Firmware Motorola Moto G54

This process uses the Fastboot protocol since Motorola does not support Odin or SP Flash Tool for MTK devices in the same way.

| Problem | Solution | |---------|----------| | Bootloop after flashing | Reboot to fastbootd → flash original vbmeta with --disable-verity --disable-verification | | No IMEI (null/null) | Restore nvram and nvdata from backup via MTKClient. | | “Your device has failed verification” | Re-lock bootloader only after full stock restore – or ignore, but SafetyNet fails. | | SP Flash Tool error S_BROM_CMD_SEND_DA_FAIL | Use newer DA (Download Agent) from Android 13+ firmware folder. |

# Example (adjust paths for your OS)
flash_tool.exe -b scatter.txt -c download -s boot.img -s dtbo.img -s vbmeta.img

For full restore, use “Firmware Upgrade” mode in GUI.

If you meant you want to download the actual firmware file (not a paper), I cannot provide direct download links. However, you can get it by:

Would you like a step-by-step guide (as a separate paper) on how to backup your NVRAM before flashing? Or a bootloader unlock + Magisk rooting procedure for the Moto G54?

The firmware for the Motorola Moto G54 is currently in an interesting spot, especially following the recent rollout of Android 15

. While it offers a "clean" experience, user experiences vary significantly depending on which update you are currently running. The Software Experience: "Nearly Stock"

Motorola’s firmware is known for being lightweight and bloat-free.

It resembles a standard Google Pixel experience (AOSP-looking), with high-performance animations and simple navigation. Moto Actions: The highlight of the firmware remains the proprietary gestures

, such as "Fast Torch" (double-chop) and "Quick Capture" (twist to open camera), which are integrated directly into the system settings.

Originally launched with Android 13, the device has surprisingly received two major OS upgrades (Android 14 and 15), which is better than the single-update policy Motorola initially promised. The Android 15 Transition As of early 2026, many G54 units are running Android 15 Motorola Moto G54 5G Review: The Superior Sequel

The Motorola Moto G54 (codenamed ) has received significant software support, currently seeing rollouts for Android 15 in select regions after a stable tenure on Android 14. Current Firmware Status (April 2026) Latest OS Version : Android 15 (phased rollout). Previous Stable : Android 14 (Firmware version: U1TD34.94-12-7 Security Patches

: Generally updated bi-monthly or quarterly, depending on the carrier and region. Official Tools for Firmware Management

For any manual firmware task—whether updating, unbricking, or restoring to factory settings—Motorola provides an official desktop suite: Rescue and Smart Assistant (RSA)

: This is the primary tool for PC (Windows) that automatically detects your G54 and downloads the correct official stock ROM for your specific region and IMEI. Software Fix

: Integrated within the RSA tool, this feature allows you to re-flash the entire operating system if your device is stuck in a boot loop or performing poorly. Motorola Support How to Update or Reflash

It was a typical Monday morning for the team at Motorola's firmware development department. The coffee was hot, the screens were glowing, and the air was buzzing with anticipation. Today was the day they would start working on the firmware for the brand-new Moto G54.

Leading the charge was Senior Firmware Engineer, Rachel. She had been with Motorola for over five years and had a reputation for being one of the best in the business. Rachel gathered her team around her, a diverse group of talented engineers with names like Jake, Lisa, and Kunal.

"Alright, team, let's get started," Rachel said, her voice crisp and confident. "We have a lot of work to do, and not a lot of time to waste. Our goal is to create a firmware that will make the Moto G54 the best mid-range smartphone on the market."

The team nodded, their eyes fixed on Rachel as she began to outline the plan. "First, we need to ensure seamless integration with the device's hardware. That means working closely with the hardware team to make sure our firmware is optimized for the phone's powerful processor, ample storage, and advanced camera system."

Jake, a junior engineer, spoke up. "I've been studying the Qualcomm Snapdragon 695 chipset, and I think I can optimize the firmware to take advantage of its advanced features, like the AI-enhanced image processing."

Rachel smiled. "That's exactly what I want to hear, Jake. Lisa, can you work on developing a robust and secure boot process? We can't have any vulnerabilities in our firmware."

