T-MOTOR Blog

1. What are Antigravity Motors? Antigravity motors  refer to advanced propulsion systems that aim to neutralize or counteract the effects of gravity, enabling objects to overcome the force that binds them to the Earth's surface. These motors utilize cutting-edge technologies and scientific principles to generate thrust and lift without traditional reliance on friction or contact with a medium. 2. The Science Behind Antigravity Antigravity motors rely on principles derived from fundamental physics, particularly electromagnetism and gravitational forces. By manipulating electromagnetic fields and harnessing their interactions with gravitational forces, these motors can create a repulsive or levitating effect, essentially defying gravity and enabling objects to achieve propulsion and lift. 3. The Role of Electromagnetism Electromagnetism plays a crucial role in antigravity motors. By utilizing superconducting materials and powerful electromagnetic coils, these motors generate intense

DATA LINK V2   ESC Product Description • Accurate Real-time Data Analyses • Data Collection & Processing • Support ESC Data of 8 Channels • Independent Data Transmission Serial Port DATA LINK V2 is a communication facility of ALPHA ESC for data collection ,   storage and transmission. Together with FC, DATA LINK V2 is capable of real-time   monitoring and logging of propulsion system for purposes as to failure data analysis   and operation conditions, which elevates the safety of aircraft. DATA LINK V2 can also   be used to change settings of ALPHA ESCS to match various motors. Disclaimer: Thanks for purchasing T-MOTOR products . The particularity of ALPHA ESCs requires special attention to this User Manual before use. Please keep strict compliance with what'’S indicated in the AL PHA ESC matching table. The propellers to be used with corresponding ESCs should not surpass the size limitation (T-MOTOR standard) shown in ALPHA ESC matching table. Any improper use including but no