highly responsive sensor designed to measure changes in electrical resistance as it bends or flexes. This flexible strip is perfect for capturing subtle movements, angles, or force in various applications such as robotics, wearables, and interactive devices.

Key Features

1. Extended 95mm Length

   • The larger sensing area offers a broader range of motion detection, giving you more detailed and accurate readings when compared to shorter flex sensors.

2. Durable Construction

   • Engineered with robust materials to withstand repeated bending and twisting, maintaining consistent performance over time in both DIY and professional projects.

3. Male Pin Terminals

   • The built-in male pins allow for straightforward connections to breadboards and jumper wires, minimizing the need for additional soldering or adapters.

4. High Sensitivity & Precision

   • Designed to reliably convert mechanical deformation into measurable resistance changes, providing precise bend readings essential for motion tracking and interactive controls.

5. Versatile Applications

   • Whether you’re crafting an animatronic figure, monitoring human joint movements in a wearable device, or building an innovative gaming controller, this sensor’s adaptability makes it ideal for numerous creative and technical endeavors.

6. Easy Integration

   • Use it with microcontrollers like Arduino, Raspberry Pi, or other boards to quickly prototype and refine your designs. Combine with simple resistor divider circuits to measure the sensor’s variable resistance as an analog input.

7. Low Power Consumption

   • Because the sensor functions as a variable resistor, it requires minimal current, making it suitable for battery-powered or energy-sensitive projects.

How It Works

1. Flex to Measure: As the sensor bends, the internal conductive element stretches or compresses, causing the electrical resistance to change proportionally to the degree of flex.

2. Circuit Setup: Place the sensor in a basic resistor divider or analog sensing circuit.

3. Data Interpretation: Your microcontroller reads voltage fluctuations and converts them into usable data (e.g., bending angle, force level), enabling real-time motion analysis or interactive feedback.

Typical Use Cases

• Wearables & Exoskeletons: Monitor body posture, track limb movement, or enable gesture controls.

• Robotics & Animatronics: Provide precise angle feedback for joints and mechanical hinges.

• Gaming & VR Controllers: Detect bending or pressure for immersive gameplay experiences.

• Medical & Rehabilitation Devices: Record patient mobility progress or integrate into assistive technologies.

• Interactive Installations: Build touch- or bend-sensitive artworks that respond dynamically to user interaction.

Technical Specifications

• Product: SpectraFlex™ - Flex Sensor (95mm, Male Pins)

• Length: 95 mm (approximately)

• Connector Type: Male pin terminals

• Resistance Range: Changes with bending (flat resistance typically ~ 10kΩ; increases as it flexes)

• Operating Voltage: Dependent on circuit design (commonly 3.3V or 5V for microcontroller integration)

• Durability: Designed for repeatable bending cycles without significant performance loss

• Environment: Indoor or controlled conditions; avoid exposing to excessive heat, moisture, or mechanical stress beyond recommended limits

Why Choose the SpectraFlex™ - Flex Sensor (95mm, Male Pins)?

With its longer sensing area and robust design, the SpectraFlex™ - Flex Sensor (95mm, Male Pins) offers enhanced accuracy and flexibility for projects that require detecting or quantifying motion, bend, or pressure. Whether you are an engineering professional, artist, or hobbyist, this sensor provides a reliable tool for unlocking new interactive possibilities and innovative solutions.