Best lidar sensor arduino Reviews 2023 [Top Rated in USA]
34 Products Analyzed
48 Research Hours
9 Experts Interviewed
284 Reviews InspectedAre you questioning, what is the best lidar sensor arduino? You’re reached the correct place. Well searching a good lidar sensor arduino isn’t an easy task. So we’ve talked top experts who have in and out information about it.
Our team of experts has spent plenty of days in dissecting the most selling lidar sensor arduino in the market. Our top pick is , which is a top-of-the-line product with unsurpassed quality and performance. It has unique features that make it distinguish itself from other products in the market. However, if you are looking for a budget-friendly option, then is a great choice. It offers excellent value for money, without compromising on the quality and efficiency.
In this day and age accessible over the web, it’s easy to feel overwhelmed when attempting to select about which one to purchase. Yet, we have resolved this issue by performing thorough studies and compiling a complete comparison table of the top ten options for you. Rely on our expertise and efforts, and keep browsing to discover the perfect lidar sensor arduino in [CY].
Choose for Yourself: A Comparison Table
| Rank | Product Name | Score |
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 | 8.8 | |
 | 8.5 | |
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 | 8.0 | |
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Unveiling the Best lidar sensor arduino Reviews of [CY] – Top Rated in USA
MakerFocus TF-Luna Lidar Rangefinder Sensor Module, 0.2m to 8m Single Point Micro Rangefinder Module Compatible with Pixhawk, Arduino, Raspberry Pi with UART/I2C Communication Interface – Best lidar sensor arduino 2023
- Note. The TF Luna module has UART and I2C interfaces. The default is UART. If you need to use the I2C interface, please install it yourself.
- TF-Luna – TF-Luna is a single-point lidar based on the TOF principle. Unique optical and electrical design provides stable, accurate and sensitive distance measurement.
- Product characteristics. The product is based on algorithms adapted to different application environments and features multiple customizable configurations and parameters to ensure excellent ranging performance in complex applications and scenarios.
- Cost-effective – With a range of 0.2-8m, the low-cost LiDAR module TF-Luna has a highly stable, accurate and sensitive range.
- It’s a beautiful figure, but it’s a great workmanship. The product is based on algorithms adapted to different application environments and features multiple customizable configurations and parameters to ensure excellent ranging performance in complex applications and scenarios.
youyeeetoo TF Luna Lidar Sensor Kit with 1x USB TTL Adapter 1x Dupont Line 0.2-8m Measuring Range Support for Raspberry Arduino STM32 MCU Drone Smart Home Industrial Probe Robot – Inexpensive Budget Pick in USA
- The TF Luna development kit comes with a TTL USB adapter and adapter cable. More convenient to connect with MCU development board, no need to cut and solder the original wires.
- TF-Luna is a single-point LIDAR that works on the TOF principle. Unique optical and electrical design provides stable, accurate and sensitive distance measurement.
- TF-Luna is a cost-effective LiDAR module with a range of 0.2-8m, with highly stable, accurate and sensitive distance measurement capabilities.
- TF-Luna LiDAR solutions are widely used in autonomous vehicles (collision avoidance), drones (logistics, pesticides), ITS, robots (smart homes), and AGVs (logistics and warehouse management).
- Shipping List – 1x TF-Luna Original Box, 1x TTL to USB Adapter, 1x6PIN 1.25 to 2.54 Dupont Line. If you have any questions, please click youyeetoo to ask.
InnoMaker ultra-compact Lidar 360 degree DTOF radar, 12m scan, 25,000 lux resistance, quiet brushless motor for obstacle avoidance and robot navigation. Support LD06/LD19, ROS/ROS2 – Also Great!
- 20,000 hours super long life. Brushless motor, high speed wireless transmission, service life reaches 20,000 hours. The extremely large detection area enables the robot to scan and map large areas by perceiving information about the environment from long distances.
