Bearings Canada
✅ Voltage: DC 3V (2.7-3.3V) for safe, stable operation
✅ Rated speed: 12000 RPM for strong, consistent vibration
✅ Size: 10mm by 3mm compact body for tight spaces
✅ Cable lengths: 3cm, 5cm, or 8cm variants; pre-peeled cables
✅ Lead wires withstand stress; welds reinforced; strong adhesion
✅ Temperature range: -20°C to 70°C; humidity 15-90% RH
✅ Stainless steel body and high-strength magnets for durability
✅ Applications: phones, tablets, wearables, bristle bots, bots, and more
20PCS Vibration Motor DC3V 12000rpm Mini Vibration Motor Vibrating Motors for Projects Electronic Device Repair Single Board Computers Project Classroom Project Bristle Bots Cable 2in
Title
$28.54 CAD
$57.11 CADyou save $28.57 CAD
SKU: VXB09XMWGJNN
UPC: 00193019433393
UPC: 00193019433393
Compact 20-pack DC3V vibration motors for DIY projects and classrooms
✔️ 3V DC, 12000RPM, 10mm by 3mm body, 5cm leads, reinforced build
These tiny vibration motors are ideal for adding tactile feedback, vibration effects, and motion in electronics projects, repairs, and classroom demonstrations. They pair well with Arduino, Raspberry Pi, single-board computers, and other hobby kits to bring ideas to life.
✅ 20 pieces per pack for bulk projects and easy testing✅ Voltage: DC 3V (2.7-3.3V) for safe, stable operation
✅ Rated speed: 12000 RPM for strong, consistent vibration
✅ Size: 10mm by 3mm compact body for tight spaces
✅ Cable lengths: 3cm, 5cm, or 8cm variants; pre-peeled cables
✅ Lead wires withstand stress; welds reinforced; strong adhesion
✅ Temperature range: -20°C to 70°C; humidity 15-90% RH
✅ Stainless steel body and high-strength magnets for durability
✅ Applications: phones, tablets, wearables, bristle bots, bots, and more
💡 What is a vibration motor used for in electronics projects and DIY devices?
This handy component adds tactile feedback and motion in compact devices. - handy for Arduino, Raspberry Pi projects, wearables, and small robots - great for classroom demos and cub scout activities - provides simple haptic feedback and motion actuation