If you’re looking to enhance your RC projects with precision and performance, choosing the right data logging module is essential. In 2025, you’ll find an impressive range of options designed for both enthusiasts and professionals. From high-speed logging capabilities to user-friendly interfaces, these modules cater to various applications. But how do you decide which one fits your needs best? Let’s explore the top contenders that could elevate your data collection game.
Ximimark Data Logger Module for Arduino UNO
The Ximimark Data Logger Module for Arduino UNO is perfect for anyone looking to enhance their environmental monitoring or experimental data collection projects. This module features an SD card interface compatible with FAT16 or FAT32, allowing you to store extensive data easily. With an onboard 3.3v regulator, it guarantees consistent voltage and powers the SD card reliably. The real-time clock maintains accurate time, even when unplugged, thanks to a long-lasting battery backup. Plus, the built-in 3.3v level shifter protects your SD cards from damage. With two modules included, you’re set for versatile logging applications.
Best For: Individuals and hobbyists looking to enhance their environmental monitoring or experimental data collection projects with an easy-to-use data logging solution.
Pros:
- Compatible with FAT16 or FAT32 formatted SD cards for flexible data storage options.
- Real-time clock with battery backup ensures accurate timekeeping even when the device is unplugged.
- Includes two modules, providing excellent value and versatility for various logging applications.
Cons:
- Customer rating of 3.9 out of 5 stars indicates mixed feedback from users.
- Limited support documentation may require additional research for troubleshooting.
- Best Sellers Rank suggests it might not be the top choice in the market compared to competitors.
Data Logger Shield Module for Arduino UNO
If you’re looking to enhance your Arduino projects with reliable data logging capabilities, the Data Logger Shield Module for Arduino UNO is an excellent choice. This module features an SD card slot and an integrated real-time clock (RTC), ensuring accurate timekeeping even when unpowered. It supports FAT16/FAT32 cards and includes preloaded libraries, so you can start logging data right away. Weighing just 0.5 ounces and measuring 3 x 2 x 1 inches, it’s compact and easy to integrate. Plus, the dedicated soldering area lets you expand with additional sensors or circuitry, tailoring the module to your specific needs.
Best For: Hobbyists and developers looking to incorporate data logging and real-time clock functionality into their Arduino projects.
Pros:
- Easy Integration: Compatible with multiple Arduino models, allowing for versatile use in various projects.
- Preloaded Libraries: Comes with SD/RTC libraries and example code, facilitating quick setup and deployment.
- Compact Design: Lightweight and small dimensions make it easy to integrate into tight spaces.
Cons:
- Limited Compatibility: Does not support older Arduino models like Mega R2, which may restrict some users.
- Soldering Required: The expansion area necessitates soldering for additional components, which may be challenging for beginners.
- Warranty Limitations: Return policy has conditions that may complicate returns for misrepresented items.
Openlager High-Speed Serial Port Blackbox Module for FPV Racing Drone
For FPV racing enthusiasts seeking precision and performance, the Openlager High-Speed Serial Port Blackbox Module stands out with its exceptional data logging capabilities. Compatible with Betaflight Carbon Fiber drones, it weighs just 1.5g and boasts an STM32F411 processor. With a maximum 32GB TF card support, you can log high-speed data essential for PID tuning. Its built-in voltage booster guarantees smooth operation even under low voltage. Setting it up is easy: just insert a micro SD card, connect it to your flight controller, and enable Blackbox logging. Experience enhanced flight performance with this reliable black box module.
Best For: FPV racing enthusiasts looking for high-performance data logging solutions to enhance their drone tuning and flight capabilities.
Pros:
- High-speed data logging for precise PID tuning and filtering parameter analysis.
- Lightweight design at just 1.5g, ensuring minimal impact on drone performance.
- Built-in voltage booster allows reliable operation under low voltage conditions.
Cons:
- Micro SD card not included, requiring additional purchase for functionality.
- Specific compatibility limited to Betaflight Carbon Fiber drones, which may not suit all users.
- Setup requires technical knowledge, potentially challenging for beginners.