- 25000 lux to withstand strong light. Based on TOF principle, LDS06 has first-class filtering process that can effectively avoid strong light interference, withstand 25000 lux strong light, and achieve high-precision distance measurement and accurate display in indoor and outdoor high frequency It is equipped with technology.
- TOF Time of Flight (TOF) Time of Flight (TOF) technology measures distance based on the time of flight of laser pulses. Within an effective detection range of 12m, the radar range accuracy does not change with distance, reaching a measurement accuracy of 2mm. LDRobot’s top-notch algorithms enable the robot to achieve her 360-degree environment awareness, independent mapping and obstacle detection.
- Ultra Black Object Sensitivity – The LDS 06 features accurate black object distance detection, wide detection range, fast tracking, target number lock, and strong anti-jamming capabilities. Ultra-thin design, fashionable appearance, small size, low power consumption, can be embedded in the machine, reducing the size of the whole machine and completely improving the robot.
- The waterproof and dustproof IPXLDS06 features integrated interface design, compact structure and cloud communication network protocol. The entire machine is protected against IPX-level dust and moisture, environmental contours and point cloud information on the location of obstacles.
ALAMSCN VL53L0X Time-of-Flight (ToF) Laser Distance Sensor Gap VL53L0XV2 I2C IIC Laser Distance Module for Arduino (4pcs)
- Using ST FlightSense technology, the VL53L0 can accurately measure the time it takes for an emitted pulse of infrared laser light to reach the nearest object and reflect back to the detector, allowing it to be viewed as a small standalone LIDAR system. .
- The ST VL53L0 module is easy and convenient to use (6 enabled pins), provides an I2C interface and comes with a full set of API drivers and technical documentation for quick and easy system integration. The module package supports reflow soldering, complies with RoHS standards, and is fully compatible with various glass covers and appearances.
- Unlike traditional infrared proximity sensors, object color and reflected light do not affect distance measurement results. However, effective range and accuracy are highly dependent on environmental conditions, target characteristics such as reflectivity and size, and sensor configuration. (Sensor accuracies are reported to be as high as ±3%, then as high as ±10% or better.)
- The internal laser emits 940nm invisible light that is harmless to the eyes, eliminating the problem of being distracted by the red light of other infrared proximity sensors and improving immunity to interference from external light sources. The sensor’s digital architecture and auto-correction features ensure high performance even in scenes with high ambient light intensity.
- The VL53L0X’s recognition capabilities can support a variety of features, including a variety of innovative user interface gestures or proximity recognition. Collision detection with home appliances such as wall detection, cliff detection, and cleaning robots. Bathroom products such as faucets, soap dispensers, mobile phones and washing machines. Other target applications include presence monitors and power switches for laptop users, drones, and Internet of Things (IoT) products.
DIYmall 2pcs Benewake TF-LC02 Lidar Range Module ToF Sensor Module DC 3-3.6V TTL Arduino Raspberry Pi STM32 Measuring Range 3-200cm – Affordable
- TF-LCO2 is a LiDAR ranging module with a high precision ToF sensor with built-in TDC (Time-to-Digital Converter) circuit.
- TF-LCO2 can be used to measure various electronic devices such as vacuum cleaners, robots, drones and smart home products.
- Easy to use and install, supports UART communication.
- Measuring range – 3cm to 200cm, 90% reflectance.
- This sensor is recommended for use in ambient light conditions below 100,000 lux. Strong sunlight can damage the sensor and lead to poor performance.
MakerFocus TFmini-s Micro Lidar Module Lidar Range Finder 0.1-12m Obstacle Avoidance Sensor 1000Hz Tiny Module Single Point UART I2C IO Compatible with Pixhawk AR duino and Raspberry Pi
- – Note. The TFmini-s version uses UART by default. Please change by yourself if you need I2C Compatible with Raspberry Pi and Arduino. – User manuals and documentation. Get links from the product manuals and documentation below.
- Upgraded Lidar Module – TFmini-s is an upgraded single point microrange module based on TFmini. The dead zone has been shortened to 10cm, improving the performance and accuracy of various outdoor reflectances.
