T-MotorHobby AM20 Pro Combo

$134.95 AUD

GST included

Out of stock

Order in H, M, Seconds (before 1pm Sydney time) for same day despatch.

Pickup availability

1/80 Somersby falls RD, Somersby NSW

Unavailable for pickup

SKU: 34449

Categories: Drone Motors, Micro Quadcopter Motors, Quadcopter Motors, T-Motor, T-Motor Motors

Tags: 10XXKV, 15XXKV, Drone Motor, Micro Motor

Add to Wishlist

Why buy from Phaser FPV?

Dependable — Phaser started in 2012. Long reputable history and 5 star reviews.
Speed — All stock is in our retail store in Somersby NSW Australia. We ship express today; you often receive tomorrow. Shipping details.
Transparent stock — If it says in stock, we ship today. If we know the ETA, we show it on the product.
Experience — Across our staff you'll find people who fly, build, and use this gear. Not sure what to buy? Call us — we'll help you avoid buying twice.
Free gift on first and recurring orders
Active on social media — tag us or DM us
Large Facebook community for like-minded pilots
GST registered — handy if you need to claim GST (some niche FPV stores are not)

Are you looking to buy T-MotorHobby AM20 Pro Combo in Australia?

The TMOTOR AM20 Pro Combo brings together everything you need for high-performance indoor F3P flying in one lightweight package. Designed specifically for 50–100 g indoor aerobatic planes, this combo delivers smooth, responsive power and effortless control for precise routines and competition tasks.

Features

Complete power system: Includes AM20 Pro motor, AM06A ESC and TS10×3.1 carbon propeller — everything you need in one combo.
Lightweight performance: Optimised for indoor F3P models, keeping overall airframe weight low for crisp control and agile manoeuvres.
Smooth, linear power: Delivers a predictable thrust curve that helps pilots execute precise aerobatic actions.
Professional-grade testing: Bench-tested and refined on competitive platforms to ensure consistent, reliable performance.
Optimised efficiency: High-temperature silver winding improves heat tolerance and efficiency under demanding flight conditions