1.
"The anticipated Canon EOS R7 Mark II is poised to significantly elevate the APS-C mirrorless segment, particularly for high-action photography. Building upon the robust foundation laid by its predecessor, the original EOS R7, the Mark II is generating considerable excitement among photography enthusiasts and professionals alike.1 Industry speculation suggests a substantial leap forward in technology and performance, with key anticipated features including a potentially cutting-edge stacked backside-illuminated (BSI) sensor, a sophisticated and enhanced autofocus system, and notable advancements in video recording.1 These rumored upgrades, combined with the inherent telephoto advantage of the APS-C sensor and Canon's expansive lens ecosystem, suggest a camera highly capable of meeting the rigorous demands of serious enthusiasts and professionals in sports and wildlife photography.3
The incorporation of a stacked BSI sensor in the R7 Mark II, if realized, represents a significant indicator of Canon's strategic intent to position its APS-C line for professional-grade action photography, moving beyond merely enthusiast-level performance. This technological advancement allows for extremely fast data readout from the sensor, which is crucial for minimizing rolling shutter artifacts often seen with electronic shutters, enabling significantly higher continuous shooting speeds, and accelerating autofocus calculations. While the original EOS R7, despite its capabilities, exhibited some rolling shutter effects in its 30 frames per second (fps) electronic shutter mode, a stacked sensor directly addresses this limitation, signaling a fundamental architectural change designed for peak speed and precision. This positions the R7 Mark II not merely as an improved enthusiast camera, but as a serious contender for professional action and wildlife work, fulfilling its rumored role as a "spiritual successor to the renowned EOS 7D series".1
While the Mark II promises substantial capabilities, practical considerations such as optimizing buffer performance with appropriate UHS-II V90 memory cards and managing specific in-camera processing settings, like the Digital Lens Optimizer, will remain crucial for sustained high-speed shooting.5 The potential for rolling shutter with the electronic shutter, though expected to be mitigated by a stacked sensor, will also require real-world evaluation in the Mark II's final iteration.7
2.
The Evolving Landscape of APS-C Mirrorless for ActionThe APS-C mirrorless camera segment continues to be a vibrant and intensely competitive arena within the broader photography market. Manufacturers are constantly pushing the boundaries of what these smaller-sensor cameras can achieve in terms of speed, autofocus, and overall performance, especially for specialized genres like action and wildlife photography.1 Canon's initial foray into this space with the EOS R7 marked a significant step, offering a compelling blend of performance and features that quickly garnered attention from enthusiasts.1 It demonstrated Canon's commitment to bringing advanced mirrorless technology to the APS-C format.
However, the impending arrival of the EOS R7 Mark II has ignited considerable speculation and anticipation across the photographic community. Rumors suggest substantial upgrades designed to elevate its standing within this competitive landscape, aiming to set a new benchmark for high-action performance.1 The Canon EOS 7D series, a line of APS-C DSLRs, was historically renowned for its robust build, exceptional speed, and suitability for demanding action and wildlife photography. The explicit mention of the EOS R7 Mark II as a "spiritual successor to the renowned EOS 7D series" 1 indicates Canon's strategic intent to reclaim or solidify its leadership in the high-performance APS-C market, specifically for action and wildlife. This is a direct challenge to competitors like Fujifilm (X-T5, X-H2S) and Sony (a6700) who have strong offerings in this space.1 By invoking the 7D legacy, Canon is signaling its target audience and its performance aspirations, implying that the R7 Mark II is designed to inherit and advance the 7D's core strengths—speed, robust autofocus, and suitability for capturing fast-moving subjects—but within the modern mirrorless framework. This strategic positioning is crucial for understanding the Mark II's potential impact and its ambition to be a top choice for this segment in the mirrorless era.3
3.
Core Performance Metrics for High-Action Photography- Sensor and Image Processor
The original EOS R7 is built around a 32.5-megapixel APS-C CMOS sensor, which strikes a commendable balance, offering sufficient detail for large prints and cropping while maintaining good low-light performance and manageable file sizes.4 The camera is powered by Canon's DIGIC X image processor, a component crucial for responsive control, rapid image processing, and minimizing electronic viewfinder (EVF) lag, all vital for tracking fast-moving subjects.4
Rumors for the R7 Mark II suggest a potentially groundbreaking upgrade in sensor technology: a "Stacked BSI CMOS" sensor.1 While the exact resolution is still rumored to be 24.1, 32.5, or even 40 megapixels 1, the "stacked" architecture is the key differentiator. This design allows for significantly faster data readout, which is paramount for mitigating rolling shutter effects during high-speed electronic shooting and enabling more rapid autofocus calculations. The processor is rumored to be "DIGIC X or Newer" 1, indicating that Canon will either optimize the existing powerful DIGIC X or introduce an even more advanced chip to handle the increased data throughput from the new sensor.
