The Motorola Moto G67 Power camera system makes a strong statement in the competitive mid-range market. This comprehensive review examines the dual rear camera setup and the high-resolution front shooter. We explore how the hardware performs under various lighting conditions and compare its results against key competitors. Understanding the camera’s true capabilities helps consumers make an informed purchase decision. This article will provide a deep dive into every aspect, from the core specifications to the final image quality.
Detailed Camera Hardware and Specifications
Motorola equipped the Moto G67 Power with a dual camera array on the rear and a powerful, high-megapixel sensor on the front. This combination aims to provide versatility for everyday mobile photography. Understanding the underlying technology explains the phone’s image output characteristics.
The 50MP Wide Angle Primary Sensor
The star of the show is the 50 megapixel (MP) main camera. It boasts an f/1.8 aperture, which allows significant light intake for brighter photos. This is especially important in challenging lighting situations. The sensor size measures 1/1.95 inches, and the individual pixel size is 0.8µm. Critically, this sensor uses Phase Detection Autofocus (PDAF). PDAF helps the camera focus quickly and accurately on moving subjects, improving sharpness dramatically compared to traditional contrast autofocus systems. The use of advanced sensor technology, often confirmed to be the Sony LYTIA 600, demonstrates Motorola’s commitment to quality components.
Ultrawide Versatility: 8MP and Macro Function
The secondary camera is an 8 MP ultrawide sensor with an f/2.2 aperture. It provides a generous 118˚ field of view. This expanded perspective is perfect for capturing large landscapes, group photos, or architectural shots. The ultrawide camera features a larger 1.12µm pixel size, offering better light capture compared to standard 0.8µm pixels. This sensor also frequently serves a dual role. It often functions as a dedicated macro camera on many Motorola devices, allowing users to capture detailed close-up shots. This adds significant utility, eliminating the need for a separate, often low-quality, 2MP macro sensor found on competing phones.
The High-Resolution 32MP Selfie Camera
For self-portraits and vlogging, the Motorola Moto G67 Power features a substantial 32 MP front camera. It uses an f/2.2 aperture. The 0.7µm pixel size helps keep the physical sensor footprint small while still delivering high-resolution output. This high megapixel count gives users flexibility for cropping or printing larger images. The front camera also supports High Dynamic Range (HDR) processing, ensuring good exposure balance even when shooting against bright backgrounds.
Video Capabilities Across the Board
A significant highlight of the Moto G67 Power is its video specification. The main camera supports 4K video recording at 30 frames per second (fps). It also offers smoother 1080p recording at 30fps. Uniquely for this segment, the 32 MP front camera also supports 4K@30fps video capture. This makes the phone an excellent tool for content creators who need high-quality footage from both the front and rear lenses. The ultrawide camera also supports 4K recording, completing the versatile video package.
Daylight Photography Performance Analysis
Daylight performance serves as the true test for any smartphone camera. The Moto G67 Power generally delivers reliable and pleasing results in bright light. The camera system prioritizes color accuracy and detail preservation.
Standard Wide Shots: Detail and Color
The 50MP primary sensor captures excellent detail in well-lit conditions. Images show sharp focus, thanks to the PDAF system. Colors appear vibrant but remain true to life, avoiding the overly saturated look some budget phones produce. Motorola’s processing tends towards a natural color profile, which many users prefer for editing later.
The default camera mode uses pixel binning, combining four 0.8µm pixels into one large 1.6µm effective pixel. This process, often called Quad Pixel technology, results in high-quality 12.5 MP images. These images offer an ideal balance of detail, brightness, and manageable file size. Users find the dynamic range respectable, capturing good shadow and highlight details without major loss.
High-Resolution 50MP Mode Utility
The camera app includes a dedicated Ultra-Res or 50MP mode. This mode bypasses pixel binning, allowing the sensor to capture a full 50-megapixel photo. Using this mode reveals maximum fine detail, useful for cropping significantly into a scene.
However, the 50MP files are large, requiring more storage space. They also sometimes show slightly less effective HDR processing compared to the binned 12.5MP images. Users should reserve the 50MP mode for specific scenes, such as detailed landscapes or intricate textures, where maximum resolution is necessary. The standard binned output handles most everyday photography needs efficiently.
Ultrawide Field of View and Distortion
The 8MP ultrawide camera effectively broadens the photographic scope. Its 118˚ field of view captures an expansive perspective. In bright daylight, the ultrawide photos exhibit good color matching with the main lens.
