Solderless Breadboard Assembly 830 — Hobby Line with Jumper Wires & Power Rails
Solderless Breadboard Assembly 830 Hobby Line with Jumper Wires & Power Rails
Compatible JST cables for sensors and modules — secure & reliable. Shop now.
Couldn't load pickup availability
Solderless Breadboard Assembly 830 — Hobby Line with Jumper Wires & Power Rails
A complete 830-point solderless breadboard assembly from the Hobby Line series, bundled with a 65-piece jumper wire kit and power rail strips — everything you need to start prototyping immediately, without soldering. The 830-point layout is the industry-standard full-size breadboard, providing ample space for Arduino Uno, ESP32, Raspberry Pi Pico, and virtually any microcontroller-based circuit.
The Hobby Line series uses phosphor bronze contacts with a binding force exceeding 60g per contact, ensuring reliable electrical connections for the vast majority of prototyping applications. The 2.54mm (0.1") pitch is compatible with all standard DIP ICs, through-hole components, and breadboard-compatible modules.
What's Included
- 1× 830-point solderless breadboard (Hobby Line)
- 65-piece jumper wire kit — assorted lengths and colors
- Power rail strips — dedicated + and − bus strips
Key Specifications
- Tie points: 830 | Series: Hobby Line
- Contact material: Phosphor bronze | Binding force: >60g per contact
- Wire gauge: AWG #20–#29 | Pitch: 2.54mm (0.1")
- Max voltage: 300V | Max current: 3A per contact
- Operating temperature: −20°C to +80°C | RoHS compliant
Why Choose the Hobby Line Assembly?
- ✅ Ready to use out of the box — breadboard, wires, and power rails all included
- ✅ Phosphor bronze contacts — reliable connections for standard prototyping loads
- ✅ 65-piece jumper wire kit — covers all standard lengths, color-coded for organized wiring
- ✅ Power rail strips — clean power distribution across your circuit
- ✅ No soldering required — insert and remove components freely, iterate fast
- ✅ Universal 2.54mm pitch — compatible with all DIP ICs, Arduino shields, and sensor modules
Typical Applications
- Arduino Uno, Nano, and Mega circuit prototyping
- ESP32 and ESP8266 WiFi/Bluetooth project development
- Raspberry Pi Pico and microcontroller circuit testing
- Electronics learning, classroom, and STEM education projects
- Sensor, actuator, and module integration testing
- Rapid circuit iteration and debugging without PCB commitment

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...