The combination of a rumored "Stacked BSI CMOS" sensor and "DIGIC X or Newer" processor for the R7 Mark II suggests a multi-faceted performance boost beyond raw speed.1 A stacked sensor can generate a massive amount of data very quickly. For the camera to fully leverage this speed, it requires a processor capable of handling this increased throughput efficiently. This synergy allows for higher sustained burst rates, as the processor can clear the buffer faster, enabling longer bursts. It also facilitates more advanced autofocus, as faster data from the sensor allows the processor to perform more complex real-time calculations for subject detection and tracking, leading to the rumored "AI Tracking".1 This means the camera can identify, lock onto, and follow subjects with greater precision and persistence.
Furthermore, enhanced processing power can lead to more effective in-camera noise reduction at higher ISOs (critical for action in varied lighting), better dynamic range processing, and potentially more sophisticated in-camera lens corrections. For video, faster processing is essential for handling high-resolution, high-frame-rate video 1 with minimal artifacts and efficient compression. This combined technological leap isn't just about isolated specification bumps; it suggests a fundamental improvement in the camera's overall ability to process information rapidly and intelligently. This capability underpins virtually every aspect of high-action photography: maintaining focus on fast-moving subjects, capturing peak action moments without distortion, and delivering clean, high-quality images even in challenging light. It means the camera can react faster, making it a significantly more reliable and effective tool for unpredictable and demanding action scenarios.
- Autofocus System: Precision in Motion
The EOS R7 is equipped with Canon's highly effective Dual Pixel CMOS AF II system.4 This system provides extensive coverage, tracking subjects over virtually 100% of the frame.4 A key strength for action photography is its advanced subject detection capabilities, which can accurately identify and track people (eyes/face/head/body), animals (dogs, cats, birds), and vehicles (racing cars or motorbikes).4 User feedback confirms its reliability, with the R7 being praised for locking onto a bird's eye and maintaining focus as subjects fly by or land.11 Furthermore, the R7's AF system is capable of precise focusing in challenging low-light conditions, down to -5EV.4 However, the R7's tracking can sometimes be challenged if subjects move very vigorously, rapidly change posture, or are temporarily obscured by obstructions.13
- The R7 Mark II is rumored to feature "AI Tracking" 1, building upon the R7's already robust Dual Pixel CMOS AF II with subject detection.9 This suggests an evolution of the autofocus system, likely incorporating more advanced machine learning algorithms. In contemporary camera technology, "AI Tracking" typically refers to autofocus systems that utilize machine learning and deep learning algorithms. These algorithms enable the camera to recognize subjects more intelligently, predict their movement patterns, and maintain focus even when the subject is briefly obscured, changes its orientation rapidly, or moves erratically. They go beyond simple pattern matching to understand the nature of the subject's movement.
The introduction of "AI Tracking" in the R7 Mark II would directly target and aim to resolve the specific tracking weaknesses identified in the current R7.13 For high-action photography—whether it is a bird darting through foliage, a soccer player weaving through defenders, or a race car briefly disappearing behind a barrier—unpredictability is the norm. An AF system that can better "hold" focus through these challenging moments means a significantly higher rate of sharp, in-focus images. This translates directly into more usable shots for the photographer, less frustration in the field, and ultimately, a more reliable and effective tool for capturing fleeting, critical moments in dynamic environments. It elevates the camera's performance from capable to exceptional in the most demanding situations.
