Micro SD card for gopro camera
Micro SD card for gopro camera
Introduction
micro-sd-card-for-gopro-camera, A reliable microSD card is responsible for securely preserving all the wonderful images and sounds that a GoPro captures. It puts a lot of strain on your microSD card to shoot GoPro video in 4K at 60 frames per second or even 1080p at 240 frames per second. A GoPro needs a lot of storage space and quick write rates for continuous filming.
The speed, dependability, and storage of your SD card are important whether you’re shooting slow-motion footage of a mountain bike route or 4K footage of a cliff dive.
If you use the incorrect SD card, your GoPro may not record at all, drop frames, or corrupt files. Consider your micro SD card to be the camera’s engine’s gasoline. A high-performance memory card is a must for a high-performance GoPro.
Because microSD cards come in two varieties—SDHC (Secure Digital High Capacity) and SDXC (Secure Digital Extended Capacity)—your decision is somewhat simpler. SDHC cards have a capacity of 32GB or less, whereas SDXC cards have a capacity of 64GB or more. For your technical enthusiasts, SDXC cards employ the more adaptable and recent exFAT filesystem, whereas SDHC cards use the more versatile FAT32 filesystem formatting.
A microSD card is required to store your images and videos.
microSD, microSDHC™, or microSDXC™
Class V30 or UHS-3 rating
Micro SD card for GoPro camera Requirements
With newer models pushing the limits of video resolution, frame rates, and features like voice control and stabilization, GoPro cameras have undergone a significant evolution over time. Your storage system will also be under increased strain as a result of these modifications.
Choosing microSD cards that are known to operate well with your camera is crucial if you want to consistently get the best results with your GoPro. We advise against buying name-brand cards from anyone other than authorized resellers. Numerous microSD cards are compatible with GoPro cameras.
You can choose any of these.
GoPro cameras typically support:
• microSDHC (up to 32GB)
• microSDXC (64GB and higher)
To make sure that the camera can write data without lag or dropouts, UHS-I U3 cards or faster are advised. The camera interface still limits performance at UHS-I levels, so even while certain GoPros can theoretically use UHS-II cards, they won’t gain much from the increased speed.
GoPro Camera Models
Here’s a quick snapshot of recent GoPro models and what they offer:
• GoPro HERO12 Black – 5.3K60, 4K120 video, Hyper Smooth 6.0 stabilization
• GoPro HERO11 Black—5.3K60 video, 27MP photos
• GoPro HERO10 Black—5.3K60, 4K120 video with improved processing
• GoPro HERO9 Black—5K30 video, 20MP photos, front display for vlogging
• GoPro 360-degree footage, dual lenses
Some people want to know that How long will 256GB last on a GoPro?
Depending on the size of the card you’re using, you can multiply that time for the remaining cards. For instance, a 256GB card should last roughly 8 hours and 24 minutes for the sizes you stated, while a 512GB card should last roughly 16 hours and 48 minutes.
Micro SD Card Specifications for GoPro
MicroSDXC cards for GoPro cameras must be Class 10 or higher; for quicker speeds, particularly when recording 4K video, they should ideally be UHS-I or UHS-II. A V30 or UHS-3 rating is advised for the newest models, such as the Hero 11 and 10, in order to enable 10-bit color and high bitrates. The GoPro model can have a little impact on the specific needs.
Here’s a more thorough explanation:
MicroSDXC:
This is the standard for most modern GoPro cameras. It’s an extension of the microSDHC format, allowing for larger capacities (up to 1TB).
Class 10 or Higher:
This indicates the minimum write speed of the card. For 4K video, you’ll want a Class 10 or higher rating.
UHS-I or UHS-II:
Ultra High Speed (UHS) is a standard that provides faster data transfer speeds. UHS-II offers the fastest speeds, while UHS-I is still a good option.
V30 (UHS-3):
The most recent GoPro devices (such as the Hero 11 and 10) that record at high bitrates and support 10-bit color are advised to have this particular rating, according to Design Info.
Important facts
Older GoPro Models:
Certain older models can have distinct needs. In contrast to the HD HERO2, which requires a Class 10 card up to 32GB, the HERO (2014) supports up to 32GB.
