Description
A complete box containing 140 pieces of solid and pre-bent U-Shape jumper wires of Grade A, designed for connecting electronic circuits on a breadboard professionally and without messy flying wires.
U-shaped jumper wires are the professional engineering choice and the standard Benchmark for building clean prototypes; the wires come with stripped ends and are precisely bent to sit flat and directly into the breadboard holes. This design prevents wires from tangling and makes tracing circuits and reading sensors much easier, while also ensuring that wires are not accidentally disconnected during transport.
The wires are made of pure, high-conductivity copper covered with a flexible, colored insulation layer, and are available in 14 different standard lengths to cover all distances between breadboard holes (from very short single-jump distances to long distances). The set comes in a clear, segmented plastic box for easy organization of lengths. It is the essential and sole item for mechatronics students, electronics engineers, and DIY developers for building Arduino and digital processor projects with a 100% professional and clean appearance.
A premium, laboratory-grade 140-piece U-shape solderless breadboard jumper wire kit precision-engineered (Grade A) for ultra-clean circuit prototyping. Standing as the definitive hardware benchmark for neat layout grooming and stable electrical tracing, these wires are pre-cut, pre-stripped, and pre-bent into rigid right-angle configurations to lie perfectly flat against standard breadboard surfaces. Bypassing the chaotic clutter of traditional flexible male-to-male wire strands, this collection spans 14 standardized calibrated lengths differentiated by industry color-coding. Fabricated from high-conductivity solid-core copper cores with premium insulation sleeves, they ensure firm, secure multi-insertion longevity into tie-points without bending damage. Packed inside a modular transparent storage case, it serves as an indispensable foundational kit for advanced PCB simulation, digital logic testing, and academic STEM mechatronics laboratories.