- Small body but big wisdom – low cost, small size, low power consumption. The range resolution is 1 cm, the frame rate is 100 Hz, the ambient light immunity is 70 klux, and the center wavelength is 850 nm.
- Small but powerful. Based on the ToF (Time of Flight) principle, it is equipped with a unique optical and electrical design that ensures stable, accurate, sensitive and fast distance detection.
- The main application scenarios are pedestrian detection, vehicle detection, intelligent barriers and altimeters.
Benewake TF-Luna LiDAR Module Rangefinder Sensor Single Point Micro Module for Arduino Pixhawk 5V UART IIC Interface
- Documentation link – http://en(dot)benewake(dot)com/support_data?catename=03c54a91-8f9a-409f-985d-37acc68f7bf4supportid=64e3ba1e-f9c5-45a4-a329-b9f16ac85ab9
- Communication level is LVTTL (3.3V), communication interface is UART/IIC (default is UART, can be set to IIC by sending comments), default baud rate is 115200.
- A low-cost LiDAR ranging module with extremely stable, accurate and sensitive ranging capabilities. Operating range – 0.2 to 8m
- APP – Traffic monitoring, obstacle detection, level measurement, smart devices, safety and obstacle avoidance, drone altitude hold and terrain tracking
- What you get – 1 x TF-Luna LiDAR module and 1 x 1.25mm 6P cable.
DIYmall Benewake TFmini Plus Laser Distance Sensor Waterproof IP65 Lidar Rangefinder UART Dustproof 12 Meters 1000Hz UART for Arduino Raspberry Pi STM32
- Documentation link – http://en(dot)benewake(dot)com/support_data?catename=03c54a91-8f9a-409f-985d-37acc68f7bf4supportid=aa1f432c-e06b-4e39-924a-7a78ac05714b
- Features – Operating range – 0.1m~12m, Axial resolution – 5mm, Field of view – 3.6 degrees, Frame rate – 1~1000Hz (adjustable).
- IP65 waterproof and dustproof performance
- Interface – UART, I/O, IIC. The default is UART. Can be set to I/O or IIC with a comment.
- Applications – Industrial security, smart transportation, smart homes, smart dressing mirrors, self-driving cars, smart logistics, unmanned aerial vehicles, volume recognition systems, coal volume measurement.
Stemedu Tiny TFmini-S Lidar Sensor Benewake 0.1-12m TOF Micro Laser Rangefinder Module Lightweight Distance Sensor with UART/I2C Interface for Drone Ar duino Raspberry Pi Pixhawk
- TFmini-S laser sensor is an upgraded version of TFmini, a single point micro rangefinder module. Note. The TFmini-s version uses UART by default. Please change by yourself if you need I2C Compatible with Raspberry Pi and Arduino.
- Based on the ToF principle, it features a unique optical and electrical design, stability, accuracy, high sensitivity and fast range detection.
- The operating range is 0.1 to 12m, the applicable voltage range is 4.5 to 6V, and the communication interface is UART/I2C.
- Applications – Drones, UAVs, Robots, Industrial Equipment.Traffic monitoring, obstacle detection, level measurement, smart devices, security/obstacle avoidance, distance measurement devices
- How do I contact you to get my customized documentation? Click on “Stemedu” (you will see “Sold by Stemedu” below the “Buy Now” button). Please contact us by clicking “Ask a question” on the new page.
youyeetoo D300 DTOF Lidar Touch Scanner Kit 360° 12m (39ft) Range Accuracy ±45mm Range Accuracy for Raspberry Pi Arduino Robot Drone Obstacle Avoidance Navigation
- Rider 12M TOF. The D300 LiDAR Kit uses time-of-flight ranging technology. Using time-of-flight techniques, distance is measured based on the time-of-flight of the laser pulse. The effective detection distance is his 12m, and the radar’s range accuracy does not change with distance, and can achieve an average range accuracy of ±45mm.
