1. How do you clean a Vero board?

Isopropyl alcohol is a good PCB cleaner because it is cheap and evaporates quickly. Alcohol contains no chemicals compared to other cleaners used for similar purposes. It is also important that it contains at least 90% isopropyl alcohol, which is used for cleaning circuit boards. Follow the Steps below to Clean Vero board:First, pour a small amount of isopropyl alcohol into the container. Next, dip a cotton swab in alcohol and squeeze the tip to remove excess solution. Finally, gently brush a cotton swab around the circuit board to remove dirt and debris.

2. What is the difference between bread board and Vero board?

Difference Between Bread Board and Vero Board:

3. What is Parallel Vero board?

Parallel Vero board features a regular 0.1 inch width of width, with wide parallel stripes of copper plating running in one direction down one side of the board. The 0.1 inch (2.54mm) pitch allows sockets for ICs. Components are usually placed on the smooth side of the board with leads protruding through the holes.

4. What is the function of a Vero board?

In a Vero board, components are usually placed on the smooth side of the board with leads protruding through the holes. Then solder the leads to the copper traces on the other side of the board to make the connections you want and trim off any excess wire. The plate consists of an insulating material, usually plastic or fiberglass bonded with a synthetic resin. In veroboards there are parallel copper strips 2.54 mm apart on one side. These Vero boards also have he holes perforated at 2.54mm intervals. The components are placed on the opposite side of the board and the wires are bent through the holes. The wires are soldered to the copper strips and the protruding ends are trimmed off to give a clean assembly.

5. What sizes of Vero boards are available?

Vero boards come in a whole buffet of sizes, from tiny squares for compact circuits to large sheets that feel like blank electronic canvases. You’ll spot small 2×3-inch pieces for quick prototypes, mid-sized 3×4-inch boards for hobby builds, and long extended boards for bigger circuits or panel-mount projects. Whatever the scale of your idea, there’s a board ready to bring it to life.

6. Are these boards suitable for through-hole components?

Absolutely. Through-hole components feel right at home on Vero boards. Each hole sits on a neat copper strip spaced at a standard 2.54 mm pitch, making it perfect for resistors, capacitors, IC sockets, LEDs, transistors, and connectors. If breadboards are training wheels, Vero boards are your first independent ride.

7. Can Vero boards be used for Arduino or Raspberry Pi projects?

Yes, and they shine in those setups. Whether you're creating a sensor shield for Arduino or a power breakout for Raspberry Pi, these boards let you build sturdy and permanent connections. You can solder headers, modules, and support components and turn your prototype into something worthy of a project box.

8. What material are these Vero boards made of?

Most Vero boards are built on tough phenolic or fiberglass (FR4) bases with copper-clad strips running across one side. This gives them strength, stability, and a clean surface for soldering. Phenolic feels light and cost-friendly, while fiberglass offers a more premium, heat-resistant choice for advanced builds.

9. How do I solder components onto a Vero board?

Think of it like assembling a tiny electronic city. Place your components through the holes on the top side, flip the board, and solder each pin where it meets the copper strip. If you need to isolate tracks, a quick notch with a cutter or a track-breaking tool does the trick. With patience and tidy solder joints, your circuit becomes solid, durable, and ready for action.

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VeroBoard(6x4 Inch) Vero board can be used to build prototypes for bench testing, design early electronic circuits, or produce entire electronic equipment in small quantities. The Vero Electronics Department used Veroboard for prototype building for the first time in 1961. By soldering components to...

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High Quality PCB Toner Transfer Paper A4 Size for DIY Electronics (Pack of 5)
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PCB Toner Transfer Paper A4 Size for DIY Electronics This PCB Toner Transfer Paper A4 Size is specially designed for DIY electronics enthusiasts looking to fabricate custom PCBs at home. Using this high-quality toner transfer paper, you can easily transfer your PCB artwork onto...

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15cm x 10cm Single Side Copper Clad Laminate PCB Board
15cm x 10cm Single Side Copper Clad Laminate PCB Board Ideal for building a prototype of electronic circuit, double sided copper PCB. Mechanically assisted and electrically connects electronic components with conductive rails, pads and other features etched from copper plates on a non-conductive substrate....

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Veroboard

Veroboard is a preformed printed circuit board stock of copper strips on insulating bonded cardboard used in the manufacture of electronic circuits, with some of the electrical connections made by copper strips on the underside of the board. A Veroboard is a circuit board with rows of drilled copper traces for electronic components that are soldered to build an electronic circuit.

Types & Sizes Chart for Vero Boards

Size	Description	Use Case
~3″ × 4″ (75 × 100 mm)	Compact board, ideal for small prototypes	Basic sensor circuits, small modules
~6″ × 4″ (150 × 100 mm)	Medium size for more components	Robotics sub-circuit, control boards
Perforated mini (e.g., 3″ × 2″)	Very small format	Wearables, minimal electronics
Large epoxy-paper sheet	Big surface area for multiple ICs & circuits	Larger systems, combined modules
Extra large sheet	Full size for custom layouts and many components	Advanced robotics, home automation panels

Step-by-Step Prototyping Guide

Breadboardize your circuit first: Build on a breadboard, test component layout and wiring.

Select appropriate Vero board size: Based on your circuit complexity and layout space.

Plan the layout: Sketch component placement, keep ICs aligned, plan power/ground strips.

Cut and isolation: If using stripboard (copper strips), use a cutter or blade to open tracks where needed.

Mount components and solder: Place IC sockets, discrete components, headers; solder each pin cleanly.