Capacity:
Generally speaking, GoPro cards have a maximum capacity of 256GB or even 512GB, depending on the model.
Formatting:
FAT32 should be used for cards that are 32GB or lower, while exFAT should be used for cards that are 64GB or bigger.
Storage Space vs. Time Spent Recording
Here’s a rough estimate of what each card size gives you for 4K video at 60 fps:
32GB: ~30 minutes
64GB: ~1 hour
128GB: ~2.5 hours
256GB: ~8 hours
512GB: ~16+ hours
Some people want to know if the V10 or V30 SD card is superior.
V30 cards are compared to other video speed classes as follows:
For 4K video, V6 cards are too sluggish.
Although V10 cards can handle 4K video, very high bitrate 4K or UHD recording may cause performance problems and missed frames.
For lag-free, steady 4K video recording at higher bitrates, V30 SD cards are advised.
Top Micro SD Cards for GoPro in 2025
Let’s now discuss the top microSD cards available on the market right now that have been verified and tested by GoPro.
People’s best microSD card
Professional Silver Plus Lexar
Storage capacity: 128GB, 256GB, 512GB, 1TB | Speed classes: U3, V30, A2, Class 10 Warranty: Lifetime limited
In our benchmark tests, Lexar’s USB card reader consistently produced quicker sequential reads and writes than any other UHS-I model, and a good UHS-I card is fast enough for most people’s needs. Although its stated read and write speeds of up to 205 MB/s and 150 MB/s, respectively, are already rather fast, the latter can approach 180–190 MB/s in synthetic benchmarks such as CrystalDiskMark, ATTO, and AJA.
The average time to write a 12GB test folder to the card was 76 seconds, which was around 30 seconds faster than the previous top picks, the Samsung Pro Plus and Samsung Pro Ultimate. In reading that test file back to our PC, it essentially tied the Pro Ultimate to the top of all the UHS-I cards we’ve tried. Although the Silver Plus was still quite competitive, it was outperformed by Samsung cards and a few others in a few arbitrary performance metrics. In any case, it is fast enough to work with 4K videos or transfer information across devices without experiencing significant lag, and it has all the necessary ratings (U3, V30, A2).
The card itself has a lifetime warranty from Lexar and is waterproof, having an IPX7 grade. 128GB and a roomy 1TB are the sizes available. You can purchase the supplementary reader separately or in a bundle. It is a little big, but it has both USB-A and USB-C connections, so you shouldn’t need any dongles to connect it to a PC or phone.
The Silver Plus’s price is what makes it so expensive. While the 256GB, 512GB, and 1TB models were selling for roughly $25, $40, and $85, respectively, the 128GB model was only $14. Even though the Silver Plus is the more capable card overall, they either undercut or match competitors like the Pro Plus, Pro Ultimate, or SanDisk Extreme. Those aren’t the lowest prices we’ve ever seen, and the calculations will vary slightly if you need to account for a card reader. In conclusion, it is quick, strong, and reasonably priced. That’s the formula for a simple suggestion.
Pros
Fastest sequential read/write speed of any UHS-I card we’ve examined
More affordable than many slower options
has a 1TB capacity option.
Limited lifetime warranty
Cons
As anticipated, a USB reader is required to achieve maximum speeds.
The following are the top GoPro-tested and authorized micro SD cards for 2025, in addition to the ones listed above:
SanDisk Extreme UHS-I: The All-Rounder
Speed Class: U3, V30
Read Speed: Up to 160 MB/s
Write Speed: Up to 90 MB/s
The Extreme series from SanDisk is the best option for the majority of GoPro users. It is dependable, quick, and comes in 32GB to 1TB capacities. In both hot and cold conditions, it performs admirably for 4K60 or 5K photography.
Samsung EVO Select: Budget-Friendly Choice
Speed Class: U3, V30
Read Speed: Up to 130 MB/s
Write Speed: Up to 90 MB/s
Excellent value for the money, particularly for those who are new to GoPro. Enough to play 1080p120 and 4K30 videos.
Delkin Power V90: High-End Devices Options for 4K and 8K
Speed Class: U3, V90
Read Speed: Up to 300 /s
Write Speed: Up to 250MB/s
Perfect for experts that shoot in 8K or conduct extensive editing. Power users will value the lightning-fast speed, but most people will find it excessive.