- High Brightness Immunity – 30,000 lux, high frequency for highly accurate distance measurement and accurate mapping both indoors and outdoors.
- 360° Laser Scanning – Full 360° silent scanning with a lifespan of up to 10,000 hours using a brushless motor.
- Walnut Size – D300 measures only 54*46*35mm and weighs less than 50g, lightweight and compact, can be built into the machine.
- Widely used – D300 provides ROS/ROS2/C/C++ SDK and tutorials for Raspberry Pi, easy to integrate into robots and drones. Application scenarios – home services, special commercial services, industrial robots.
Benewake TFmini-S Lidar Rangefinder Sensor Module Single Point Micro Module for Arduino Raspberry Pi Pixhawk UART I2C 4.5-6V Interface
- How to work with pixhawk – https://discuss(dot)ardupilot(dot)org/t/avoidance-experiments-with-the-poc-and-benewake-tfmini/25277; How to use with Raspberry Pi – https:/ /github(dot)com/TFmini
- Communication Interface – UART/I2C, Standard – UART. If you need I2C, please send a configuration command (after connecting, type 5A 05 0A MODE SU. MODE = 0 (UART) or 1 (IIC), SU means checksum. Important !Make sure to set after sending parameter setting command) command “Save settings” (5A 04 11 6F) must be sent. Otherwise, the parameters will be reset when the product is reconnected. )
- Operating range 0.1 to 12m, frequency 100Hz (adjustable from 1 to 1000Hz), light source VCSEL, applicable voltage range 4.5V to 6V
- Applications – Traffic monitoring, obstacle detection, obstacle detection, level measurement, smart devices, security and obstacle avoidance, etc.
- What’s in the box – 1x TFmini-S and 2x cables
TF Luna Lidar Rangefinder Sensor Module 0.2m-8m Single Point Micro Rangefinder Module with UART/I2C Communication Interface Compatible with Pixhawk, Arduino, Rasppbarry Pi
- Determination principle of TOF area. TF Luna is a single point range radar based on the ToF principle. Unique optical and electrical design provides stable, accurate and sensitive distance measurement.
- energy efficiency. Easy integration. Low power consumption – ≤0.35W Built-in various tuning algorithms, many customizable configurations and parameters. Excellent performance even in difficult conditions. Meet customer requirements for complex application scenarios.
- Light Volume Weight – Volume is 35mm * 21.25mm * 13.5mm, convenient for installation and integration. Weight ≤ 5g, suitable for scenes with strict load requirements.
- High cost performance. Good performance – range – 0.2 to 8 m, low cost short range LiDAR module. Blind Zone – 0.2m, Distance Resolution – 1cm. Frame rate – 1-250 Hz Operating temperature – 10 ℃ – 60 ℃ TF Luna module has UART and I2C interfaces. The default is UART. If you need to use the I2C interface, please install it yourself.
- Widely used – UAV and robotic obstacle avoidance, pedestrian flow statistics, focus assist, curb parking, elevator projection, intrusion detection, liquid level measurement, etc. English product manuals are available from the Product Manuals and Documents link. If you have any questions, please feel free to contact us.
Stemedu 2Pcs Benewake TF-LC02 Lidar Sensor Laser Rangefinder Module DC 3-3.6V TTL 3cm~200cm Short Range Sensor for Ar duino Raspberry Pi STM32
- TF-LC02 is a LiDAR ranging module with high precision ToF sensor and TDC (digitizer) integrated circuit. It can be used to measure various electronic devices such as vacuum cleaners, robots, drones and smart home products.
- The TF-LC02 range LIDAR module is easy to use and install, and supports UART communication.
- Measuring range – 3 to 200 cm at 90% reflection. Detection speed – 33 ms. Accuracy – ± 2cm at (3-100cm). ±5% (100-200cm)
- This distance measurement module is recommended for indoor ambient lighting conditions. Strong outdoor light will affect the performance of this product and may degrade its performance.