Wiring & jumpers: Use solid insulated wire for jumpers; keep lengths minimal. Use color coding for clarity.

Test in stages: After partial assembly, test sections (power rails, signal lines) before full power-up.

Enclosure & mounting: Drill mounting holes or use standoffs; ensure access for debugging.

Application Examples: Circuit Testing, DIY Electronics, Robotics

Circuit Testing: Use a Vero board to replicate a breadboarded circuit for long-term testing or production.

DIY Electronics: Build custom PCBs for LED displays, sensor modules, audio amplifiers using Vero boards.

Robotics: Control boards, motor drivers, sensor modules all mounted on Vero board — durable and serviceable.

Home Automation: Custom relay driver boards, control panels, IoT gateways built on Vero board for neat layout.

Vero Boards vs Breadboards — Comparison

Feature	Vero Board	Breadboard
Permanence & Reliability	Soldered, fixed connections — stable long term	Plug-in components — good for temporary builds
Reusability	Hard to reuse once soldered	Highly reusable — change components easily
Circuit Density	Good for compact soldered layout	Limited by holes/rows and messy wiring becomes
Professional Appearance	Clean solder joints, suitable for enclosure	Prototyping look, not ideal for final product
Cost	Low cost per sheet	Higher cost per reuse
Skill Level	Requires soldering and planning	Easier for beginners to plug and play

Tips for Soldering & Layout Planning

Use short and direct wiring paths; minimize long jumpers to reduce noise.

Align all ICs in the same orientation for clarity and serviceability.

Choose wire colors: red for +V, black for GND, other colors for signals.

Clean the copper side before soldering if it appears oxidised.

To isolate tracks, use a cutter or drill a hole to break the copper trace—don’t rely on just solder bridges.

For high-current parts, “beef up” the copper strips by adding solder to widen the trace.

Use flux and a properly tinned soldering iron to avoid cold joints.

After soldering, inspect for stray solder strands, shorts between adjacent tracks, or bridging.

Label your board (silkscreen or marker) for easier debugging later.

If the board will be mounted in an enclosure, drill or slot mounting holes ahead of layout to avoid conflicts.

Uses of Veroboard

Vero boards are mainly used to experiment with certain (simple) circuits or test certain principles. It is used for initial development of electronic circuits, creating prototypes for bench testing, or manufacturing small quantities of complete electronic units. Vero Boards has been widely used in your electronic projects.

Item Name	Item Price (Inc. GST)
VeroBoard(6x4)	Rs. 49/-
Vero board (3 x4)	Rs. 29/-
15cm x 10cm Single Side Blank PCB	Rs. 49/-

Bread Board	Vero Board
Breadboards are used for temporary circuit connections.	Vero Board are mostly used to make permanent circuit connection
Breadboards are for testing	Vero boards are for implementing
In breadboard the the rails on top or bottom of your bread board can be used for grounding without additional linking	In Vero board we can designate a row of holes as ground and link them all together
Breadboard is highly recommended for beginners	Working on Vero board require some experience and skills. Beginners can work on it under guidance of experienced person.
Breadboards are easy and fast to assemble as there are no permanent solder connections.	Working on Veroboards can be comparatively time consuming than breadboard.
Breadboards have comparably poor current carrying capacity than Vero board	PCB Boards has a better current carrying capacity
Breadboards are expensive compared to Vero board	Vero boards are cheaper than breadboard

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Vero Boards

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All About Vero Boards

Veroboard

Types & Sizes Chart for Vero Boards

Step-by-Step Prototyping Guide

Application Examples: Circuit Testing, DIY Electronics, Robotics

Vero Boards vs Breadboards — Comparison

Tips for Soldering & Layout Planning

Uses of Veroboard

Types of Veroboard

Vero board price on Robocraze

Frequently Asked Questions

1. How do you clean a Vero board?

First, pour a small amount of isopropyl alcohol into the container.

Next, dip a cotton swab in alcohol and squeeze the tip to remove excess solution.

Finally, gently brush a cotton swab around the circuit board to remove dirt and debris.

2. What is the difference between bread board and Vero board?

Bread Board

Vero Board

3. What is Parallel Vero board?

4. What is the function of a Vero board?

5. What sizes of Vero boards are available?

6. Are these boards suitable for through-hole components?

7. Can Vero boards be used for Arduino or Raspberry Pi projects?

8. What material are these Vero boards made of?

9. How do I solder components onto a Vero board?

Let customers speak for us

All Categories

Vero Boards

Categories

Refined By Clear all

Availability

Price

Featured Products

Sort by:

All About Vero Boards

Veroboard

Types & Sizes Chart for Vero Boards

Step-by-Step Prototyping Guide

Application Examples: Circuit Testing, DIY Electronics, Robotics

Vero Boards vs Breadboards — Comparison

Tips for Soldering & Layout Planning

Uses of Veroboard

Types of Veroboard

Vero board price on Robocraze

Frequently Asked Questions

1. How do you clean a Vero board?

First, pour a small amount of isopropyl alcohol into the container.

Next, dip a cotton swab in alcohol and squeeze the tip to remove excess solution.

Finally, gently brush a cotton swab around the circuit board to remove dirt and debris.

2. What is the difference between bread board and Vero board?

Bread Board

Vero Board

3. What is Parallel Vero board?

4. What is the function of a Vero board?

5. What sizes of Vero boards are available?

6. Are these boards suitable for through-hole components?

7. Can Vero boards be used for Arduino or Raspberry Pi projects?

8. What material are these Vero boards made of?

9. How do I solder components onto a Vero board?

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