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© 2026 Upwash LLC·Patent US 2026/0062150 A1·Engineering aid, not for safety-critical or certification use.

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Motors›Scorpion SII-5535-160kV

Scorpion SII-5535-160kV

The Scorpion SII-5535-160kV is a 160 kv motor with a 55 × 35 mm stator, weighing 906 g and rated to 90 A.

Simulate this motor

Specifications

Identity

BrandScorpion
ModelScorpion SII-5535-160kV
kv160

Electrical

Max A90
Phase resistance27 mΩ
Poles14
Maker cells—
Curve pack12S

Mechanical

Weight2.00 lb
Stator55×35
Stator length35 mm

Limits

Max power—
MotorScorpion SII-5535-160kVThis page
Propeller22x13EPN
BatteryMaxAmps 1300mAh 12S
Throttle%
Charge%
Rotors
Free · no account needed

Open in the calculator

Performance

Pairings
Download CSV
ThrottleRPMThrust (lb)Power (W)Current (A)Efficiency (%)g/W
30 %2,3381.32 lb77 W1.567.67.77
40 %3,0492.33 lb153 W3.174.76.91
50 %3,7293.59 lb264 W5.478.96.17
60 %4,3675.05 lb411 W8.581.55.57
70 %4,9556.62 lb591 W12.583.15.08
80 %5,4838.23 lb794 W17.3844.7
90 %5,9499.81 lb1012 W22.884.64.39
100 %6,19910.71 lb1146 W26.384.74.24

Related

Other winds

  • Scorpion SII-5535-190kV

Paired with

  • 15x13.5-3
  • 20.5x10PN
  • 22x13EPN
  • 19x10E
  • MaxAmps 1300mAh 12S

Same class

  • E-Flite Power 90 325kV
  • MAD 5005 EEE 280kV
  • MAD 5005 EEE 350kV
  • MAD 5005 EEE 440kV
  • MAD 5005 IPE 280kV
  • MAD 5005 IPE 350kV
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.