10CM Female to Female Breadboard Jumper Dupont 2.54MM 1P-1P Cable 40 Pcs

10CM Female to Female Breadboard Jumper Dupont 2.54MM 1P-1P Cable – 40 Pcs

Upgrade your electronics and prototyping projects with the high-quality 10CM Female to Female Breadboard Jumper Dupont Cables from robocircuithub. Designed for seamless connectivity, these 2.54MM pitch jumper wires are perfect for Arduino, Raspberry Pi, ESP32, NodeMCU, STM32, and other embedded development boards. Whether you are a student, hobbyist, IoT developer, or professional electronics engineer, these jumper cables provide reliable and secure connections for breadboards, sensors, modules, and PCB testing applications.

These female-to-female jumper wires are made using premium quality copper conductors and flexible insulation to ensure excellent conductivity and long-lasting durability. The compact 10CM wire length helps maintain a neat and organized setup while reducing signal interference during circuit development and testing. With plug-and-play compatibility, these cables save time and simplify prototyping without the need for soldering.

The pack includes 40 multicolor jumper wires, making it easy to identify connections and organize complex circuits efficiently. robocircuithub offers these cables as an ideal solution for robotics, automation systems, DIY electronics, embedded systems, IoT projects, and educational lab experiments.

Specifications:

• Product Type: Female to Female Jumper Wire
• Connector Type: Dupont 1P-1P
• Pitch Size: 2.54MM
• Cable Length: 10CM
• Quantity: 40 Pieces
• Wire Type: Flexible Multicolor Ribbon Cables
• Compatible With: Arduino, Raspberry Pi, ESP32, Breadboards, Sensors, Modules, and PCB Prototyping
• Reusable and Easy to Connect
• High Conductivity and Durable Build Quality

Applications:

• Breadboard Connections
• Electronics Prototyping
• Robotics Projects
• IoT Development
• Embedded System Testing
• DIY Electronics Experiments

Choose robocircuithub jumper wires for reliable performance, easy installation, and efficient circuit development in all your electronics projects.