- Continuous Shooting Speed and Buffer Management
The EOS R7 boasts impressive continuous shooting speeds, essential for capturing peak action. It can shoot at up to 15 frames per second (fps) with its mechanical shutter and a blistering 30 fps with its electronic shutter.4 The R7 Mark II is rumored to maintain these high speeds.1 While the 30fps electronic shutter is incredibly fast, it is important to note that it can introduce rolling shutter effects, particularly with very fast-moving subjects or quick camera panning, which can skew the image.7
- For sustained bursts, buffer depth and recovery time are paramount. The R7 has a buffer capacity of 126 JPEG frames or 93 RAW frames at 30fps.4 Achieving optimal buffer performance necessitates the use of fast UHS-II V90 memory cards.5 Tests show considerable variation in buffer clearing times depending on the specific card and file type chosen.5 For instance, with top-tier UHS-II V90 cards, clearing 41 RAW shots takes approximately 6.2 seconds, while 84 CRAW shots clear in about 7.73 seconds.5
A crucial, yet often overlooked, factor impacting buffer performance on the R7 is the "Digital Lens Optimizer" (DLO) setting. If set to "high," this in-camera lens correction feature can drastically reduce the camera's write speed to an excruciating 8 MB/s, leading to buffer clearing times of 90-120+ seconds after a burst.6 Conversely, setting DLO to "standard" restores expected write speeds of around 240 MB/s, making buffer clearing almost instantaneous for many users.6 This highlights the importance of understanding and managing in-camera processing settings for optimal high-action performance. The significant impact of the "Digital Lens Optimizer" (DLO) setting on buffer clearing times reveals a hidden trade-off between in-camera image processing and sustained high-action shooting.
When DLO is set to "high," the camera's image processor is heavily burdened with complex calculations before it can write the image data to the memory card. This diversion of processing power and internal bus bandwidth directly bottlenecks the data transfer from the buffer to the card, severely reducing the effective write speed. For high-action photography, sustained bursts are critical. A full buffer means the camera slows down or stops shooting until it clears, causing missed shots. The 90-120+ second clearing time is catastrophic in any dynamic scenario. This specific finding underscores the necessity for photographers to delve beyond basic specifications and understand the intricate interplay of camera settings, processor capabilities, and memory card speeds. An action photographer unaware of this DLO nuance could wrongly attribute poor performance to a faulty camera or slow memory card, leading to frustration and missed opportunities.
- In-Body Image Stabilization (IBIS): Steadying the Shot
The EOS R7 features a highly effective 5-axis In-Body Image Stabilizer (IBIS) system, offering up to 7-8 stops of protection from camera shake.1 This system is particularly powerful because it works collaboratively with the optical image stabilization (OIS) built into many Canon RF lenses.4 This "collaborative IS" provides an even greater combined stabilization effect, crucial for achieving sharp images, especially when shooting handheld with long telephoto lenses—a common practice in wildlife and sports photography.4 Even non-IS lenses (such as fast primes or adapted EF lenses) benefit significantly from the R7's IBIS, broadening lens compatibility and utility.4
The IBIS system offers several practical advantages for action photographers. It grants the freedom to shoot handheld even with powerful telephoto focal lengths (e.g., 400mm, 500mm), reducing the reliance on cumbersome tripods and increasing mobility in dynamic environments.15 By allowing for slower shutter speeds without introducing blur, IBIS enables photographers to use lower ISO settings in challenging light conditions (e.g., indoor sports, dawn/dusk wildlife), resulting in cleaner images with less noise.15 The IBIS system also supports specialized creative techniques. It can level sloping horizons in scenic pictures and features a dedicated "Panoramic Shot" scene mode that compensates for the swinging movement during panning.4 Crucially for action, the R7 includes a "Panning scene mode" where the camera's AF detects and tracks the moving subject while the Image Stabilizer corrects for vertical camera shake as the photographer pans. This significantly improves the success rate of achieving the desired motion blur effect in the background while keeping the subject relatively sharp.15
- The R7's sophisticated collaborative IBIS system, especially its integration with a dedicated "Panning scene mode" 15, transforms a challenging creative technique into a more accessible and reliable feature for action photographers. Panning is a highly valued technique in action photography used to convey a sense of speed and motion, but it is notoriously difficult to execute perfectly. By actively correcting for vertical camera shake during a horizontal panning motion, the R7 directly addresses one of the most common technical challenges in achieving successful panning shots. This makes the technically demanding panning technique more forgiving and reliable, empowering photographers to consistently achieve a specific, dynamic creative effect that previously required significant skill and practice.
4.
