As part of our commitment to delivering top-notch products, we have diligently worked on improving the F-Series ESCs. We're excited to announce the release of our latest V2 hardware, which features some notable enhancements.

This article is a technical deep dive into the measurement and characterisation of the input voltage ripple to an ESC. As discussed in this blog post, input capacitors maintain a smooth voltage input to the ESC. Sizing the appropriate capacitance for a given setup requires a level of system characterisation further discussed below.

For optimum operation with a system, an Electronic Speed Controller (ESC) requires appropriate capacitance to maintain reliable control of an electric motor for long periods of time.

You may have heard them called motor controllers, or even plain old inverters. An Electronic Speed Controller (ESC) is a purpose-built device designed for controlling the speed of an electric motor. Using a specialised combination of hardware and firmware, ESCs drive motors to a commanded speed.

Correctly matching a power train combination for airborne applications can be daunting due to the many options available. This guide is a helpful starting point when specifying a power train for an airborne application.

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