Bracknell Data Recovery specialises in professional data recovery RAID 0 services for both businesses and home users. RAID 0 (striping) offers high performance but no redundancy – any drive failure normally means total data loss. Our expert team uses advanced diagnostics and clean-room facilities to image and analyse failed RAID 0 arrays. We handle everything from simple two-disk setups to large multi-bay arrays (up to 64 disks). Using cutting-edge hardware and software tools, we can often rebuild a damaged RAID 0 and extract your files. In short, even though a single RAID 0 drive failure can render the volume unreadable, experienced recovery engineers can reconstruct the array and retrieve data.

Services Offered

• RAID 0 Diagnostics & Analysis: We start with a free evaluation of your RAID 0 system. Our technicians inspect the drives, assess any physical damage, and determine the exact RAID controller type and configuration.
• Cleanroom Drive Repair: If a drive has mechanical or electronic faults (clicking, spin issues, board failures), we use ISO-class clean-room facilities to repair the drive and secure its data. Damaged disks are carefully imaged sector-by-sector to avoid further harm.
• Disk Imaging & Cloning: All drives are cloned to stable media before recovery work begins. This ensures no further stress on failing drives. (As ReclaiMe notes, creating disk images of damaged drives preserves data for recovery.)
• Virtual Array Reconstruction: We use specialist RAID recovery software (e.g. UFS Explorer, ReclaiMe, R-Studio) and expert knowledge to identify stripe size, order and offset. If the original controller is available, we can export its RAID metadata; otherwise, we run thorough scans to detect the array parameters.
• File Extraction & Repair: Once the virtual RAID is rebuilt, we mount the logical volume and recover files. We support all major file systems (NTFS, HFS+, exFAT, ext3/4, XFS, Btrfs, ZFS, APFS, etc.). Any corrupted file systems are repaired or reconstructed so that your data is intact.
• Data Delivery: Recovered data is returned on new hard drives or secure cloud transfer, depending on your preference. Throughout the process we maintain strict data security and confidentiality.

Throughout the process, we avoid any destructive “repair” attempts. For example, if the drives came from a hardware RAID, we follow best practices: label each disk, detach them from the original RAID controller, and connect them individually to non-RAID ports so that recovery software can scan them independently. Our goal is to recover your data, not to overwrite or format it.

Supported Systems

Our lab is equipped to handle both hardware and software RAID 0 configurations:

• Hardware RAID Controllers: We support all major server and workstation RAID cards and systems (Dell EMC, HPE/HP, IBM, Adaptec/ARECA, Intel RAID, Promise, LaCie, Lenovo, ASUS, Thecus, etc.). Whether your RAID was set up in a rackmount server or a desktop workstation, we know how to work with the controller’s metadata or lack thereof. If the original controller is unavailable or faulty, we can often recreate its configuration in software.
• NAS & JBOD Devices: We recover from NAS and SAN appliances (Synology, QNAP, Netgear ReadyNAS, Drobo, Buffalo, NetApp, WD MyCloud, Seagate NAS, etc.) even if they use proprietary RAID implementations or custom file systems.
• Software RAID: We support software RAID arrays such as Linux MDADM (ext3/ext4/XFS on Ubuntu, Debian, RedHat, etc.), Windows Dynamic Disks/Storage Spaces (NTFS), Apple RAID (HFS+/APFS), and virtualization RAID (VMware RDM, hypervisor volumes).
• Large Arrays: Our tools can handle very large arrays (tens of terabytes) and many drives (up to 64 disks in a single array, as seen on enterprise controllers). We have high-capacity imaging hardware and servers to reconstruct even the biggest stripe sets.
• All File Systems: Once the RAID volume is reassembled, we support recovery from any common file system, including NTFS (Windows), FAT/exFAT, HFS+/APFS (Mac), ext3/ext4 (Linux), XFS, Btrfs, ZFS, ReFS, etc. We use file-system-specific recovery methods as needed – for example, repairing a damaged NTFS Master File Table (MFT) or rebuilding an ext4 journal.

