- Multi-strand winding for optimal performance
- Long 120mm 20 AWG silicone motor wires with bullet connectors
Includes:
5x M3x6 screws (motor mount), 5x M3x6 screws (end bell), 5x M3x7 screws (end bell), 1x washer and screw for shaft, 1x aluminum M5 Ny-lock nut, 1x motor mount
EMAX GTII-2212T — Brushless Motor 1800KV Threaded Shaft
The EMAX GTII-2212T is a 2212-class brushless motor with a threaded M5 shaft, built for fixed-wing RC aircraft, large-format multirotors, and builds that need a reliable, high-torque motor in the 5"–8" prop range. The 1800KV winding is optimized for 6"–8" propellers on 3–4S, delivering efficient, smooth power for cruising and sport flying. The 12N14P stator, multi-strand copper winding, and precision EZO-spec ball bearings combine for consistent output and long service life. The 19x16mm mounting pattern and included hardware kit make installation straightforward on most standard motor mounts.
- 2212 class, 1800KV — optimized for 6"–8" props on 3–4S builds
- M5 threaded shaft — secure prop retention for fixed-wing and multirotor applications
- 12N14P stator — smooth, efficient power delivery across the RPM range
- 19x16mm mount pattern — fits standard motor mounts with included hardware
- 120mm 20 AWG silicone wires — long leads with bullet connectors for flexible installation
Reliable, smooth, and built for the long haul — the GTII-2212T is the workhorse motor for fixed-wing and large-format builds.



























