Hacker A20-26M EVO, 1130 RPM/Volt
As of April 2026 · Prices incl. VAT unless stated otherwise.
-
Delivery time Germany: 1-3 business days.
-
Free shipping on orders over 129 EUR (within Germany, excluding product-dependent surcharges!)
Hacker A20-26M EVO, 1130 RPM/Volt
Hacker A20-26M EVO
The A20 motors are small outrunners with excellent efficiency at minimal weight. Of course, these A20 motors also use efficient neodymium magnets adapted to the radius.
The A20 motors come with a comprehensive accessory set including spare shafts, motor mounts for rear-wall mounting, prop adapters, and the necessary screws!
The 2008 EVO version impresses with its low weight, improved cooling, even higher temperature stability, and the new end plate.
With the A20-26M EVO and 3S LiPo batteries, gliders up to 800g, sport and scale models up to 600g, and even 3D aerobatic models up to 400g are optimally motorized.
Propeller Measured Values:
- Power Source: Power Supply Power Supply
- Propeller [Inch]: 9x4.7 APC-Slow 9x5 ACC (Folding)
- Voltage [Volt]: 10.5 10.5
- Current [Ampere]: 11.7 10.7
- RPM [U/min-1]: 8804 9076
- Power [Watt]: 123 112
Technical Data:
- Manufacturer: Hacker
- Power Range: max. 150W (15 sec.)
- No-load Current at 8.4V: 0.7A
- Internal Resistance: 0.117 Ohm
- No-load RPM per Volt: 1130 U/min-1
- Outer Diameter: 28mm
- Length: 30mm
- Motor Shaft: ø3mm, 12mm long
- Weight: 42g
- Motor Type: 14-pole Outrunner
- Controller Recommendation: 12-20 Ampere brushless
An excerpt from our FAQ
How long is the processing time?
The processing time for orders where all items are in stock is a maximum of 24 hours. If products are missing from your order, we will immediately send you an order confirmation with a delivery date for the missing items.
Do you also ship internationally?
Of course, we also ship internationally. You can find more information under Shipping Methods.
How can I return it?
You can return purchased items within the statutory withdrawal period. You can find more information on this in the Widerrufsbelehrung (right of withdrawal policy).