Vero Board 6x4 Inch Single-Sided PCB Stripboard for Electronics Projects

The Vero Board 6x4 Inch Single-Sided PCB Stripboard for Electronics Projects is a versatile and widely used prototyping board designed for building, testing, and finalizing electronic circuits. It provides a reliable platform for converting breadboard prototypes into permanent soldered circuits, making it an essential tool for students, hobbyists, engineers, and electronics developers.

This Vero board features a standard 2.54mm (0.1 inch) hole pitch, which is compatible with most through-hole electronic components such as resistors, capacitors, diodes, transistors, integrated circuits (ICs), headers, and connectors. The uniform spacing ensures easy component placement and neat circuit design layout.

The board is constructed with a single-sided copper strip layout, where continuous copper tracks run along one side of the board. These strips allow components to be soldered and interconnected easily without complex wiring, reducing circuit clutter and simplifying design implementation.

Manufactured using durable FR2/FR4 base material, the board offers good mechanical strength, electrical insulation, and heat resistance. This ensures stable performance during soldering and long-term reliability in electronic applications.

With a size of approximately 6 × 4 inch (150 × 100 mm), this stripboard provides ample space for medium-sized electronic circuits while still being compact enough for easy handling and enclosure fitting. It can also be cut into smaller sections depending on project requirements.

The Vero Board 6x4 Inch Single-Sided PCB Stripboard is commonly used in electronics labs, DIY projects, industrial prototyping, and educational environments. It is especially useful for transitioning from temporary breadboard setups to permanent and reliable PCB-based circuits.

Working Principle

The Vero board works by providing pre-defined copper strip pathways that act as electrical connections between components.

When electronic components are inserted into the drilled holes and soldered onto the copper strips, electrical continuity is established along the tracks. Designers can create circuits by placing components strategically and cutting or modifying tracks where necessary to isolate connections.

This allows users to build custom circuits without designing a full printed circuit board, making it ideal for rapid prototyping and circuit development.

Key Features

• Standard size: 6 × 4 inch (150 × 100 mm)

• Standard 2.54mm (0.1 inch) hole pitch

• Single-sided copper strip layout

• Strong and durable copper tracks

• Supports all through-hole components

• Easy soldering and circuit assembly

• Can be cut into smaller sections

• FR2/FR4 material construction

• Suitable for permanent circuit building

• Reduces wiring complexity

• Ideal for prototyping and testing

• Long-lasting mechanical strength

Applications

The Vero Board 6x4 Inch Single-Sided PCB Stripboard is widely used in:

• Electronics prototyping

• DIY electronics projects

• Arduino development projects

• ESP32 circuits

• Raspberry Pi interfaces

• Robotics systems

• Embedded system design

• Sensor modules

• Automation circuits

• Educational electronics training

• Engineering lab experiments

• Power supply circuits

• Signal processing circuits

• Control systems

• Hobby electronics projects

Specifications

• Product Type: Vero Board / Stripboard PCB

• Board Size: 6 × 4 inch (150 × 100 mm)

• Hole Pitch: 2.54mm (0.1 inch)

• Copper Type: Single-sided strip layout

• Material: FR2 / FR4 (depending on variant)

• Mounting Type: Through-hole components

• Application: Circuit prototyping and electronics development

Package Includes

• 1 × Vero Board 6x4 Inch Single-Sided PCB Stripboard

Safety Precautions

• Handle soldering equipment with care.

• Avoid overheating copper strips during soldering.

• Verify circuit design before final assembly.

• Use proper insulation for exposed connections.

• Keep board away from moisture and corrosive environments.

• Disconnect power before modifying circuits.

• Ensure safe handling of sharp cut edges if board is trimmed.