Agarwaal Electronics

A Deans connector, also known as a T-plug, is a type of electrical connector commonly used in RC (radio-controlled) vehicles, particularly for connecting LiPo (Lithium Polymer) batteries. It's known for its high current carrying capacity and compact size, making it suitable for applications where space is limited and high power delivery is needed. 

Bullet Connectors are perfect to make tight wire to wire connections in high power applications. These connectors can handle twice as much current as their smaller 2.5mm counterparts (so long as you use a thicker gauge of wire). Use it to connect ESC to Motors and Battery.

3.5mm Bullet connectors are used to provide solid and quick electrical connections by snapping together. These are suitable to make a tight connection in high power applications. Bullet connectors consist of two parts: a bullet-shaped male end and a socket-shaped female end. 3.5mm bullet connectors are bullet connectors with a diameter of 3.5mm and a maximum current of 60A. These connectors are useful for connecting small ESCs to brushless motors, or any other generic power wiring. This bullet connector comes with 1 male and 1 female 3.5mm bullet connector. In order to secure the attachment, we need to solder a cable to the connector. These 3.5mm bullet connector offers low resistance, as a result, gives the best electric flow. It operates at a constant amperage rating of 40A -50A.

We have these bullet connectors in different sizes offering flexibility for a range of applications. Bigger connector sizes generally offer a higher current ratings. 3.5mm connectors are capable of handling twice the current than 2.5mm bullet connectors. 

XT60 connectors, commonly used for battery connections in RC vehicles and other applications, come in male and female versions. The male connector has a protruding "bullet" pin, while the female connector has a socket to receive the pin, according to Leads Direct. Both are typically made of high-temperature nylon and feature gold-plated connectors for reliable conductivity.