- If you have any questions, how can I contact you? Email us by clicking “Ask a question” on the new page.
youyeetoo TFmini Plus Lidar Sensor Module Single Point Distance Module Measuring Range 0.1-12m Distance Unmanned Industrial Sensor Robot Smart Home Support I/O, UART, I2C
- TFmini Plus inherits TFmini’s low cost, small size and low power consumption, and greatly improves its performance. It measures more frequently, reduces blind zones, and improves accuracy. Meanwhile, TFmini Plus introduces his IP65 housing and optimizes different compensation algorithms.
- The TFmini Plus is about the size of a human thumb and has significantly improved performance. Frame rates can reach 1000 Hz. The blind zone narrows to 10 cm. And the average STD within 4m is less than 2cm.
- TFmini Plus has passed the drone-level vibration test, greatly expanding its application range. For greater applicability, TFmini Plus also supports I/O, UART, and I2C output formats.
- With its high performance and IP65 housing, TFmini Plus can be used in a very wide range of applications such as drones, industrial sensors, robots and smart homes.
- We have a strong customer service team. After purchase, please contact us by email to get the datasheet of the lidar sensor or if you have any questions about this lidar module. How should I write to us? Also, click you to ask a question.
JESSINIE TFmini-S Lidar Sensor Module ToF Distance Sensor 0.1-12m High Frame Rate 1000Hz Single Point Lidar Range Finder Module UART I2C I2C Serial Output for Arduino Raspberry Pi
- TFmini-S is a single point radar based on the TFmini update. The blind area is reduced to 10cm, the outdoor range performance is further improved, and the range accuracy of different reflectances is optimized to achieve stable, accurate, high sensitivity and fast distance measurement.
- Small size, light weight, low power consumption, high frame rate (output frequency up to 1000Hz)
- Measurement range – 0.1m to 12m at 90% reflection Frame rate – 1 to 1000Hz Light source – VCSEL supply voltage – 5V ± 0.1V
- It incorporates various customization algorithms, many custom configurations and settings in complex environments, and has excellent performance to meet customer needs in complex application scenarios.
- Suitable for smart home, pedestrian detection, vehicle detection, barrier impact protection, altimeter, intelligent robot
Save Money and Get the Most Value with Our lidar sensor arduino Buying Guide
If you’re in the market for a lidar sensor arduino, it’s not uncommon to face numerous challenges. With so many choices to choose from, it can be difficult to select the right one that suits your individual needs and matches your spending limit. Moreover, understanding the many specifications and technical aspects can add to the confusion and raise the risk of making the wrong uninformed purchase. But fortunately, there is a solution. A purchasing manual can offer you with useful information and suggestions, helping the experience of purchasing a lidar sensor arduino easier and more knowledgeable.
- Purpose
One of the primary steps in making a successful purchase is knowing your needs. By doing so, you can avoid making impulsive buying decisions and regret afterward. This wise method helps you to concentrate on aspects that are important, guaranteeing that the lidar sensor arduino you pick is aligned with your goals and contributes positively to your everyday life.
- Researching Before You Buy
Conducting research before buying is essential to ensure you make an educated judgment. By collecting information on the features, advantages, and potential drawbacks, you can better determine if it meets your particular needs and requirements. This knowledge enables you to make a assured choice, ultimately leading to higher satisfaction with your buy.
- Brand Reputation
Considering a brand’s reputation before purchasing is crucial because it offers insight into the company’s history for dependability and quality. By choosing a well-regarded brand, you can feel confident that you’re investing in a lidar sensor arduino that has been tried, approved, and proven to meet high standards.
- Value for money
Looking for a budget-friendly deal prior to finalizing the transaction is important because it can help you make the most of the benefits of your investment. By finding deals and promotions, you can save money while still obtaining a lidar sensor arduino that meets your demands and preferences. Additionally, a affordable deal can provide you with higher overall contentment with your buy, as you will feel that you have obtained a fair price for the quality provided by the product.
