Flywoo Robo 1003

Listed as: Flywoo Robo 1003 - Gold/Purple

Flywoo Robo 1003
Image: racedayquads.com
Stator1003
KV options14800
Weight3.3 g
Shaft1.5mm
Max cells1-2S
Configuration9N12P
Dimensions13.5x9.2 mm
Max thrust170 g
Price (approx.)16.99 USD

At 3.3 g it is right at the class average across the 3 1003-class motors in our database (avg 3.4 g).

Thrust data (Flywoo bench test)

KVPropBatteryThrottleCurrentRPMThrustEfficiency
14800 GF1608R*3 2S 50 2.4 A — 61 g 3.435 g/W
14800 GF1608R*3 2S 100 8.6 A — 141 g 2.216 g/W
14800 GF1609R*4 2S 50 2.5 A — 67 g 3.622 g/W
14800 GF1609R*4 2S 100 9.5 A — 154 g 2.191 g/W
14800 GF1635R*3 2S 50 2.4 A — 62 g 3.491 g/W
14800 GF1635R*3 2S 100 8.7 A — 143 g 2.221 g/W
14800 GF1635R*4 2S 50 2.8 A — 72 g 3.475 g/W
14800 GF1635R*4 2S 100 9.6 A — 154 g 2.168 g/W
14800 GF45mm*2 2S 50 2.4 A — 65 g 3.66 g/W
14800 GF45mm*2 2S 100 8.8 A — 155 g 2.38 g/W
14800 GF45mm*3 2S 50 2.8 A — 77 g 3.716 g/W
14800 GF45mm*3 2S 100 10.5 A — 170 g 2.188 g/W

Manufacturer bench figures (Flywoo bench, 14800 KV on six 1.6in and 45mm props at 7.4 V (2S), 50% and 100% throttle); real-world thrust varies with ESC, battery sag and prop condition.

Thrust-to-weight with this motor

RPM & prop speed on this motor

Props in this motor's class

PropSizeBladesWeight
weBLEEDfpv HQ Ultralight Whoop 31MM 1.22x1.0 3 0.16 g
HQProp 40MMX2 Ultralight 40mm Micro/Whoop 1.6x1.2 2 0.2 g
HQProp 51MMX2 Ultralight 2.0x0.9 2 0.23 g
Gemfan 35MMS 3-Blade 1.4x0.96 3 0.24 g
HQProp 40mm Ultralight 3-Blade 1.6x1.0 3 0.25 g

Where this data comes from

Bench rows are Flywoo's own "Product Parameters" table, the last of the eight description images the retail listing carries from Flywoo's store CDN; flywoo.net itself is Cloudflare-walled to this fetcher and publishes none of this where it can be read. The set is one winding - the bell rendered in it is printed "RB 1003 14800KV" - and the whole table sits at a flat 7.4 V (2S), 50% and 100% throttle on six props. The sheet's fourth column has a defective header (it prints a bare "3"); every row's Power is 7.4 V x that column, so it is the current in amps. Every printed Efficiency is Pull divided by that power. There is no RPM column, so no row carries one. The sheet's own full-throttle temperatures, which this schema has no field for, are 59 C on GF1608R*3, 64 C on GF1609R*4, 58 C on GF1635R*3, 64 C on GF1635R*4, 62 C on GF45mm*2 and 68 C on GF45mm*3, each measured under a 3 s full-throttle load. The dimensional drawing states a Phi1.5 mm shaft (also stated as "Output Shaft Diameter: 1.50MM" in the listing block) and a 3xM1.4 pattern on a Phi6.6 mm circle, which is a bolt circle and not the square mount_mm this schema carries; it prints the body as Phi13.5 x 8.8 mm against the listing block's 13.5 x 9.2 mm, so the published figure is left as the block states it.