ImpulseRc Apex Evo 5 FPV Drone Build Guide (2023)

This is a detail guide on how to build a ImpulseRC Apex EVO 5. Using the Kiss Ultra V2, Fettec 45amp ESC and the DJI O3. It is a long video, and i broke it down in 3 differentt part.
Building a 5-inch FPV (First Person View) drone is a thrilling and rewarding endeavor that allows enthusiasts to craft a high-performance quadcopter tailored to their preferences. The term "5-inch" refers to the propeller size, a standard choice for FPV racing and freestyle drones due to its balance of agility and efficiency.

00:00- Intro
00:52- Parts Overview
03:20- Kill Ultra & Fettec ESC wiring
06:46- Motors Install
08:20- Motors Wire Guard Install
09:33- Fettec ESC/ FC install
15:20- ESC Prep and Solder
21:32- Motors Wires Prep/Soldering
26:00- Low ESR Cap Mount
29:35- VTX Install/Prep
37:45- Adding RX to FC
39:16- FC Install Mistake/correction
41:15- Connecting FC to VTX
42:16- RX Install
42:45- Soldering VTX to FC
45:00- Pre-check Before Lipe
48:00- First Power UP

Frame: Start with a sturdy frame, which serves as the drone's structural foundation. Choose one that's lightweight yet durable to withstand crashes and impacts.

Motors and Propellers: Select powerful brushless motors and compatible 5-inch propellers to generate thrust and achieve high speeds.

Flight Controller: The flight controller is the drone's brain, responsible for stabilizing and controlling the quadcopter's movements. Popular options include the Betaflight or iFlight flight controllers.

Electronic Speed Controllers (ESCs): ESCs regulate the power supplied to the motors. Match them with your motors for smooth and responsive throttle control.

FPV Camera and Video Transmitter: Install an FPV camera for real-time video feed and a video transmitter to broadcast the signal to your FPV goggles. Consider a high-quality camera with a wide dynamic range for clear visuals.

FPV Goggles or Monitor: Use FPV goggles or a monitor to immerse yourself in the drone's perspective, allowing for precise control and an exhilarating flight experience.

Radio Transmitter and Receiver: A reliable radio transmitter and receiver system is crucial for precise control over your drone.

Battery and Power Distribution: Choose a suitable LiPo battery to provide power to your drone. Ensure you have a reliable power distribution board or harness for safe and efficient power distribution.

Receiver: Select a receiver that's compatible with your radio transmitter system.

Optional Accessories: Depending on your preferences, you can add LED lights, GPS modules, and other accessories to enhance your drone's functionality.

Once you've gathered the necessary components, building the 5-inch FPV drone involves soldering connections, configuring flight controller settings using Betaflight/Kiss Ultra or similar software, and fine-tuning PID (Proportional-Integral-Derivative) values to achieve the desired flight characteristics. Be prepared for some trial and error as you tweak settings and perform test flights to optimize your drone's performance.

Building a 5-inch FPV drone is not only a hands-on learning experience but also offers the satisfaction of creating a customized quadcopter that's perfectly suited to your flying style, whether it's racing through courses or capturing breathtaking aerial footage.