Video Capabilities for Dynamic ActionThe EOS R7 is a capable hybrid camera, offering 4K/60p video capture and Full HD up to 120p for super smooth slow-motion playback.4 The camera's IBIS system works collaboratively with optical lens stabilization and can be further enhanced by Movie Digital IS for exceptionally smooth footage, appearing as if shot on a dolly or gimbal.15
However, the R7's 4K Fine mode, while high quality, can exhibit noticeable rolling shutter effects when making sharp camera movements or with very fast-moving subjects.8 Additionally, higher 4K frame rates (e.g., 60p) are often line-skipped and may not be as detailed as the oversampled 24/30p modes.8 When recording High Frame Rate (HFR) movies (119.9 fps or 100.0 fps) for slow motion, sound is notably not recorded.16 For extended video recording, especially at higher resolutions and frame rates, external recorders are sometimes recommended to mitigate potential overheating issues and to utilize larger, more cost-effective storage drives.8
The R7 Mark II is rumored to bring significant upgrades to its video capabilities, including 4K 120p and 6K RAW video recording.1 These advancements would be a major leap forward, offering higher resolution slow-motion and maximum flexibility in post-production. The rumored jump to 4K 120p and 6K RAW for the R7 Mark II, especially when contrasted with the R7's existing rolling shutter issues in 4K 8 and lack of sound in HFR 16, signifies Canon's commitment to addressing critical video limitations for action videography. These rumored video upgrades are not just specification bumps; they are targeted solutions to critical pain points for action videographers. The reduction in rolling shutter, particularly if the 4K 120p is achieved with a full or near-full sensor readout (enabled by the rumored stacked sensor), would mean cleaner footage of fast-moving subjects. The jump to 4K 120p would allow for cinematic slow-motion at a much higher resolution, while 6K RAW would provide professional-grade flexibility. This move positions the R7 Mark II not just as a stills-centric camera with video capabilities, but as a genuinely capable hybrid tool for demanding content creators who need both high-speed stills and professional-grade slow-motion video for action sports, wildlife documentaries, and other dynamic content. It suggests Canon is actively listening to user feedback and leveraging its new sensor and processor technology to make its APS-C line highly competitive in the increasingly important hybrid market.
5.
The APS-C Advantage: Reach and PortabilityThe Canon EOS R7, built around an APS-C sized sensor, inherently provides a 1.6x telephoto crop factor.4 This means that any lens mounted on the R7 effectively gains 1.6 times its stated focal length in terms of field of view compared to a full-frame camera. For example, a 400mm lens on the R7 provides the equivalent field of view of a 640mm lens on a full-frame system. This "free" telephoto reach is a significant advantage for wildlife and sports photographers, allowing them to feel "right next to your subject" and capture "frame-filling animal portraits and powerful action pictures that are full of impact" even from a considerable distance.4
The smaller APS-C sensor format also contributes to the EOS R7's overall portability.4 This translates to smaller and lighter camera bodies and often smaller, lighter, and more affordable lenses to achieve comparable telephoto reach to full-frame systems. This reduced size and weight are highly advantageous for photographers on long wildlife trips, covering extensive air shows, or moving quickly trackside at sporting events, where a more compact and less fatiguing system is paramount.4 The inherent 1.6x crop factor of the APS-C sensor creates a significant cost-efficiency advantage for action photographers compared to full-frame systems.4 In wildlife and sports photography, achieving sufficient "reach" (long focal lengths) is often critical to fill the frame with distant or dangerous subjects. Full-frame lenses designed for extreme telephoto are typically very large, heavy, and expensive. With the 1.6x crop factor, an APS-C camera like the R7 can achieve the field of view of a much longer full-frame lens using a shorter, more compact, and less expensive APS-C or full-frame lens. This translates directly into significant cost savings and dramatically improves portability, reducing physical fatigue during long shooting sessions. The system becomes more accessible to a broader range of photographers who might not have the budget or physical capacity for top-tier full-frame telephoto setups.
6.
Lens Ecosystem for Action PhotographyThe Canon RF mount offers a rapidly expanding and technologically advanced selection of lenses, many of which are ideally suited for the demands of high-action photography. The wide diameter and short flange distance of the RF mount allow for innovative optical designs, contributing to sharpness and performance.
For capturing fast-moving subjects in sports and wildlife, several RF lenses stand out:
- Canon RF 100-400mm F5.6-8 IS USM: This is a versatile and relatively compact telephoto zoom lens that provides excellent reach for outdoor sports and wildlife.3 While its variable aperture means it is best suited for well-lit daytime conditions, its built-in Image Stabilization (IS) and compatibility with the R7's IBIS make it a strong contender for many action scenarios.
- Canon RF 70-200mm F2.8 L IS USM: A professional-grade "L" series lens, this zoom offers a wide, constant f/2.8 aperture, which is invaluable for achieving fast shutter speeds in lower light (e.g., indoor sports) and for creating excellent subject isolation with blurred backgrounds.3 It boasts very fast autofocus and robust optical image stabilization 3, making it an all-around top-tier choice for both indoor and outdoor action.