- Setting a Budget for Your Purchase
Establishing a budget before buying helps you manage your spending and allocate your resources more effectively. By considering your priorities, you can ensure that your hard-earned money is invested on items that genuinely enhance your life.
- Reputable Sellers
Choosing a reputable seller to ensure authenticity means you’re tapping into a wealth of information and experience. In instances where you need expert advice or tailored recommendations, these sellers can provide invaluable insights to help you make a informed choice and get the most out of your purchase.
- Return and Refund Policies
Considering a refund and return policy when making a buying decision is a wise move, as it demonstrates the seller’s devotion to customer satisfaction. A fair policy signifies that the company stands behind its products and is willing to address any issues that may arise, making your shopping experience more pleasant and worry-free.
- Learn from existing customers
Reviewing customer reviews before buying is like having a personal shopping assistant. These reviews offer valuable insights into the lidar sensor arduino’s performance, quality, and general satisfaction from real users. By considering their experiences, you can make a more well-informed decision and steer clear of potential disappointments.
- Find Promotional Discounts
Seeking discount promotions and offers before buying is a smart move, as it can cut you cash and help you get the optimal value for your hard-earned cash. Plus, who doesn’t love the excitement of scoring a great deal?
- Consider customer service
The level of after-sales service and customer support is a important element to consider while purchasing. These support services can be a savior in moments of need, such as when you require assistance with repairs, replacements, or even just general advice, ensuring that your experience remains positive.
- Protect Your Purchase
A detailed examination of warranty policies is crucial to make an knowledgeable choice while purchasing. These policies serve as a demonstration to the quality and the company’s trust in its functionality, guaranteeing you opt for the most budget-friendly alternative.
A Closer Look at our Testing Approach
Here are the steps we follow to ensure that our readers get the most precise and dependable information:
- Research and Analysis: Our team begins by exploring and analyzing the market to identify the products that are popular and relevant to our readers. We look at different sources such as customer reviews, expert opinions, sales data, and industry reports to get a thorough understanding of the market.
- Selection Criteria: After analyzing the market, we establish our picking standards. These criteria include lidar sensor arduino features, superiority, price, consumer reviews, and brand reputation. We ensure that our picking criteria are open, even, and unbiased.
- Product Testing: We then purchase the top lidar sensor arduino that meets our criteria for selection and conduct practical testing to judge them against each other. Our group of specialists spends several hours testing each product and contrasting them against the criteria for selection. We test them in actual scenarios and assess their operation, longevity, user-friendliness, and other factors that are important to our readers.
- Data Analysis: Once the testing is complete, we analyze the data and create a ranking system that ranks the lidar sensor arduino based on their performance against our criteria for selection. We use statistical analysis to ensure that our results are reliable and exact.
- Writing Detailed Reviews: Our team of writers then utilizes the information and assessment from our testing and transforms it into thorough reviews. These reviews are created to be thorough, enlightening, and easy to understand. We ensure that our reviews are well-researched, fact-checked, and neutral.
- Continuous Monitoring: Our job doesn’t end with the publication of the review. We continuously keep track of the market and update our reviews as new lidar sensor arduino are released or as our readers provide us with feedback. We want to ensure that our readers always have access to the most current and precise information.
The hard work and dedication of our team are what sets us apart from other review websites. We are dedicated to providing our readers with the most precise and dependable information, so they can make knowledgeable purchasing decisions. We realize that our readers count on us, and we take that trust very seriously.
The Verdict Is Out
If you’re seeking a trustworthy and high-quality lidar sensor arduino, we suggest considering both MakerFocus TF-Luna LIDAR Sensor Module, Single Point Micro Rangefinder Module from 0.2m to 8m… and youyeeetoo TF Luna Lidar Sensor Kit with 1x USB TTL Adapter, 1x Dupont Cable, Measuring 0.2-8m…. These two options provide exceptional functionality and quality, so you can discover the right fit for your requirements and budgetary constraints. We hope you a happy shopping experience!