830-Point Breadboard
This 830-point solderless breadboard is ideal for prototyping electronic circuits quickly and easily without soldering. Measuring 6.5" x 2.125", it provides ample space with four full-length bus lines and 63 rows of tie points, capable of accommodating up to nine 14-pin DIP ICs. The clearly labeled rows and columns simplify component placement, and the integrated adhesive backing ensures secure mounting. For larger projects, multiple breadboards can be interconnected. Solid core wires up to #22 gauge are recommended for optimal performance.
$8.95
Owner Satisfaction
3.8
/ 5
Category Rank
150
/ 159
#150 in Breadboards
Price vs Category Average
-42%
Below average
Total Tie Points
830
Who it's for
- Solderless Prototyping
- Adequate Capacity
- High Affordability
Who should skip it
- Inconsistent Contact Quality
- Weak Adhesive Backing
- Limited High-Current Use
Key Specs
Total Tie Points
830
Dimensions
6.5" x 2.125"
Power Rails
4 bus lines
Tie Point Rows
63
14-pin DIP IC Capacity
Up to 9
16-pin DIP IC Capacity
Up to 7
Pololu Item #
352
Board Configuration
Bus Strip, Terminal Strip
Features
- Enables rapid circuit prototyping
- Accommodates most through-hole components
- Clearly labeled rows and columns
- Includes adhesive backing for mounting
- Expandable by connecting multiple units
- Supports solid wires up to #22 AWG
- Ideal for experimentation
- 830 tie points for ample connections
What customers say
This breadboard earns high praise for its exceptional affordability and utility, making it an excellent entry-level tool for students and hobbyists. Users value the clear numbering that simplifies circuit building and debugging. The standard size is perfect for many medium complexity projects. However, the primary drawback centers on contact reliability. Many users report that the internal contact grip weakens quickly after repeated component changes, leading to frustrating intermittent connections. While the board offers outstanding value for temporary or educational use, its durability limitations mean those needing high reliability for professional applications should consider a premium alternative.
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