Image quality naturally drops slightly compared to the main 50MP sensor. Users notice softer details, especially towards the edges of the frame. Motorola’s software effectively corrects lens distortion, minimizing the curved, “fish-eye” effect at the boundaries. The 8MP resolution is competitive for the price point, providing functional wide-angle views for social media sharing.
Specialized Comparison: Ultrawide vs. Competition
Many competing budget and mid-range phones feature an 8MP ultrawide lens. However, the Moto G67 Power often utilizes a higher quality sensor for this role. More importantly, its ability to function reliably as a macro lens distinguishes it from rivals. Some competitors include a separate, often mediocre, 2MP macro lens. Motorola’s approach of integrating macro capability into the ultrawide sensor yields superior results, producing higher-resolution close-ups.
Low-Light and Night Photography Performance
Low-light performance often separates a decent budget camera from a truly capable one. The Moto G67 Power incorporates several features to boost its performance after sunset. These include the f/1.8 aperture and dedicated software modes.
The Dedicated Night Vision Mode
Motorola’s Night Vision mode significantly improves low-light shots. When active, the camera captures multiple frames over several seconds. It then intelligently merges them to reduce noise and enhance brightness.
The resulting images are substantially brighter than standard photos taken in dim conditions. The Night Vision mode effectively controls highlights from streetlights and signs. It also pulls usable detail from deep shadow areas. This software optimization makes photos more shareable and detailed, even in very dark environments.
Aperture and Sensor Size in Dim Light
The wide f/1.8 aperture on the 50MP main lens allows more light to hit the sensor quickly. This is crucial for capturing detail before noise becomes overwhelming. The 1/1.95-inch sensor size is average for this segment. Combined with the 0.8µm pixels (which are binned to 1.6µm effective size), the system gathers enough light to produce satisfactory results.
Without the Night Vision mode, low-light photos can appear softer, showing some digital noise. Users appreciate the presence of Night Vision because it transforms these softer images into clearer, sharper outputs. The technology significantly mitigates the typical challenges of budget smartphone photography at night.
Low-Light Selfie Performance
The 32MP front camera maintains decent performance in low light. Its f/2.2 aperture is less wide than the main camera’s, but the high resolution aids in capturing texture. Motorola’s software often utilizes a subtle screen flash or brightens the display momentarily to illuminate the subject. The resulting selfies are usable for social media, although they show increased processing and noise reduction artifacts compared to daylight shots. The presence of HDR on the front sensor helps manage exposure balance with background light sources at night.
Portrait and Specialized Modes Evaluation
The camera experience on the Moto G67 Power extends beyond basic point-and-shoot. It includes popular modes like Portrait, Panorama, and a Pro mode for manual control.
Depth Sensing and Bokeh Quality
The Portrait mode relies on software algorithms to separate the subject from the background, creating a pleasing bokeh (background blur) effect. The 50MP main sensor captures the initial sharp image, and the Moto AI assists in mapping depth.
Edge detection proves accurate for subjects with clear outlines, like people. Intricate details, such as flyaway hair or the gaps between glasses and the head, sometimes cause minor errors. However, overall, the bokeh effect looks natural, with adjustable depth settings post-capture. This control allows users to refine the amount of background blur to their preference.
The Portrait Edge Detection Accuracy
Motorola focused on improving subject separation with its AI enhancements (moto ai). This results in consistently realistic skin tones in portrait shots. The camera avoids over-exposing faces or applying excessive smoothing. Both the rear main camera and the 32MP front camera deliver excellent portrait results, prioritizing a natural look over heavily stylized effects. The high-resolution selfie sensor is particularly effective in producing clean, detailed self-portraits.
Panorama and Pro Mode Utility
The Panorama mode stitches together multiple photos to create an ultra-wide image. The Moto G67 Power handles the stitching process well, resulting in relatively seamless panoramic views. Users must move the phone slowly and steadily to ensure clean results.
For enthusiasts, the Pro Mode offers complete manual control over key settings. Users can adjust ISO, shutter speed, focus, white balance, and exposure compensation. This capability unlocks maximum creative flexibility. Photographers can take long-exposure shots at night or precisely control motion blur, something the automatic modes cannot achieve.
Video Capabilities and Advanced Features
The video performance of the Motorola Moto G67 Power is surprisingly strong for its class, highlighted by high-resolution support across all lenses. This is a significant competitive advantage.