Comparison Table
Brand Speed Class, Read Speed, Write Speed, Best For
SanDisk Extreme U3, V30, 160MB/s, 90MB/s, everyday use
Lexar 1066x U3, V30: 160MB/s, 120MB/s, 4K/5K high bitrate
Samsung EVO Select U3, V30 130MB/s, 90MB/s, budget setups
Delkin V90 U3, V90 300MB/s 250MB/s 8K & professional
In this way A microSD card for a GoPro camera, which is available separately, is required in order to store your pictures and videos. Make use of a name-brand card that satisfies these specifications: microSD, microSDHCTM, or microSDXCTM UHS-3 or Class V30 certification.
How to Format Micro SD Card for GoPro
There are two ways to format a microSD card for a GoPro camera: using a computer or the camera’s settings. Many GoPro models support the in-camera approach, which is normally advised.
Format the microSD card using GoPro:
Make a backup of any files you want. Before formatting the SD card, make sure you save any crucial films or pictures to your computer because doing so will remove all data.
Make sure the camera has the SD card in it. Verify that the SD card is placed into your GoPro correctly.
Turn the camera on. Activate your GoPro.
Open the Preferences menu: Tap the “Preferences” icon after swiping down from the top of the touch screen.
Locate the SD card format: In Preferences, scroll down the list and choose “Format SD Card.”
Remove and Reformat: To begin the formatting process, tap “Delete.”
Check: GoPro advises taking a quick 10-second movie after formatting to make sure the card is functioning properly.
An alternative is to use a computer to format the SD card:
Connect a PC to the SD card: To connect the microSD card to your PC, use an SD card reader.
Launch File Explorer: File Explorer can be opened by pressing the Windows key + E.
Find the drive on the SD card: In the File Explorer, locate the drive that corresponds to your SD card.
Use the right-click menu to choose Format: To format the SD card drive, right-click on it and select “Format.”
Choose File System: Choose the proper file system. Use FAT32 for SD cards up to 32GB. For 64GB or more, use exFAT.
For quick format, choose “Quick Format.”
Formatting Process Start: Press “Start” to initiate the formatting procedure.
After making sure your SD card is in the camera, turn the camera on. Tap the “PREFERENCES” icon after swiping down from the top of the touch screen. To navigate through the list, swipe up on the screen, then select “Format SD Card.” Press “DELETE.”
In this way For SD cards with 32GB or less, it should be set to FAT32; for SD cards with 64GB or more, it should be set to exFAT.
When and Why to Format Regularly
Regular formatting can help preserve peak performance, free up space, and lower the chance of data corruption—especially for memory cards like SD cards. Depending on usage, computers may require formatting (or resetting) every three to six months. This is usually advised when persistent problems like slow performance, frequent crashes, or corrupted files are encountered.
When to Format:
Memory Cards (SD Cards):
Frequently: According to the Nonda Help Center, a monthly format can assist in keeping a fresh start while writing new data.
Before Using a Fresh Card: By formatting, you can make sure the card is set up correctly for use with your device.
After Downloading Files: After transferring important data, formatting makes the card usable again.
If You See Inaccuracies: Slow performance or corrupted data can be fixed by a format.
Computers (Laptops/Desktops):
When Performance Declines: According to Lenovo, formatting can remove superfluous files and problems from your computer if it freezes, crashes, or runs slowly.
After Troubleshooting Fails: Formatting may be required if standard troubleshooting techniques (such as updating drivers) are unable to resolve ongoing issues.
For high-performance users: To retain peak performance, demanding users (such as gamers and video editors) would need to reformat more frequently (every six to twelve months, for example).
Following a Hardware or Software Problem: If you frequently encounter hardware or software issues, a reset may be able to fix the problem and stop future issues.
Why to Format:
Free Up Space: By formatting, all data on the drive or card is removed, creating room for new data.
Minimize Data Corruption: Consistent formatting can enhance data integrity and stop corrupted files from piling up.
Boost Performance: Lenovo claims that removing mistakes and superfluous files can greatly increase computer speed and responsiveness.
Fix System Errors:
Corrupted system files or other software issues can be fixed with formatting.
