LUNN DYNAMICS

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T-Motor V2306 KV1950

professional fpv brushless motor. Specs read from manufacturer page ↗.

43.11TWR
1.46Thrust kg
0.034Weight kg
A$26.95Best price

estimated Thrust here is modelled from rated power and propeller diameter via momentum theory, not measured. Indicative only, so do not compare it like-for-like against measured figures.

Compare in selector Buy from Pyrodrone

Specifications

BrandT-Motor
ModelV2306
VariantKV1950
KV1,950
Stator2306
Weight34 g
Max thrust1,457 g
Test propeller5.5" (assumed)
Max current34.9 A
Max power821 W
No-load current0.85 A
Winding resistance0.067 Ω
Poles12
Shaft diameter5.0 mm
Hover efficiency2.51 g/W
Gradeprofessional
Applicationfpv
Data confidencereported
Thrust basismodelled
Efficiency basismodelled
Measured test points0

Where to buy

VendorPriceAs listedStockLead days
Pyrodrone USA$24.42USD 16.99backorder44buy ↗
DrUAV CNA$25.15USD 17.50backorder48buy ↗
Phaser FPV AUA$26.95AUD 26.95in stock3buy ↗
DrUAV CNA$32.99USD 22.96backorder48buy ↗
Pyrodrone USA$33.04USD 22.99backorder44buy ↗
DrUAV CNA$33.21USD 23.11backorder48buy ↗
DrUAV CNA$41.96USD 29.20backorder48buy ↗
DrUAV CNA$41.96USD 29.20backorder48buy ↗
DrUAV CNA$46.56USD 32.40backorder48buy ↗
DrUAV CNA$51.98USD 36.17backorder48buy ↗

Multi-pack listings are shown at their per-unit price so they stay comparable.

Compatible accessories

Parts this catalogue holds that fit this component, and the evidence behind each pairing. Fit is inferred from published specifications, not from having tried it. Confirm mounting and clearance before you buy.

stated The accessory listing names this component by size.

AccessoryTypeFrom
Gemfan 5.1x4.4 3-blade propellerpropellerA$1.79

rule of thumb The size conventionally run on a stator this big. Not a measurement -- check clearance and current draw before flying it.

CAD model

No CAD model linked yet.

How the metrics are calculated

TWR is max thrust divided by motor weight, motor only, static, excluding propeller and ESC. EFTWR scales that by hover efficiency and RPM headroom, so it equals TWR for a motor at 8 g/W and 10,000 RPM. Full methodology and the whole catalogue →