4K Recording Across All Lenses: A Segment Highlight
The ability to record in 4K resolution at 30fps using the main 50MP camera, the 8MP ultrawide camera, and the 32MP selfie camera is a standout feature. This level of video versatility is rarely seen in smartphones at this price point.
4K footage from the main sensor offers excellent detail and clarity. The ultrawide 4K video provides a unique perspective for vlogging or large scene capture. The front 4K camera is ideal for high-quality video calls and self-recorded content. This feature alone elevates the phone’s value proposition for video-focused users.
Stabilization and Framerate Options
The Moto G67 Power relies primarily on electronic image stabilization (EIS). EIS works by cropping slightly into the image to compensate for camera shake. It performs adequately for minor movements, especially when recording in 1080p.
Serious videographers might find the stabilization challenging during fast-paced movement or walking. The phone offers 1080p recording at 60fps from the front camera, providing smoother footage than 30fps. The rear camera’s maximum framerate is 30fps at 4K resolution.
Audio Zoom and Dual Video Features
Motorola includes helpful software features to enhance the video experience. Audio Zoom focuses the microphone’s input on the subject when the user zooms in while recording. This helps isolate the desired sound source in noisy environments.
Dual Video recording allows users to capture footage simultaneously from the front and rear cameras. This is useful for reaction videos or content creation where the user wants to show both their face and the scene they are watching. These features add a layer of creative utility not always found in budget-friendly devices.
Specialized Comparisons and Competitive Edge
To fully assess the Moto G67 Power camera, we must place it in context against its market peers and its own predecessors. This comparison reveals where the phone truly excels and where it makes compromises.
Comparison to Previous Motorola Models
Compared to a typical predecessor like the Moto G54 Power, the G67 Power shows meaningful upgrades. While the G54 also featured a 50MP main camera, the G67 Power often utilizes a newer sensor like the Sony LYTIA 600. This newer sensor potentially offers better light sensitivity and faster processing.
The G67 Power also significantly boosts the selfie camera resolution, jumping from 16MP to 32MP. Furthermore, the ability to record 4K video from all three main lenses—main, ultrawide, and selfie—is a distinct leap forward. The G67 Power focuses more on high-resolution video capture than previous generations.
Comparison to Key Competitors
The Moto G67 Power competes directly with offerings from Samsung, Xiaomi, and iQOO in the budget-to-mid-range segment. Many rivals also feature 50MP main sensors.
The G67 Power often wins on the high-resolution front camera, as 32MP is superior to the 16MP or 13MP sensors frequently offered by competitors. The unified 4K video recording across all lenses is another strong differentiating factor. Rivals might offer faster charging or an AMOLED display, but the G67 Power clearly prioritizes camera versatility and battery endurance (7000mAh) over those features. Buyers must decide if superior video capabilities and battery life outweigh the benefits of an AMOLED screen on a rival device.
Critical Pros and Cons for the Buyer
Every camera system involves tradeoffs. Buyers should carefully weigh the advantages and disadvantages of the Moto G67 Power camera before committing to a purchase.
Pros of the Moto G67 Power Camera
The camera system provides several compelling benefits for the target audience.
First, the primary 50MP sensor delivers high-quality, detail-rich photos in good light. The color science is natural and reliable for everyday use.
Second, the 32MP high-resolution front camera is excellent for detailed selfies and high-quality vlogging. This is a major plus for social media users.
Third, the camera offers versatile 4K video recording from the main, ultrawide, and front lenses. This level of video capability is rare in this price category.
Fourth, the 8MP ultrawide lens doubles effectively as a macro shooter. This combination adds great utility and avoids the low quality of dedicated 2MP macro cameras.
Fifth, the Night Vision mode significantly improves photos in low light, making night photography reliable. The software effectively reduces noise and balances exposure.
Cons of the Moto G67 Power Camera
Despite its strengths, the camera has notable limitations typical of this price bracket.
First, the camera lacks an optical zoom or a dedicated telephoto lens. Users must rely on digital zoom, which degrades image quality quickly past 2x magnification.
Second, the camera relies on Electronic Image Stabilization (EIS). It lacks Optical Image Stabilization (OIS) on the main sensor. OIS provides superior results, especially in video recording and low-light still photography.
Third, the low-light performance of the ultrawide camera remains weaker than the main lens, even with software processing. Images show noticeable softness and more noise.