BN-220 GPS Module for Arduino and Drone Flight Control
Looking to enhance your Arduino or drone flight control with reliable GPS functionality? The BN-220 GPS Module is a solid choice. This TTL Dual GPS Glonass module features flash memory, saving your configuration for quick restarts. With a 9600bps data rate and NMEA-0183 compatibility, it’s perfect for RC applications. Although cold starts may take longer, satellite lock improves with use. Weighing just 0.35 ounces and measuring 7.48 x 3.15 x 0.59 inches, it’s lightweight and compact. Rated 4.5 out of 5 stars, the BN-220 delivers precision and performance for your projects. Don’t forget to check customer support details!
Best For: The BN-220 GPS Module is best for hobbyists and developers seeking reliable GPS functionality for Arduino projects and drone flight control.
Pros:
- Flash memory retains configuration settings, allowing for quick restarts without data loss.
- Compact and lightweight design (0.35 ounces) makes it easy to integrate into various devices.
- High customer rating (4.5 out of 5 stars) indicates strong user satisfaction and reliability.
Cons:
- Cold start times can be longer initially, which may delay satellite lock on first use.
- No built-in compass; users needing compass functionality must look for alternative models like the BN-880.
- TTL output requires a converter for RS232 compatibility, which may necessitate additional purchases for some applications.
Data Logging Shield XD-204 for Arduino UNO
The Data Logging Shield XD-204 for Arduino UNO is an excellent choice for hobbyists and professionals who need reliable data collection with minimal hassle. This compact module measures 68x53x23mm and supports FAT16 or FAT32 formatted SD cards, ensuring safe operation with its 3.3V level shifter circuitry. Plus, the onboard RTC maintains accurate time even when unplugged, thanks to its long-lasting battery backup. With included libraries and example code, you’ll find development straightforward. It’s compatible with various Arduino models, making it versatile for your projects. Enhance your data logging capabilities effortlessly with the XD-204!
Best For: The Data Logging Shield XD-204 is best for hobbyists and professionals looking for an efficient way to collect and log data with their Arduino projects.
Pros:
- Compact design allows for easy integration into various projects.
- Reliable RTC ensures accurate timekeeping even when not powered.
- Includes development support with libraries and example code for a smoother setup.
Cons:
- Limited compatibility as it does not support ADK/Mega R2 or lower models.
- Requires FAT16 or FAT32 formatted SD cards, which may necessitate additional formatting.
- May not be suitable for very power-hungry applications despite the onboard 3.3V regulator.
Ruko R111S RC Aircraft GPS Tracker/Finder
Designed with drone enthusiasts in mind, the Ruko R111S RC Aircraft GPS Tracker/Finder offers a seamless integration of safety and functionality. Weighing just 13.5g, it won’t impact your flight performance. This GPS tracker guarantees FAA compliance for drones over 250g and is compatible with popular models like DJI Mini and Mavic series. Enjoy real-time tracking within 500-1000 meters, and locate your aircraft easily with its built-in beeper. With a quick 40-minute charge, it supports multiple flights per charge. Plus, installation is a breeze with included accessories, making it the perfect companion for any drone pilot.
Best For: Drone enthusiasts looking for a lightweight, FAA-compliant GPS tracker to enhance safety and tracking capabilities.
Pros:
- Lightweight design at 13.5g minimizes impact on flight performance.
- Broad compatibility with various drone models, including Ruko and DJI series.
- Quick charging time of 40 minutes allows for multiple flights per charge.
Cons:
- Limited tracking range of 500-1000 meters may not suit all users’ needs.
- Battery life is moderate, lasting up to 3 hours without the buzzer.
- Installation may require additional time for those unfamiliar with drone accessories.
Data Logger Recorder Module for Arduino Nano
For hobbyists and professionals alike, the Deeoee Data Logger Recorder Module for Arduino Nano offers an exceptional solution for capturing and analyzing data. This module is compatible with both Arduino Nano and Micro, featuring an SD card interface that supports FAT16/FAT32 formatting. With a built-in Real Time Clock (RTC), you can timestamp your data precisely, while the prototyping area allows for easy integration of additional sensors. It even includes an onboard 3.3V regulator for reliable power. With included libraries and example code, you’ll be up and running quickly, making data logging a breeze.
Best For: Hobbyists and professionals looking for an efficient data logging solution compatible with Arduino Nano and Micro.
Pros:
- Easy integration with Arduino platforms, enhancing project versatility.