Common RAID 0 Faults

We see a wide range of RAID 0 failures. Below are the top fault scenarios we address, with brief explanations and our recovery approach for each:

• . Common causes are head crashes, motor faults or electronics failure. We immediately image the faulty disk in a clean room (if needed) and then virtually reconstruct the RAID from that image and the remaining drives. Because RAID 0 has no redundancy, missing blocks mean some files may be incomplete, but advanced recovery software can often reassemble as much data as possible.
• Multiple Drive Failures: If more than one disk in the stripe shows failure (due to power surge, controller fault or coincidence), the odds of full recovery drop. Nevertheless, we image all drives (even those with issues) and attempt a rebuild of the filesystem. Even partial data (from undamaged stripes) can often be extracted. Our engineers try every salvage technique, because “even with a partial image, it is still possible to get good data recovered from the array”.
• RAID Controller Failure: If the hardware RAID controller has failed (burned components, firmware crash), the PC or NAS may not see the array. We then either install a working identical controller or use our software tools to read drives directly. Because RAID metadata is often proprietary, we may need to manually identify stripe parameters. DiskInternals notes that a controller failure “can lead to the entire array becoming inaccessible”. In practice, we carefully examine any on-disk metadata and recreate the controller’s settings on a replacement card or in a recovery tool.
• Firmware Bugs or Corrupted Configuration: Sometimes a controller’s firmware glitch or a bad update corrupts the RAID metadata. Similarly, human error (like wrong settings or a failed rebuild attempt) can make the array configuration inconsistent. We treat this by ignoring the bad metadata and rebuilding the array definition from scratch. Recovery software can scan disks to “detect” the RAID parameters automatically (stripe size, order, offset). Once parameters are determined, we virtually reassemble the array and repair the filesystem from the top.
• Accidental Reinitialisation or Formatting: If someone has mistakenly told the RAID controller or NAS to reinitialise or format the array, the original file index may be lost. However, the raw data usually remains until overwritten. Our specialists scan the raw disks for known file signatures (or remnants of the previous filesystem structures) and reconstruct the volume. In many cases we can restore the original directory structure and filenames even when a re-initialisation occurred.
• Disk Reordering or Moved Cables: RAID disks in the wrong order (for example, swapped between ports or bays) will scramble the data stripes. We correct this by identifying each disk’s serial number or original slot and then placing them back in the proper order. Because we tag and image each drive, we can virtually “slot” them correctly even without the original hardware. After reordering, we rebuild the array with the correct sequence.
• Bad Sectors / Media Defects: Drives often have bad blocks, which can cause corruption on certain stripes. Bad sectors accumulate and “can lead to data corruption and RAID failure”. We mitigate this by using imaging tools that retry bad sectors many times and skip irrecoverable ones. The good sectors are copied, and our software then reconstructs the missing parts of the RAID. If a few bytes are unreadable, large parts of the filesystem can still be recovered; we then attempt file repair or recovery from incomplete files.
• Filesystem Corruption (Logical Faults): Even if all disks are healthy, the filesystem on the RAID can get corrupted by malware, software crashes or improper shutdowns. Examples include a corrupted NTFS Master File Table, a damaged EXT4 journal, or a lost partition table. Because the underlying RAID stripes can usually be rebuilt, we focus on repairing the filesystem. We use tools like chkdsk (NTFS) or fsck (ext/XFS) and sometimes recover data by scanning file records.
• Unexpected Rebuild/Expansion Attempts: Users sometimes attempt to rebuild or expand a RAID 0 (for example, by replacing a disk and thinking it will rebuild like RAID 5/6). Since RAID 0 has no parity or mirror, such attempts typically fail and can overwrite metadata. We handle this by restoring the array as it was before the rebuild attempt. For example, we revert any new initialisation metadata and reconstruct the original stripe layout.
• Software RAID Failures: With software RAID (Linux mdadm, Windows Dynamic/Storage Spaces, Apple RAID), metadata corruption or OS crashes can prevent normal recovery. We can import Linux md devices and read Windows virtual disks directly. Our recovery tools support decoding of many software RAID formats. For instance, if an mdadm superblock is damaged, we can manually specify RAID level and stripe to reconstruct the array and then extract files.
• NAS/SAN Controller Issues: Some NAS devices (Synology Hybrid RAID, QNAP BeyondRAID, Drobo BeyondRAID) use proprietary schemes. If a NAS controller fails or its configuration is lost, we treat the disks as individual drives. Using vendor documentation and forensic tools, we identify the layout (for example, Synology’s RAID0 settings) and rebuild the array virtually.
• Lost or Incompatible Encryption: If the RAID volume was encrypted (BitLocker, LUKS, APFS encryption, etc.), we first identify the encryption scheme. Recovery is only possible with the proper keys or passwords. Without them, data remains unreadable. If you provide the encryption key, we can apply it after rebuilding the RAID so that files can be decrypted and recovered.
• Power Surges or Outages: Sudden power loss during heavy writes can cause incomplete stripes. After a power event, we examine each drive for physical damage and then rebuild the array by piecing together fully written stripes. We also ensure any journal or cache corruption is resolved.
• Partition Table or MBR Damage: The RAID volume might fail to mount if its Master Boot Record or partition table is wiped. In such cases, we scan the RAID image for partition signatures and recreate the partition table so the OS can mount the drive. Then normal file recovery can proceed.
• Obsolete or Foreign Signatures: Moving drives between different controllers can label them as a “foreign” RAID or leave outdated signatures. We ignore incompatible metadata and manually set the correct RAID parameters to bring the volume online. All data is then recovered from the raw stripes.
• Unusual RAID Configurations: Sometimes customers present virtual RAID setups (like VMWare virtual disk RAID or cloud storage arrays) or unique nested/stripe+mirror arrays. Our experts have experience with hybrid setups and can adapt the recovery process (for example, first handling the underlying storage RAID 0, then recovering any file-level RAID on top).
• Other Hardware Failures: We also handle less common faults like faulty cables, failing backplanes, or power supplies. For example, a loose cable can drop a drive from an array. We diagnose these situations, replace hardware as needed, and proceed with the recovery of the intact array.

