Description
A solderless mini breadboard with 170 tie points for electronic components, featuring a durable structure equipped with smart side tabs for integration and expansion, and available in a wide range of 7 distinct colors to suit your project's design.
The SYB-170 mini breadboard is a practical tool and the standard benchmark for all mechatronics engineers and electronics enthusiasts for rapid prototyping; its compact size allows it to be installed in tight spaces, smart robotics projects, and educational 4x4 vehicles. The internal connection points, made of highly conductive materials, ensure a secure fit for the legs of resistors, sensors, and jumper wires without any signal fluctuation.
We offer you this professional board in 7 amazing color variants to choose from, matching your taste or making it easier to trace complex circuits:
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Classic White and Royal Black: For standard projects and luxurious formal boards.
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Red, Blue, and Green: For visually organizing and distributing power lines and programmatic signals.
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Vibrant Orange: To add a distinctive and youthful engineering touch to the robot chassis.
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Professional Transparent: The awesome option that allows precise and detailed viewing of internal copper connection lines.
The back of the board has a strong double-sided adhesive tape for secure attachment to the chassis, and the interlocking feature gives you complete flexibility in building a custom experimental network with the desired space.
A premium, hardware-grade micro solderless breadboard configuration featuring 170 high-conductivity tie-points, precision-engineered for rapid electronics prototyping. Standing as the definitive hardware benchmark for compact embedded systems and localized sensor arrays, the SYB-170 model layout incorporates specialized interlocking side grooves for modular expansion. Retained under a single product space with 7 vibrant housing color variants: White, Black, Red, Blue, Green, Orange, and transparent Clear. The transparent option allows developers to visually inspect the internal copper spring clips directly. Equipped with a heavy-duty double-sided self-adhesive backing tape, it mounts securely onto robotic chassis or development platforms without shifting. It serves as an indispensable electromechanical asset for mobile robotics toolkits, engineering lab benches, and academic STEM hardware prototyping.