What People Say
This TOF sensor is incredibly accurate for its price! My robot's obstacle avoidance improved drastically since switching from ultrasonic.
Integration with my Arduino Nano was a breeze, and the I2C output made wiring so simple. Highly recommend for any distance sensing project.
I used the 400CM version for a drone altimeter, and it delivered consistent, reliable height readings. A fantastic value for makers.
Problem & Solution
Are you a hobbyist, student, or maker frustrated by unreliable distance measurements in your projects? Traditional ultrasonic sensors often fall short, delivering inconsistent readings affected by surface textures, colors, or ambient noise. This lack of precision can derail robotics navigation, drone stability, or automated system accuracy, leaving you with wasted time and underperforming creations. Imagine the disappointment when your innovative ideas are hampered by a fundamental component.
The TOF Laser Ranging Sensor Module (TOF050C, TOF0200C, TOF0400C) is the precise, affordable solution you've been searching for. Utilizing advanced Time-of-Flight technology, it delivers consistent, highly accurate distance data that ultrasonic sensors simply can't match. With effortless I2C integration, it connects seamlessly to your Arduino or STM32 boards, transforming complex sensing into a plug-and-play experience. For a mere $3.03, this module empowers you to build sophisticated projects with confidence, turning your ambitious visions into perfectly executed realities.
Who Is It For?
This TOF Laser Ranging Sensor Module is meticulously crafted for electronics hobbyists, engineering students, robotics enthusiasts, and DIY makers who demand precision and reliability without breaking the bank. If you're building autonomous robots, drone altimeters, smart home automation systems, or any project requiring accurate short-to-medium range distance sensing, this product is for you.
Our target users are typically proficient with microcontrollers like Arduino and STM32, value ease of integration (I2C), and are seeking a superior alternative to less accurate sensing methods. They are innovators eager to enhance their creations with cutting-edge technology at an accessible price point, ensuring their projects not only work but excel.
Key Features
- Time-of-Flight (TOF) TechnologySuperior Accuracy: Delivers precise and reliable distance measurements, minimizing errors common with ultrasonic alternatives, ensuring your projects perform exactly as intended.
- I2C Digital OutputEffortless Integration: Simplifies wiring and code with a standard I2C interface, allowing quick and easy connection to Arduino, STM32, and other microcontrollers, saving you valuable development time.
- Multiple Range Options (50CM, 200CM, 400CM)Versatile Application: Choose the exact sensor variant (TOF050C, TOF0200C, TOF0400C) needed for short-range obstacle detection, medium-range navigation, or longer-range flight applications, perfectly suiting your project's scale.
- Compact & Lightweight DesignEasy Embedding: Its small footprint and minimal weight make it ideal for integration into space-constrained projects like mini-robots, drones, or wearable tech without adding bulk.
- Wide Compatibility (Arduino, STM32)Broad Project Potential: Designed to work seamlessly with the most popular development boards, ensuring a vast ecosystem of resources and community support for your innovative ideas.
- Low Power ConsumptionExtended Battery Life: Efficient operation means your battery-powered projects, like mobile robots or remote sensors, can run longer without frequent recharging.
Pros & Cons
Pros
- High precision and reliability due to advanced TOF technology.
- Extremely affordable, making advanced sensing accessible to all makers.
- Simple I2C interface for quick and easy integration with popular microcontrollers.
- Versatile with different range options (50CM, 200CM, 400CM) to suit various project needs.
- Compact size is perfect for space-constrained applications like drones and mini-robots.
Cons
- Limited maximum range (up to 400CM) compared to industrial-grade, long-distance sensors.
- Requires basic programming knowledge for integration, not a purely plug-and-play device.
FAQ
TOF offers significantly higher accuracy, is less susceptible to surface texture or color, and provides more reliable readings in noisy environments compared to ultrasonic sensors.
Yes, while specifically mentioned for Arduino and STM32, its standard I2C output means it can be easily interfaced with Raspberry Pi and other microcontrollers that support I2C communication.
The variant names indicate their maximum measurement range: 50CM, 200CM, and 400CM respectively. Choose the one that best fits the maximum distance your project needs to measure.
It's ideal for robotics (obstacle avoidance, navigation), drone altimeters, automated systems, smart home applications, liquid level detection, and educational electronics projects requiring precise short to medium-range distance sensing.
Final Verdict
For electronics enthusiasts, students, and DIY makers seeking a highly accurate, reliable, and incredibly affordable distance sensing solution, the TOF Laser Ranging Sensor Module (TOF050C, TOF0200C, TOF0400C) is an absolute game-changer. Its Time-of-Flight technology provides superior precision over traditional sensors, while the simple I2C interface ensures seamless integration with Arduino, STM32, and other popular microcontrollers. At just $3.03, it democratizes advanced sensing capabilities, empowering you to create sophisticated robotics, drones, and automation projects with confidence. Despite its relatively limited maximum range for some industrial uses, its performance-to-price ratio for hobbyist and educational applications is truly unmatched, making it a must-have component for any maker's toolkit.