Fourth, the binned 12.5MP photos occasionally feature slightly oversaturated skies or greens when the AI photo enhancement is aggressive. Users sometimes need to turn off the AI features for a more consistent result.
Fifth, while the processing speed is fast in daylight, capturing and saving Night Vision photos takes a few seconds. This is normal but can cause delays when taking back-to-back shots.
Important Points a Buyer Should Know
Potential buyers focusing on the camera should consider how these features translate into real-world use. The Moto G67 Power is a lifestyle camera phone designed for reliability.
The Tradeoff: Battery Life vs. Camera Hardware
The Moto G67 Power focuses on two main pillars: a massive 7000mAh battery and a highly capable camera system. Motorola made conscious hardware decisions to balance these priorities. The decision to omit OIS likely helped keep costs and device thickness down, supporting the large battery. Buyers choose the G67 Power when they prioritize all-day (and beyond) battery life alongside reliable imaging. They accept the lack of OIS and optical zoom as a necessary compromise for that exceptional endurance.
Software Integration and User Experience
Motorola’s camera interface is typically clean and easy to navigate. The company enhances the experience with its Moto AI features, which intelligently recognize scenes and adjust settings automatically. This ‘moto ai’ assistance helps casual users capture good photos without needing to understand manual settings.
The integration with Google Photos is seamless. Users can instantly access Google’s advanced editing tools, such as the Magic Eraser or Photo Unblur, directly on the device. This post-processing power complements the hardware, allowing users to improve their photos after the fact.
Understanding Pixel Binning and Resolution
Consumers often focus only on the 50MP number. Buyers need to understand that the default setting captures 12.5MP images. This is by design, providing the best quality and balance. The 50MP mode exists for specific, high-detail scenarios, but it is not the primary shooting mode. Do not expect every photo to be a 50MP file. The 12.5MP binned photos deliver excellent clarity for viewing on a phone screen and sharing online.
Future Software Support Impact
Motorola typically provides limited OS and security updates in the budget segment. While the phone launches with a modern Android version, future camera performance and feature updates might be less frequent than on high-end devices. This means the camera experience buyers receive at launch will likely remain consistent throughout the phone’s lifespan. Reliability is built into the launch software, rather than relying on significant later upgrades.
Conclusion: Making an Informed Camera Decision
The Motorola Moto G67 Power camera system stands out as a versatile and surprisingly high-spec option in its category. It is an excellent choice for the content creator and the power user who demands long battery life. The 50MP main sensor delivers sharp daylight photos with natural colors. The 32MP front camera is a major highlight, providing segment-leading resolution for selfies and vlogging. The unified 4K video recording across all lenses is a compelling feature for video enthusiasts.
However, buyers must accept the absence of a dedicated telephoto lens and Optical Image Stabilization. These omissions are common compromises necessary to keep the price affordable and accommodate the massive 7000mAh battery. If your priority is maximum battery endurance combined with reliable, high-resolution photo and video capabilities, especially for selfies, the Moto G67 Power camera is an outstanding companion. It delivers more than just functional photography; it provides creative versatility.
Frequently Asked Questions (FAQ)
1. Does the Moto G67 Power main camera have Optical Image Stabilization (OIS)?
No, the Moto G67 Power does not feature Optical Image Stabilization (OIS). It relies on Electronic Image Stabilization (EIS) for video, which works well but is less effective than OIS, particularly in low light.
2. Can the Moto G67 Power record 4K video from its selfie camera?
Yes, a standout feature of the Moto G67 Power is its ability to record high-resolution 4K video at 30 frames per second (fps) using the 32 MP front-facing camera.
3. What is the role of the 8MP ultrawide camera?
The 8MP ultrawide camera captures expansive 118˚ scenes. It also serves a dual purpose by functioning as a dedicated macro camera, allowing users to take sharp, high-resolution close-up shots.
4. How does the camera perform in low light without the Night Vision mode?
Without the dedicated Night Vision mode, low-light photos can be softer and exhibit more digital noise. However, the wide f/1.8 aperture helps manage brightness, and the Night Vision software dramatically improves quality when enabled.
5. Does the 50MP main camera always take 50-megapixel photos?
No. By default, the main camera uses pixel binning technology to combine four pixels into one, producing optimized 12.5-megapixel photos for better light sensitivity and file size. A dedicated 50MP mode is available for capturing full-resolution images.
