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Unconditional Satisfaction GuaranteeNo Shipping Fees Above 302 Months to Decide. Returns Simplified.The TB-sensor371 kit is a 37-sensor module set with a storage box for Arduino, Raspberry Pi, ESP32, and general STEM prototyping. It is designed for learning input/output basics, experimenting with environmental and motion sensors, and building many small demos from one organized kit.
Use it with the ELAB Nano V3, UNO R3 Prototype Expansion Board, and MB 102 Breadboard Kit. The storage box helps keep modules separated by function, making it better for classrooms and labs where parts are reused often.
Because this is a mixed module kit, always check each module’s pin labels, voltage requirements, and output type before connecting it. Some modules output analog signals, some are digital, and some use serial or I2C-style communication.
| Parameter | Value |
|---|---|
| SKU | TB-sensor371 |
| Variant | 37 Sensors in 1 Kit |
| Product Type | Arduino-compatible sensor module kit |
| Included Storage | Storage box |
| Module Count | 37 sensor modules per variant title |
| Signal Types | Analog, digital, and bus-based modules depending on sensor |
| Host Platforms | Arduino, ESP32, Raspberry Pi, Pico, microcontroller boards |
| Use Cases | STEM lessons, prototyping, labs, demos |
| Wiring | Check each module pinout before use |
| Skill Level | Beginner to intermediate electronics learning |
Q: How many modules are included?
A: The variant title says 37 sensors in 1 kit.
Q: Is it for Arduino?
A: Yes, it is suitable for Arduino-compatible learning projects.
Q: Are all modules the same voltage?
A: No, check each module label before wiring.
Q: Does it include a controller board?
A: The SKU refers to the sensor kit; verify bundle contents for controllers.
Q: Can beginners use it?
A: Yes, but one module at a time is best.
Q: What cables do I need?
A: Jumper wires or matching sensor cables depending on module headers.
Q: Can I use it with Raspberry Pi?
A: Many modules can be used, but protect 3.3V GPIO from 5V outputs.
Q: How should I start?
A: Begin with simple digital and analog read examples.
