PyroDrone Hyperlite 1804.5 motors thrust test

3022Kv, 2522Kv, 1922K

Specifications

  • Weight: 14.5-grams (with 24AWG 150mm wire)
  • Mounting pattern: 12x12mm M2
  • Prop shaft diameter: T-Mount 1.5mm

Results

Coverage

Motor Kv Prop 4S 5S 6S
3022Kv HQProp T4x2.5 O X
Gemfan Hurricane 4024-2 O !
HQProp T4x2x3 !
Gemfan Hurricane 4023-3 !
HQProp T5x3 X
HQProp T5x2x3 !
Gemfan 5125-3 X
2522Kv HQProp T4x2.5 O !
Gemfan Hurricane 4024-2 O !
HQProp T4x2x3 O !
Gemfan Hurricane 4023-3 ! !
HQProp T5x3 ! X
HQProp T5x2x3 !
Gemfan 5125-3 !
1922Kv HQProp T4x2.5 O O O
Gemfan Hurricane 4024-2 O O O
HQProp T4x2x3 O O O
Gemfan Hurricane 4023-3 O O O
HQProp T5x3 O ! X
HQProp T5x2x3 O ! X
Gemfan 5125-3 O ! X
O = completed
! = completed but got very close to overheating (200F)
X = did not finish; temp got too high (200F) or reaches > 30A draw
blank = did not test / will most likely be too much for the motor

Results

3022Kv + 4" props @ 4S

PyroDrone Hyperlite 1804.5 3022Kv-4in-4S

3022Kv + 4" props @ 5S

PyroDrone Hyperlite 1804.5 3022Kv-4in-5S

3022Kv + 5" props @ 4S

PyroDrone Hyperlite 1804.5 3022Kv-5in-4S


2522Kv + 4" props @ 4S

PyroDrone Hyperlite 1804.5 2522Kv-4in-4S

2522Kv + 4" props @ 5S

PyroDrone Hyperlite 1804.5 2522Kv-4in-5S

2522Kv + 5" props @ 4S

PyroDrone Hyperlite 1804.5 2522Kv-5in-4S

2522Kv + 5" props @ 5S

PyroDrone Hyperlite 1804.5 2522Kv-5in-5S


1922Kv + 4" props @ 4S

PyroDrone Hyperlite 1804.5 1922Kv-4in-4S

1922Kv + 4" props @ 5S

PyroDrone Hyperlite 1804.5 1922Kv-4in-5S

1922Kv + 4" props @ 6S

PyroDrone Hyperlite 1804.5 1922Kv-4in-6S

1922Kv + 5" props @ 4S

PyroDrone Hyperlite 1804.5 1922Kv-5in-4S

1922Kv + 5" props @ 5S

PyroDrone Hyperlite 1804.5 1922Kv-5in-5S

1922Kv + 5" props @ 6S

PyroDrone Hyperlite 1804.5 1922Kv-5in-6S

Disclaimers

  1. PyroDrone sent me these new motors and paid me for the time to do these tests.
  2. These tests are static. They are performed on the bench under a common baseline. They do not reflect performance on actual flights, but they do provide enough data to be usable. Use this data to predict if a particular combination will work for your applications, but I will not be responsible for any damages or repercussions if it actually doesn't.
  3. Thrust, efficiency and weight are not the only variables for determining a motor performance. Torque and response time are also important, but are not covered here. Mini Quad Test Bench has a very informative article about this.

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