Lisa nodded, jotting down notes on her laptop. "I'm on it, Rachel. I'll make sure our boot process is rock-solid."

Meanwhile, Kunal was busy analyzing the phone's display and graphics capabilities. "Guys, I think I can squeeze out some extra performance from the GPU. If we tweak the firmware just right, we can get some amazing graphics rendering out of this device."

As the team worked tirelessly throughout the day, they encountered their fair share of challenges. They debated and discussed, sometimes passionately, but always with the goal of creating the best firmware possible.

Hours turned into days, and days turned into weeks. The team worked through late nights and weekends, fueled by pizza, energy drinks, and their collective passion for creating something amazing.

Finally, after months of hard work, the firmware was ready. Rachel gathered the team around her once more, this time with a sense of pride and accomplishment.

"Team, I think we've done it. Our firmware is stable, secure, and optimized for performance. We've taken the Moto G54 to the next level."

The team cheered, high-fiving each other and grinning from ear to ear. They knew they had created something special.

The Moto G54, with its sleek design and powerful specs, was about to hit the market. And with Rachel's team behind it, the phone was going to revolutionize the mid-range smartphone market.

The firmware had been written, tested, and refined. It was now up to the world to experience the Moto G54 in all its glory. The team at Motorola's firmware development department couldn't wait to see the impact their hard work would have.

Motorola does not provide publicly hosted firmware. Legitimate sources:

⚠️ Always verify checksums (SHA-256) before flashing.

Firmware Report: Motorola Moto G54 5G Motorola Moto G54 5G (model XT2343) currently supports Android 14

as its latest stable operating system version. While the device initially launched with Android 13, it has received significant updates, though community reports indicate it may not receive an official path to Android 16. 1. Official Update & Recovery Methods

The most secure way to manage the Moto G54 firmware is through official Lenovo/Motorola tools. Over-the-Air (OTA) Updates : Accessible via Settings > System updates Rescue and Smart Assistant (RSA)

: This official Windows PC tool is the primary method for recovering "soft-bricked" devices or fixing boot loops. It automatically detects the device and downloads the correct official firmware for your specific region and model. Manual Recovery : Users can enter Recovery Mode

by holding the Power and Volume Down buttons, then using a combination of Power and Volume Up once the Android logo appears to access the "Wipe data/factory reset" options. 2. Technical Specifications

The firmware must be compatible with the following hardware architecture: : MediaTek Dimensity 7020. Display Density : 405 DPI. : Utilizes Fastboot D

mode for specific flashing operations (unlike older models that only used standard fastboot). 3. Advanced Firmware Operations

For developers or advanced users, several custom procedures are available:

Use this if you want to switch software channels (e.g., from T-Mobile US to Retail US) or downgrade.

Step 1: Unlock the Bootloader

Step 2: Download the correct firmware

Step 3: Extract and Prepare

Step 4: Boot into Bootloader

Step 5: Execute Flash Commands Open a command prompt in your firmware folder and run these commands sequentially:

fastboot oem fb_mode_set
fastboot flash partition gpt.bin
fastboot flash bootloader bootloader.img
fastboot reboot-bootloader
fastboot flash radio radio.img  # (If present)
fastboot flash bluetooth BTFM.bin  # (If present)
fastboot flash dsp dspso.bin
fastboot flash logo logo.bin
fastboot flash boot boot.img
fastboot flash dtbo dtbo.img
fastboot flash vbmeta vbmeta.img
fastboot flash super super.img_sparsechunk.0
fastboot flash super super.img_sparsechunk.1
fastboot flash super super.img_sparsechunk.2
fastboot flash super super.img_sparsechunk.3  # (Continue for all chunks)
fastboot erase carrier
fastboot erase userdata
fastboot erase metadata
fastboot oem fb_mode_clear
fastboot reboot

Note: The exact sparsechunk count varies. Check your folder for super.img_sparsechunk.0, .1, .2, etc.

Step 6: First Boot The first reboot takes 3–5 minutes. Do not interrupt it.