Solderless Clear Breadboard Assembly 3220 — Pro Series with Jumper Wires
Solderless Clear Breadboard Assembly 3220 Pro Series with Jumper Wires
Compatible JST cables for sensors and modules — secure & reliable. Shop now.
Couldn't load pickup availability
Solderless Clear Breadboard Assembly 3220 — Pro Series with Jumper Wires
A 3220-point clear transparent solderless breadboard assembly from the Pro Series, bundled with a jumper wire kit — the largest standard breadboard size with a fully transparent clear body that lets you see the internal metal contact strips and component leads from underneath. The ideal choice for electronics teaching, classroom demonstrations, and verifying that components are correctly seated in the contacts.
Pro Series quality means premium phosphor bronze contacts with a binding force exceeding 80g per contact, delivering lower contact resistance, more secure component retention, and a longer rated service life. With 3220 tie-points, you have more than four times the workspace of a standard 830-point breadboard.
What's Included
- 1× 3220-point clear transparent solderless breadboard (Pro Series)
- Jumper wire kit — assorted lengths and colors
- Multiple integrated power rails — dedicated + and − bus strips across the full board length
Key Specifications
- Tie points: 3220 | Series: Pro Series (premium contacts)
- Body: Clear transparent ABS | Contact material: Premium phosphor bronze
- Binding force: >80g per contact | Pitch: 2.54mm (0.1")
- Wire gauge: AWG #20–#29 | Max voltage: 300V | Max current: 3A
- Operating temperature: −20°C to +80°C | RoHS compliant
Why Choose the Clear 3220 Pro Series?
- ✅ Transparent clear body — see internal contacts and component leads from underneath, verify connections visually
- ✅ Ideal for teaching — students can see exactly how breadboard contacts work internally
- ✅ Pro Series premium contacts — >80g binding force, lower resistance, longer service life
- ✅ 3220 tie-points — maximum workspace, >4× the space of a standard 830-point board
- ✅ Multiple power rails — clean + and − power distribution across the full board length
- ✅ Jumper wires included — ready to prototype immediately out of the box
- ✅ Universal 2.54mm pitch — compatible with all DIP ICs, Arduino shields, and sensor modules
Typical Applications
- Electronics classroom teaching and live demonstrations at maximum scale
- Verifying breadboard connections and component seating visually
- Large-scale Arduino Mega, ESP32, and Raspberry Pi Pico multi-module projects
- Professional electronics lab and R&D bench prototyping
- Advanced STEM education, electronics research, and university lab projects
- Photography and video content creation (visible internal contact structure)

Blog posts
View all-
Best JST Connector Crimping Tools in 2026: Engi...
Choosing the wrong crimping tool ruins JST connectors and wastes wire. This guide compares the top crimping tools for JST SH, GH, PH, XH, and VH series — including Engineer...
Best JST Connector Crimping Tools in 2026: Engi...
Choosing the wrong crimping tool ruins JST connectors and wastes wire. This guide compares the top crimping tools for JST SH, GH, PH, XH, and VH series — including Engineer...
-
Molex KK 254 vs Mini-Fit Jr. vs Micro-Fit 3.0: ...
Choosing between Molex KK 254, Mini-Fit Jr., and Micro-Fit 3.0? This guide compares pitch, current rating, locking mechanism, wire gauge, and typical applications — with decision tables, part number references,...
Molex KK 254 vs Mini-Fit Jr. vs Micro-Fit 3.0: ...
Choosing between Molex KK 254, Mini-Fit Jr., and Micro-Fit 3.0? This guide compares pitch, current rating, locking mechanism, wire gauge, and typical applications — with decision tables, part number references,...
-
DuPont Connector vs JST PH 2.0: Pinout, Specs &...
Not sure whether to use a DuPont 2.54mm or JST PH 2.0mm connector? This guide compares pitch, locking mechanism, current rating, pinout, and best use cases — so you can...
DuPont Connector vs JST PH 2.0: Pinout, Specs &...
Not sure whether to use a DuPont 2.54mm or JST PH 2.0mm connector? This guide compares pitch, locking mechanism, current rating, pinout, and best use cases — so you can...