Description

GEPRC SPEEDX2 2107.5 1960KV/2450KV Moto

Name: GEPRC SPEEDX2 2107.5 1960KV/2450KV Motors
SKU: S21M7712XB
Availability: InStock

The GEPRC SPEEDX2 2107.5 1960KV/2450KV Motors are the second generation GEPRC motors designed from scratch.

The GEPRC SPEEDX2 2107.5 Motor is a high-performance brushless motor engineered specifically for FPV drone pilots who demand a perfect balance of power, durability, and control. Designed for 5-inch drone frames such as the GEPRC Mark 4 HD5 and Mark 4, this motor is an excellent choice for both freestyle flying and competitive FPV racing.

Constructed from customized, premium-grade materials, the SPEEDX2 2107.5 motor delivers exceptional strength while remaining remarkably lightweight. This optimized weight-to-power ratio improves the overall flight dynamics of your drone, enhancing maneuverability and responsiveness without compromising on performance or endurance.

One of the standout features of the SPEEDX2 motor is its advanced engineering and precise throttle control. Whether you’re executing complex tricks, navigating tight race courses, or cruising at high speeds, the motor responds instantly and smoothly, giving pilots unmatched control and confidence in every movement. The result is a flying experience that is both powerful and silky-smooth.

The motor’s design also emphasizes efficient heat dissipation, which helps maintain optimal operating temperatures even during prolonged high-speed flights. This ensures long-lasting performance and reduces the risk of thermal damage, especially under extreme load conditions.

Additionally, the SPEEDX2 2107.5 is built to be highly crash-resistant, thanks to its robust structural design and durable construction. This makes it a reliable choice for aggressive freestyle pilots who push their gear to the limit. Shop now on Xboom.

Whether you’re building a high-speed racing rig or a freestyle beast, the GEPRC SPEEDX2 2107.5 motor delivers the perfect blend of speed, durability, and finesse—making it a top-tier choice for demanding FPV pilots who don’t want to compromise.