Surpass Hobby BAT B5322 200KV/360KV Brushless Motor for 14-15 Inch FPV Drones
Surpass Hobby BAT B5322 200KV/360KV Brushless Motor for 14-15 Inch FPV Drones
Surpass Hobby
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Overview
The Surpass Hobby BAT B5322 brushless motor is an FPV drone motor for 14-15 inch multirotor builds. It is available in 200KV and 360KV options, with an M6 clockwise-threaded shaft for propeller installation.
Key Features
- 48SH rotor with NdFeB magnet tiles and a hollow-core steel shaft.
- High-precision bearing construction.
- 220°C temperature-resistant multi-strand copper windings.
- 0.2 mm silicon steel laminations.
- Detachable design for easier motor cleaning, with a vented front cover intended to support heat dissipation.
- Available in 1PCS and 4PCS quantity selections.
Specifications
| Model | BAT B5322 |
|---|---|
| KV options | 200KV; 360KV |
| Recommended drone size | 14-15 inch |
| Stator configuration | 12N14P |
| Propeller shaft thread | M6 CW |
| Mounting pattern | 8 x M4, 30 mm diameter |
| Motor diameter | 63 mm |
| Overall length | 52 mm |
| Motor body length | 37.5 mm |
200KV Performance Data
| Maximum power | 2474.9 W |
|---|---|
| Maximum current | 49.34 A |
| Internal resistance | 48.50 mOhm |
| Weight including wire | 528.0 g |
| Maximum thrust | 8096 g |
| Test propeller | HQ1510 |
360KV Performance Data
| Maximum power | 4828.6 W |
|---|---|
| Maximum current | 116.40 A |
| Internal resistance | 24.00 mOhm |
| Weight including wire | 533.5 g |
| Maximum thrust | 11520 g |
| Test propeller | GF1507 |
Applications
Suitable for 14-15 inch FPV drone and multirotor platforms requiring a B5322-class brushless motor. For product selection assistance, contact rcdrone.top.
Details
Built for 14–15 inch FPV and multirotor platforms, the BAT B5322 is available in 200KV and 360KV options.
High-precision bearings, temperature-resistant copper windings, and 0.2 mm silicon steel laminations support efficient operation.
A detachable construction helps simplify cleaning, while the vented front cover is designed to support heat dissipation.
Refer to the performance tables and dimensional drawing to compare KV options, propeller test data, and mounting requirements.
