Product
Powertrain modelSITLValidation Report
Database
MotorsPropellersBatteries
DocsBlogAboutPricing
Theme

Physics-accurate electric-UAV powertrain simulation.

  • SDK on GitHub
  • LinkedIn
Theme

Product

  • SITL & mission testing
  • Validation & methodology
  • Plans & pricing
  • Product changelog

Database

  • Motor database
  • Propeller database
  • Battery database

Developers

  • API documentation
  • API reference
  • Python SDK
  • MCP server for AI assistants
  • User guide

Company

  • About ThrustLab
  • Engineering portfolio
  • Engineering articles
  • Contact us

Legal

  • Terms of service
  • Privacy policy
  • Refund policy
© 2026 Upwash LLC·Patent US 2026/0062150 A1·Engineering aid, not for safety-critical or certification use.

We use cookies and analytics tools to understand how you use ThrustLab and improve the experience. Privacy Policy

Motors›RCinPower AOS Supernova 3220 925kV

RCinPower AOS Supernova 3220 925kV

The RCinPower AOS Supernova 3220 925kV is a 925 kv motor with a 39.4 × 36.3 mm stator, weighing 170 g and rated to 80.8 A.

Simulate this motor

Specifications

Identity

BrandRCinPower
ModelRCinPower AOS Supernova 3220 925kV
kv925

Electrical

Max A80.8
Phase resistance25 mΩ
Poles14
Maker cells—
Curve pack—

Mechanical

Weight0.37 lb
Stator39.4×36.3
Stator length36.3 mm

Limits

Max power—
MotorRCinPower AOS Supernova 3220 925kVThis page
Propeller—
Battery—
Throttle%
Charge%
Rotors
Free · no account needed

Performance

No published curves for this part yet

Related

Same maker

  • RCinPower AOS Supernova 2207 1570kV
  • RCinPower AOS Supernova 2207 1980kV
  • RCinPower AOS Supernova 2807 1400kV
  • RCinPower AOS Supernova 3220 700kV
  • RCinPower BISON 22.5-7 1800kV
  • RCinPower BISON 22.5-7 2500kV

Paired with

—

Same class

  • AXI 2808/24 CYCLONE 1190kV
  • AXI 2814/16 CYCLONE 1035kV
  • AXI 2814/20 CYCLONE 840kV
  • AXI 2820/12 CYCLONE 990kV
  • AXI 2820/14 CYCLONE 860kV
  • AXI 2826/10 CYCLONE 920kV
See all
Fast modelComputed 2026-10-03prom-rs/0.6.2Validation

The curves here are the Fast model, which every account and every visitor runs without limit. An account also runs the Full model, which solves a database propeller from its measured blade geometry.

Engineering aid — ThrustLab results are physics-based estimates, not certified data. Always bench-test and independently validate before committing a real build to flight. Not for safety-critical or certification use.