- Built-in Real Time Clock for accurate timestamping of logged data.
- Comes with libraries and example code, simplifying setup and usage.
Cons:
- Limited to FAT16/FAT32 SD card formats, which may restrict storage options.
- May require additional components for more complex data logging projects.
- Potential learning curve for beginners unfamiliar with Arduino programming.
Nano V3.0 Data Logging Shield Module for Arduino
If you’re an Arduino enthusiast looking to streamline your data logging projects, the Nano V3.0 Data Logging Shield Module is an excellent choice. Operating at 3.3V, this module efficiently integrates an SD card interface and a Real Time Clock (RTC), making it perfect for precise data management. Its design specifically caters to data logging applications with Arduino Nano, allowing you to capture and store relevant information seamlessly. With the Nano V3.0, you can enhance your projects by logging data accurately and accessing it anytime. It’s an extensive solution that combines performance and reliability for all your data logging needs.
Best For: Arduino enthusiasts and hobbyists looking to enhance their data logging projects with a reliable and efficient solution.
Pros:
- Compact design makes it easy to integrate with Arduino Nano projects.
- Real Time Clock (RTC) ensures accurate timestamping of logged data.
- SD Card Interface allows for large storage capacity for data management.
Cons:
- Operates only at 3.3V, which may limit compatibility with some components.
- Requires programming knowledge to effectively utilize its features.
- May not be suitable for high-speed data logging applications due to SD card write speeds.
Elitech RC-17N NFC Disposable USB Temperature Data Logger
The Elitech RC-17N NFC Disposable USB Temperature Data Logger stands out for those who need a reliable and efficient solution for temperature monitoring during transport. This single-use device generates an encrypted PDF report without requiring software, guaranteeing easy access to data. With an IP67 waterproof rating and food-grade packing, it’s perfect for sensitive shipments. You can adjust log intervals from 10 seconds to 24 hours, while its two alarm types and five customizable thresholds keep you informed. Plus, 24/7 US technician support guarantees you’ll never be left in the dark about your temperature monitoring needs.
Best For: The Elitech RC-17N NFC Disposable USB Temperature Data Logger is best for businesses that require reliable temperature monitoring for sensitive shipments, such as food and pharmaceuticals.
Pros:
- User-friendly with no software required, generating an encrypted PDF report automatically.
- Waterproof (IP67 rating) and food-grade packing suitable for sensitive environments.
- Customizable logging intervals and alarm settings ensure tailored monitoring.
Cons:
- Single-use nature limits long-term cost-effectiveness compared to reusable loggers.
- Requires a smartphone with NFC capabilities for accessing data.
- Limited to temperature monitoring only, with no additional features for humidity or other environmental factors.
Flysky Module Receiver FS-CEV04
Designed for enthusiasts who demand precision in their RC setups, the Flysky Module Receiver FS-CEV04 excels with its i-BUS serial bus capability, allowing seamless integration with multiple FlySky transmitters. Capable of monitoring telemetry data like voltage, temperature, and RPM, it enhances your control experience. Weighing just 8.1g and measuring 30×25.6x13mm, it’s compact yet robust. Compatible with FS i6, i10, and iT4S transmitters, it’s ideal for serious hobbyists. With a solid customer rating of 4.6 out of 5, it’s a reliable choice for those seeking improved performance in their RC operations.
Best For: Enthusiasts and serious hobbyists looking for a reliable and precise telemetry solution for their RC setups.
Pros:
- i-BUS serial bus capability allows for seamless integration with multiple FlySky transmitters.
- Compact design at 30×25.6x13mm and lightweight at 8.1g, making it easy to install without adding significant weight.
- High customer satisfaction with a rating of 4.6 out of 5 stars, indicating reliability and performance.
Cons:
- Not compatible with I6 and I6X transmitters, limiting options for some users.
- Requires a power range of 4.0-6.5V DC, which may necessitate additional components for some setups.
- Limited telemetry data capabilities compared to some higher-end models in the market.
Factors to Consider When Choosing an Rc Data Logging Module
When you’re selecting an RC data logging module, you’ll want to contemplate several key factors. Think about compatibility with your controllers, the speed at which data is logged, and the storage capacity available. Additionally, pay attention to power supply requirements and whether the module offers real-time clock features for enhanced functionality.
