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For an Electric Brick / 4‑wire “fully buckled” cable request, the closest matches are 4‑pin latching sensor cables/connectors commonly used for I2C/UART modules:
4‑wire latching cable options (most likely match)
- Grove Cable Pigtail - 2mm pitch 100mm long ($2.15) — 4‑wire Grove connector to bare wire ends (good when you need a “pigtail” to screw terminals or custom wiring).
- 2.0mm Pitch 4-pin Cable Matching Pair - JST PH Compatible ($2.05) — 4‑pin JST‑PH style plug/socket pair, 20cm, 26AWG.
- Gravity 4-Pin PH2.0 to DuPont Male I2C/UART Cable Pack 30cm ($16.95) — pack of 10x cables: PH2.0 4‑pin to DuPont male, 30cm.
4‑wire jumper-style cables (board-to-board)
- Jumper Wire - 0.1, 4-pin, 4 ($3.25) — 4‑pin JST‑RE connectors, 4" length.
- Jumper Wire - 0.1, 4-pin, 12 ($5.55) — 4‑pin JST‑RE connectors, 12" length.
If you meant the “fully buckled” connector (not cable)
- JST SH 4-pin Vertical Connector (10-pack) ($8.35) — 1.0mm pitch 4‑pin connector (Qwiic/STEMMA QT style).
Electric Brick module mentioned in results
- OCTOPUS OLED Display ($26.10) — an OCTOPUS series electric brick module (useful if the search was actually targeting an Electric Brick part rather than just the cable).
Which 4-wire connector style do you need for the Electric Brick cable?
Showing 21-35 of 35 products
Gravity: IO Expansion Shield for Arduino V7.1
The DFRobot Gravity IO Expansion Shield V7.1 simplifies Arduino prototyping by breaking out all digital and analogue pins into colour-coded 3-pin (Signal, Voltage, Ground) Gravity connectors. Plug in sensors, actuators, and modules directly — no soldering or breadboard wiring required. Version 7...
Turnigy 5X 5Ch Mini Transmitter and Receiver (Mode 2)
The Turnigy 5X is a compact, full-range 2.4 GHz radio transmitter and receiver set — perfect for smaller hands or packing in a travel case. Despite its mini size, it offers 5-channel control with FHSS frequency hopping, dual rates, servo reverse, and built-in fixed-wing and delta mixing. Configu...
DFRobot SER0057 6kg 300° Clutch Servo
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This clutch servo is designed for robots, models and other mechanisms where the servo may be pushed, stalled or forced out of position during use. Its clutch function helps protect the servo by allowing it to reset and keep working after the angle is changed by an external force.Electronic protec...
Robotic Arm Air Pump Valve Controller Vacuum Suction Cup Set
Robot Arm Vacuum Pump & Valve Kit – PWM Electronic Switch Controller with Suction Cup (Arduino Compatible)Take your robotics projects to the next level with this compact vacuum suction kit, designed for robotic arms, manipulators, and automation systems. Featuring a high-efficiency air pump, thre...
DSS-P05 Standard Servo (5kg)
The DSS-P05 is a standard-size servo with up to 4.2 kg·cm of torque at 6V, suitable for robot heads, arms, biped robots, and other projects requiring reliable 180° rotation. Specifications Voltage – 4.8–6.0V Torque – 3.5 kg·cm (4.8V) / 4.2 kg·cm (6.0V) Speed – 0.17 sec/60° (4.8V) / 0.12 sec/...
DF05BB Tilt/Pan Kit (5kg)
A pan-and-tilt servo assembly for horizontal surface mounting, built with two DFRobot DF05BB ball-bearing servos and aluminium brackets. Ideal for camera gimbals, sensor heads, and small remote-controlled robot platforms. Key Features Two-Axis Movement – Pan and tilt via dual servo motors DF0...
2.5g 360 degree Micro Servo (0.45kg)
An ultra-compact 2.5g micro servo with 360-degree continuous rotation, ideal for micro robots and space-constrained projects. The coreless motor and POM gears deliver smooth, reliable rotation in a tiny form factor measuring just 19.6 × 8.0 × 16.3mm. Controlled via standard PWM servo signals, it...
Ultrasonic Scanner kit(180°)
An Ultrasonic sensor with scan capability is a must have feature for most robot application. This Ultrasonic scanner kit provides a cost effective way to have such feature for your robot application. This kit is able to scan upto 120 degree area with 10-400 cm (3.94-157.48") detecting range...
9g 270°Metal Servo with Analog Feedback (1.5kg)
A 9g micro servo with an extended 270° rotation range, metal gears, and built-in analog feedback (0–3.3V). The wider rotation range makes it suitable for applications requiring more travel than a standard 180° servo, while the analog feedback signal enables closed-loop position control via an MCU...
9g 180° Metal Servo with Analog Feedback (1.5kg)
A 9g micro servo with 180° rotation, metal gears, and built-in analog feedback (0–3.3V). The analog feedback signal allows connection to an MCU for closed-loop position control, providing more precise operation than standard open-loop servos. The compact 22.9 × 12.2 × 32.5mm body fits into tight...
9g 180° Clutch Servo
A 9g micro servo with 180° rotation and a built-in clutch mechanism that protects the servo from damage when external forces are applied. If the servo angle is changed by an external force during operation, the clutch allows it to automatically reset and continue working without stripping gears o...
2Kg 180° Clutch Servo
The DFRobot 2Kg 180° Clutch Servo features built-in clutch protection and electronic overload protection, making it ideal for robotics and model applications where servos may encounter external forces or stalling. When external forces change the servo's angle during operation, the clutch functio...
9g 300° Clutch Servo
A 9g micro servo with 300° rotation and a built-in clutch mechanism that protects the servo from damage when external forces are applied. If the servo angle is changed by an external force during operation, the clutch allows it to automatically reset and continue working without stripping gears o...
2Kg 300° Clutch Servo
The DFRobot 2Kg 300° Clutch Servo features built-in clutch protection and electronic overload protection, making it ideal for robotics and model applications where servos may encounter external forces or stalling. When external forces change the servo's angle during operation, the clutch functio...
6Kg 180 Clutch Servo
The 6 kg 180° Clutch Servo from DFRobot features a built-in clutch mechanism and electronic protection, making it ideal for robotics and mechanical projects where the servo may encounter external forces or stalling conditions. When the servo's angle is changed by external forces during operation...
