GEPRC SPEEDX2 0803 11000KV Brushless Motor - Ultra Lightweight High RPM Whoop Micro Drone Propulsion Core

The GEPRC SPEEDX2 0803 11000KV Brushless Motor sets a professional milestone for ultra-micro multirotor dynamics, turning tiny sub-75mm whoop airframes into highly competitive racing machines. Weighing only a fraction of a gram per node, this specialized 11000KV outrunner combines high-density custom copper stators with premium arc magnets to establish an incredibly efficient 1S battery curve. The structural ventilation cuts maximize continuous airflow through the tiny winding tracks, preventing heat-induced voltage sag and providing pilots with long-lasting crisp terminal control throughout their aggressive indoor race heats.

Key Features :

• Featherweight Architecture: Keeps total take-off mass at an absolute minimum to preserve battery flight windows and enhance handling crispness.

• Aggressive 11000KV Constant: Tuned to deliver blistering high-RPM performance perfectly matched with ultra-light single-cell (1S) power lines.

• Precision Dynamically Balanced Bell: Every outrunner shell undergoes intense factory balancing routines to fully erase frame micro-vibrations.

• High-Flex Micro Leads: Pre-soldered with multi-strand flexible silicone wires for robust layout management across miniature flight controllers.

Use Cases :

• High-performance racing propulsion updates for 65mm and 75mm indoor brushless tiny whoop drones.

• Power assemblies for custom ultra-lightweight 1S toothpick frames and freestyle micro quadcopters.

• Miniature power units for indoor sub-gram custom experimental robotics and micro-flight mock-ups.

Technical Specifications :

Compatibility Information :

This micro brushless motor integrates seamlessly with modern tiny whoop AIO (All-in-One) flight electronics stacks. The base mounting footprint drops natively onto standard micro whoop frames like the BetaFPV Meteor65, Meteor75, Mobula6, and custom GEPRC micro kits. It pairs perfectly with lightweight gemfan or HQprop 31mm to 40mm press-fit propellers featuring matching 1.0mm center hubs.

Frequently Ask Questions :

Q1 ) Do you offer fast domestic shipping for this GEPRC motor to my warehouse city in India?

Ans : Yes, we provide rapid express courier dispatch across all major domestic logistics networks, covering key hubs like Pune, Mumbai, Bengaluru, New Delhi, Chennai, and Hyderabad. Orders are typically processed on the same day, ensuring quick ground transit directly to your doorstep.

Q2 ) Can I purchase this product locally from your fulfillment center in Maharashtra?

Ans : Absolutely. Our primary distribution hub operates out of Maharashtra, allowing us to offer standard economical shipping options as well as expedited delivery across nearby cities. Local regional buyers enjoy fast regional delivery timelines due to our proximity to state courier networks.

Q3 ) Are these official GEPRC imports covered by local warranty terms or return options?

Ans : We distribute 100% genuine factory-sealed GEPRC components directly through official global trade lines. Because micro drone parts are highly sensitive electronic items, they are strictly inspected for physical manufacturing defects prior to shipping; however, standard transit damage cover applies to all local shipments.

Q4 ) Do you manage commercial GST invoicing for educational institutions or bulk B2B enterprise orders?

Ans : Yes, our company fully accommodates professional commercial drone component procurement. You can enter your corporate GST details during checkout to generate a valid tax credit invoice for your drone lab, university engineering program, or local startup workspace.

Q5 ) Where can I get immediate technical assistance if I face trouble installing these motors onto a custom frame?

Ans : We maintain a dedicated online technical support desk staffed by experienced bench builders. You can easily reach out to our team via our official portal for prompt localized troubleshooting advice regarding flight controller soldering, rotation direction configurations, or frame spacing checks.