Compatibility With Controllers
Choosing the right RC data logging module hinges on its compatibility with your controller. First, confirm the module matches your specific RC controller model, as various modules may only work with certain brands. Next, check if it supports required communication protocols like I2C, SPI, or UART for smooth data exchange. Opt for modules that clearly state compatibility with a range of controllers to allow for future upgrades. Additionally, consider the power requirements to confirm the module won’t exceed your controller’s voltage limits. Finally, verify if the module integrates easily with your controller’s existing firmware or if it needs extra programming or libraries for compatibility. This way, you’ll avoid integration headaches down the line.
Data Logging Speed
While evaluating RC data logging modules, it’s essential to contemplate data logging speed, as it significantly impacts how effectively you can record and process information during high-speed events. High-speed modules can log data at rates of 250Hz or higher, making them ideal for racing or rapid environmental changes. Keep in mind that the interface influences logging speed; SDIO and SPI interfaces typically provide faster data transfer compared to standard serial communication. Additionally, some modules efficiently handle large data volumes with reasonable buffer sizes, preventing data loss during busy operations. However, remember that faster logging speeds might affect battery life and overall system performance, as they often require more power and processing capabilities.
Storage Capacity Options
Selecting the right storage capacity for your RC data logging module is essential, as it directly impacts how much data you can capture during your activities. Consider the maximum storage capacity, which typically ranges from 2GB to 32GB for SD cards. Confirm compatibility with standard SD card formats like FAT16 or FAT32 for easy data retrieval. Some modules include built-in memory, while others depend solely on external SD cards, so assess your specific needs. The frequency of data logging, whether 250Hz or 1Hz, also affects storage consumption, requiring a balance between logging rate and capacity. Finally, verify the module’s maximum data write speeds to handle high-frequency logging without losing critical information.
Power Supply Requirements
When it comes to RC data logging modules, understanding power supply requirements is vital to guarantee smooth operation and longevity. First, verify the module operates within the typical voltage range of around 3.3V to protect sensitive components. Look for modules with an onboard voltage regulator to ensure stable power for SD cards, especially in power-hungry applications. A battery backup feature for the real-time clock (RTC) is also important, maintaining accurate time even if the main power supply disconnects. Additionally, consider modules with level shifter circuitry to prevent damage when interfacing with devices at different voltage levels. Finally, choose modules supporting various power supply options, like USB or battery, for added flexibility in different environments.
Real-Time Clock Features
Understanding the Real-Time Clock (RTC) features in RC data logging modules can greatly enhance your project’s reliability and accuracy. An RTC maintains precise timekeeping even when powered off, ensuring your data timestamps remain consistent. With battery backup lasting for years, it retains time information during outages or disconnections. This is essential for applications that require accurate data correlation, like environmental monitoring or sensor logging.
Many RTC-equipped modules also come with preloaded libraries and example code, making integration easier for you. Additionally, the RTC typically uses 3.3V level shifter circuitry to protect both the module and your connected components from potential damage. Overall, incorporating RTC features can markedly boost the performance of your data logging endeavors.
Supported File Formats
Incorporating a real-time clock enhances your data logging capabilities, but you also need to take into account the supported file formats of your RC data logging module. Make certain it supports SD card formats like FAT16 or FAT32, as these are commonly used for storage. Some modules include a 3.3V level shifter to prevent damage to SD cards, which is essential for compatibility. The ability to handle various file types can simplify data management, so look for modules with preloaded libraries for SD card interfacing. It’s also important that the module maintains accurate timekeeping for timestamping, relying on specific file formats. Finally, verify the firmware can easily read and export data in formats compatible with analysis tools.
Additional Functionality and Features
As you explore options for an RC data logging module, consider additional features that can greatly enhance your project’s capabilities. Look for modules with a Real-Time Clock (RTC) to guarantee accurate timestamping, even during power interruptions. Make sure the module supports FAT16 or FAT32 formatted SD cards for reliable data storage. A prototyping area can also be beneficial, allowing you to connect extra circuitry or sensors. Preloaded libraries and example code can save you time, enabling quick integration into your project. Finally, evaluate the onboard voltage regulator and level shifter circuitry, which help protect your SD card and maintain a stable power supply, especially for demanding applications. These features can greatly improve functionality and performance.