Deans Micro 4R 4 Pin Connector, Black
The Deans Micro 4R 4 Pin Connector (Black) delivers ultra-efficient power transfer and reliable signal transmission for lightweight micro RC setups. Engineered with advanced injection molding technology, this high-quality connector replaces the legacy 1000 Series to offer standardized pin spacing and superior durability. Perfect for park flyers and 1/18 scale micro RC cars, it ensures dependable electrical connections every run.
Upgrade your micro RC electronics with the Deans Micro 4R 4 Pin Connector (Black), designed specifically to meet the high standards required by modern radio control enthusiasts. Featuring an ergonomic rear ridge for quick and effortless plugging or unplugging, this connector eliminates strain on delicate wiring during maintenance. The precision-molded body includes intuitive color coding for easy input and output identification when wiring your electronic speed control (ESC) or receiver. Whether you are outfitting ultra-light slow flyers, park flyers, or 1/18 scale micro RC cars, the Deans Micro 4R connector provides ultra-low resistance and peak power efficiency in a compact form factor.
What RC models are compatible with the Deans Micro 4R 4 Pin Connector (Black)?
The Deans Micro 4R 4 Pin Connector (Black) is specifically designed for small-scale applications, including slow flyers, park flyers, and 1/18 scale micro RC cars.
How does the Deans Micro 4R 4 Pin Connector (Black) improve upon older connector designs?
The Deans Micro 4R 4 Pin Connector (Black) replaces the older 1000 Series with advanced injection molding, standardized pin spacing, integrated rear ridges for effortless disconnection, and color coding for easy input and output identification.
Is the Deans Micro 4R 4 Pin Connector (Black) easy to disconnect?
Yes, the Deans Micro 4R 4 Pin Connector (Black) features a specially designed ridge on the rear of the connector body that provides enhanced finger grip for simple connection and disconnection without tugging on delicate wires.







