In every case, our priority is data integrity. We never power up a suspect RAID without safeguards, and we document every step of the recovery to ensure transparency.

How We Recover RAID 0 Data Step by Step

1. Initial Assessment: We examine the drives and system logs, noting any SMART warnings or controller errors. We verify how many disks are present and whether the system recognizes them.
2. Safe Drive Imaging: If any drive appears failing (clicking, low health), we create a forensic image immediately All drives are imaged to high-reliability media to prevent further wear.
3. Label & Disconnect: For hardware RAID, we clearly label each disk and detach them from the RAID controller. The disks are then attached individually to our recovery workstation’s SATA/SAS ports. This isolates them for analysis.
4. Parameter Detection: Using RAID recovery software, we scan the images to detect stripe size, order and offset. For RAID 0, we select at least two devices in the tool and let it reconstruct the array virtually. If the controller’s metadata is intact, we may import it to speed up the process.
5. Array Reconstruction: Once parameters are known, we rebuild the RAID in a virtual environment. Our software tools will display the logical volume’s partitions. We check that the filesystem looks correct (e.g. recognizable NTFS or ext4 structures).
6. File System Repair: If the filesystem is damaged, we run repair utilities (chkdsk, fsck, etc.) in a controlled manner. If repair isn’t possible, we switch to raw file recovery, scanning for file signatures.
7. Data Extraction: Finally, we copy all recoverable files to new drives, ensuring directory structure and filenames are preserved. Large datasets or databases are restored with special care to maintain consistency.
8. Quality Check: We verify that key files open correctly and that critical data (e.g. email databases, Office documents, photos) are intact before delivering the recovery.

At all stages we keep the customer informed. Our detailed report explains the fault, the steps taken, and the success rate of the recovery.

Supported RAID Vendors

Our engineers are familiar with RAID implementations from all leading vendors. We support devices and controllers from:

• Dell & Dell EMC (PERC controllers)
• HPE / HP (Smart Array)
• IBM / Lenovo (ServeRAID, MegaRAID)
• Adaptec / ARECA RAID controllers
• Intel RAID (ICH integrated)
• Promise RAID controllers and Pegasus systems
• LaCie RAID units
• Synology, QNAP, Netgear, Drobo, Buffalo NAS devices
• Western Digital (WD), Seagate Enterprise/San solutions
• Thecus, ASUS, and other server-grade motherboards with built-in RAID
• NetApp, EMC SAN arrays (by handling their external RAID shelf drives)
• ATTO, Areca, and various third-party RAID cards

This extensive experience means we can often recognise and handle the exact RAID format used in your equipment. If needed, we consult vendor documentation (where available) or swap in identical hardware for testing.

Why Choose Bracknell Data Recovery?

• Expertise & Experience: Our certified engineers have years of experience recovering RAID data. We’ve handled thousands of RAID 0 cases, from small desktop arrays to enterprise RAID farms.
• UK-Based Secure Lab: All work is done on-site in our UK secure facility. We maintain ISO-class clean rooms for any physical repairs. Your drives never leave our control without strict monitoring.
• No-Charge Evaluation: We offer a no-obligation evaluation. You get an expert diagnosis and quote with no upfront fee. Only if we recover your data, you pay. (No data, no fee policy.)
• Fast Turnaround: We know time is critical. Most RAID 0 recoveries are completed within a few business days, depending on the complexity and drive health.
• Privacy & Confidentiality: Your data’s security is our priority. We follow strict data protection procedures. All recovered data is handed back via secure methods.
• Transparent Process: We explain each step in plain language. You’ll know exactly what went wrong and how we fixed it. Our detailed report comes with every recovery.

Contact Us

If you’ve experienced a RAID 0 failure or need expert advice, contact Bracknell Data Recovery today. Our friendly support team is ready to assist you. Call us or email for a confidential consultation. Let us help recover your valuable data with our specialist data recovery RAID 0 service.