Here are some common Features you might find in such a Frame:

Material: Usually constructed from lightweight and durable materials such as carbon fiber. Carbon fiber is chosen for its strength-to-weight ratio, providing a sturdy frame without adding unnecessary weight.

Frame Design: The frame is likely to have a compact and aerodynamic design, optimized for high-speed racing. It may feature a low-profile design to reduce air resistance and enhance agility.

Motor Mounts: The frame is designed to accommodate brushless motors, with sturdy motor mounts to ensure a secure fit. The motor layout is likely to be configured for a quadcopter setup (four motors).

Battery Mounting: The frame is expected to have a dedicated area for securing the LiPo battery, with adjustable straps or other mechanisms to keep the battery in place during high-speed maneuvers.

Flight Controller and Electronics Layout: There should be ample space and designated mounting points for the flight controller, electronic speed controllers (ESCs), and other essential components.

FPV Antenna Mount: The frame may include a mount for the FPV antenna, positioned to minimize signal interference and provide a clear line of sight for the video feed.