Start Fresh: Reformatting gives your system a fresh start, similar to giving it a “digital spa day,” as Lenovo puts it.
Troubleshooting Micro SD Card Issues with GoPro
Problems with microSD cards for GoPro cameras can be annoying. Usually, troubleshooting entails making sure the camera is formatted correctly, looking for physical damage, and confirming the settings. Try formatting the card, cleaning the card and slot, and looking for any other possible problems, such as a damaged card or malfunctioning GoPro settings, if the card is not recognized.
Troubleshooting Steps:
1. Ensure proper formatting:
Should the GoPro show “NO SD” or “SD ERR,” the card is probably not formatted properly for the GoPro.
Use a microSD card reader or adapter on a computer (Mac or Windows) to format the card.
Use FAT32 for cards with 32GB or less and exFAT for cards with 64GB or more.
Try the card in the GoPro one more time after formatting.
2. Check for Physical Damage:
Look for any obvious dirt or damage on the SD card, particularly on the metal connectors.
If required, wipe the contacts with a cotton swab or a gentle, dry cloth.
Make sure the card is in the GoPro correctly.
3. Verify GoPro Settings:
Occasionally, problems with SD card detection might be caused by GoPro settings.
Try restoring the GoPro to its original configuration to see if it fixes the issue.
4. Additional Possible Problems:
Verify that the card lock switch is unlocked and in the proper position.
To determine whether the problem is with the GoPro or the SD card, try a new one.
If you have lost files, you might want to use data recovery software.
5. Cleaning the Memory Card and Slot: Debris and dust may obstruct the SD card’s and GoPro’s connection.
Blow air into the camera’s card slot and carefully wipe the card’s metal contacts with a soft, dry cloth.
If the problem persists:
Think about upgrading the GoPro’s firmware because SD card faults can occasionally be caused by software problems.
It is advised to get in touch with GoPro support if none of the solutions mentioned above resolve the GoPro’s potential hardware problem.
Conclusion
Choosing the ideal micro SD card for your GoPro camera is essential to reliably and smoothly documenting your travels; it’s not simply a technical element. Your SD card’s performance has a direct impact on the quality of your film and recording experience, whether you’re diving underwater, climbing mountains, or vlogging about your everyday life. Use only reputable brands, make sure the card satisfies GoPro’s specifications for size and speed, and format it correctly before using it. Purchasing a high-quality micro SD card will spare you the trouble of corrupted files, glitches, and missing video. Don’t allow a poor memory card to stop you from taking advantage of your GoPro’s built-for-action capabilities. You can concentrate on the adventure knowing that your film is secure if you make an informed decision.
frequently asked questions
1. What microSD card does a GoPro use?
A microSD card, which is available separately, is required in order to store your pictures and videos. Make use of a name-brand card that satisfies these specifications: microSD, microSDHCTM, or microSDXCTM UHS-3 or Class V30 certification.
2. What format should my SD card be for GoPro?
For SD cards with 32GB or less, it should be set to FAT32; for SD cards with 64GB or more, it should be set to exFAT.
3. Is the V10 or V30 SD card superior?
V30 cards are compared to other video speed classes as follows:
For 4K video, V6 cards are too sluggish.
Although V10 cards can handle 4K video, very high bitrate 4K or UHD recording may cause performance problems and missed frames.
For lag-free, steady 4K video recording at higher bitrates, V30 SD cards are advised.
4. How long will 256GB last on a GoPro?
Depending on the size of the card you’re using, you can multiply that time for the remaining cards. For instance, a 256GB card should last roughly 8 hours and 24 minutes for the sizes you stated, while a 512GB card should last roughly 16 hours and 48 minutes.
5. What format is best for GoPro?
MP4 and HEVC are the two primary file formats used by GoPro cameras. The kind of GoPro camera you use will determine the exact file format. Most GoPro HERO camera models use the Advanced Video Coding (AVC) format and the h.264 video codec for recording.
6. How many hours can a GoPro record?
Generally speaking, higher frame rates and resolutions consume more power. For instance, a full charge should allow you to record for roughly 40 minutes at 4K/120 frames per second. You should be able to record for more than two hours at 1080p/30 frames per second on a single charge.