MB102 830 Tie-Point Solderless Breadboard – PCB Prototype Solderless Breadboard HIP A1

MB102 830 Tie-Point Solderless Breadboard – PCB Prototype

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Sale price  $14.38 Regular price $17.01
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MB102 830 Tie-Point Solderless Breadboard – PCB Prototype Solderless Breadboard HIP A1

MB102 830 Tie-Point Solderless Breadboard – PCB Prototype

Sale price  $14.38 Regular price $17.01
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MB102 830 Tie-Point Solderless Breadboard for DIY Electronics & Prototyping

Whether you're a student, hobbyist, or seasoned engineer, the MB102 830 Tie-Point Solderless Breadboard is your go-to platform for building, testing, and experimenting with electronic circuits — no soldering required. Built to the standard MB-102 layout and crafted from high-quality FR-4 glass fiber, this breadboard is as durable as it is practical.

Made in Mainland China.

Key Features

  • 830 Tie-Points: Generous connection points to support a wide range of circuit configurations, from simple LED setups to more complex integrated circuit designs.
  • Solderless Design: Snap components in and out effortlessly — ideal for rapid prototyping, testing, and iteration without the mess of soldering.
  • Standard MB-102 Layout: Compatible with a broad variety of components, wires, and modules used in electronics projects and robotics.
  • High-Quality FR-4 Glass Fiber Material: Ensures excellent durability, structural rigidity, and long-lasting performance across many project builds.
  • Compact & Workspace-Friendly: At just 165mm × 56mm, this board fits neatly on any workbench, lab desk, or DIY station.
  • Beginner to Pro: A perfect learning tool for beginners while remaining a reliable staple for experienced developers and engineers.

Specifications

Material High-Quality FR-4 Glass Fiber
Dimensions 165mm × 56mm
Type Solderless PCB Breadboard
Tie-Points 830
Layout Standard MB-102 (MB102)
Battery Included No
Country of Origin Mainland China

Perfect For

  • DIY electronics and circuit prototyping
  • Robotics and automation projects
  • Arduino, Raspberry Pi, and microcontroller experiments
  • Electronics education and hands-on learning
  • Industrial automation development and testing

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Frequently Asked Questions

Q: What is a solderless breadboard and how does it work?

A: A solderless breadboard is a reusable circuit prototyping board that allows you to insert and connect electronic components — such as resistors, LEDs, and ICs — without any soldering. Components plug into the tie-points (holes), which are internally connected in rows, letting you build and test circuits quickly and safely. The MB102 830-point breadboard features power rails along the sides and a center divider for DIP-package ICs.

Q: Is this breadboard compatible with Arduino and Raspberry Pi projects?

A: Yes! The MB102 solderless breadboard follows the standard MB-102 layout, making it fully compatible with Arduino, Raspberry Pi, and most microcontroller-based project setups. Its 830 tie-points provide ample space for connecting sensors, modules, jumper wires, and other components commonly used in these projects.

Q: What is the difference between a 400-point and an 830-point breadboard?

A: The primary difference is capacity. A 400-point breadboard is more compact and suited for smaller, simpler circuits. The 830-point MB102 breadboard offers nearly double the connection points, giving you more room for complex circuits, multiple components, and expanded project builds — making it the preferred choice for intermediate and advanced DIY electronics work.

Q: Can I connect two MB102 breadboards together?

A: Yes. Most MB102 breadboards feature interlocking tabs and slots on the sides that allow multiple boards to be joined side by side, expanding your working area for larger, more involved circuit prototypes without losing the convenience of a modular setup.

Production & Packaging Notice

To maintain high stock availability and fast shipping times, our items are sourced from multiple verified manufacturing facilities. While the core quality, materials, and product specifications remain identical, you may notice slight variations in the packaging design, manufacturing origin, or the wording of the printed instructions.

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