- Canon RF 100-500mm F4.5-7.1 L IS USM: This telephoto zoom lens provides even greater reach, making it highly desirable for distant wildlife or large outdoor sports venues.3 Its "L" designation signifies professional build and optical quality. It works particularly well with Canon Extender RF 1.4x for extreme telephoto needs, extending the effective focal length range to 140-700mm on the R7 Mark II.3 However, it is important to note its compatibility with teleconverters is limited to the 300-500mm zoom ranges.3
- Consideration: Canon RF 75-300mm F4-5.6: While a budget-friendly telephoto zoom option, this lens is based on an older design with a slow autofocus motor and lacks optical image stabilization.3 For serious high-action photography, its performance limitations would likely be a significant hindrance, even with the R7's IBIS.
A critical advantage of the Canon RF system with the R7/R7 Mark II is the seamless collaboration between the camera's In-Body Image Stabilization (IBIS) and the Optical Image Stabilization (OIS) built into many RF lenses.3 This collaborative approach provides enhanced image stabilization, delivering up to 7-8 stops of shake correction.1 This synergy is invaluable for ensuring sharp images when shooting handheld with long telephoto lenses, even in challenging lighting conditions, and for facilitating creative techniques like panning. The synergy between the R7/R7 Mark II's advanced IBIS and the optical image stabilization (OIS) in RF lenses creates a powerful stabilization ecosystem that significantly expands the range of shooting conditions for action photographers.3 This means greater flexibility in choosing lenses (even non-IS primes benefit from IBIS), improved low-light performance without resorting to excessively high ISOs, and a higher probability of sharp images when shooting handheld with long telephoto lenses, which are common in action photography. For action photographers, this translates to more confident and consistent handheld shooting, reducing the need for tripods or monopods and increasing mobility and responsiveness in dynamic shooting environments. The ability to use slower shutter speeds due to superior stabilization means photographers can maintain lower ISO settings, resulting in cleaner images with less digital noise, a significant advantage when shooting action in challenging lighting.
7. Anticipated Advancements: R7 Mark II vs. R7
The original Canon EOS R7 established a strong foundation for high-action APS-C mirrorless cameras with its 32.5MP sensor, 30fps electronic shutter, and advanced Dual Pixel CMOS AF II.9 The R7 Mark II is anticipated to build upon this, not merely with incremental changes, but with several key technological leaps.1
Key comparative upgrades include:
Sensor Technology: The most significant rumored upgrade for the Mark II is the adoption of a "Stacked BSI CMOS" sensor.1 This is a major departure from the R7's standard APS-C CMOS sensor 9 and is critical for improving readout speed, reducing rolling shutter, and enabling higher performance. The rumored resolution could be 24.1, 32.5, or 40 megapixels.1
Image Processor: While the R7 already utilizes the powerful DIGIC X processor 9, the Mark II is rumored to feature a "DIGIC X or Newer".1 This suggests either an optimized version of the current chip or a completely new processor designed to handle the increased data flow from the stacked sensor and power more advanced features.
Autofocus System: The R7's Dual Pixel CMOS AF II is already highly capable with advanced subject detection.9 The Mark II is rumored to introduce "AI Tracking" 1, indicating a further evolution in its predictive and persistent autofocus capabilities, likely addressing the R7's occasional struggles with highly erratic or obstructed subjects.13
Continuous Shooting: Both models are expected to offer the same impressive continuous shooting speeds: 15fps mechanical and 30fps electronic.1 The key difference for the Mark II would be the quality of the electronic shutter performance due to the stacked sensor, potentially mitigating rolling shutter.
Video Capabilities: This is another area of substantial rumored improvement for the Mark II, with anticipated 4K 120p and 6K RAW video.1 This is a significant upgrade from the R7's 4K 60p and 1080p 120p 8, offering higher resolution slow-motion and greater post-production flexibility.
Electronic Viewfinder (EVF): The Mark II is rumored to feature a higher resolution EVF at 3.69M dots, a noticeable improvement over the R7's 2.36M dot EVF.1 A sharper EVF enhances the tracking and composition experience, especially for fast-moving subjects.
In-Body Image Stabilization (IBIS): Both the current R7 and the rumored Mark II are expected to offer highly effective 7-8 stops of in-body image stabilization 1, a feature that is already a game-changer for handheld action photography.4
The consistent rumored improvements in the R7 Mark II across multiple performance vectors, rather than isolated upgrades, suggests a holistic design philosophy aimed at creating a truly professional-grade APS-C action camera.1 Each of these rumored upgrades directly addresses a key performance area crucial for high-action photography: the stacked sensor for faster readout and reduced rolling shutter, AI Tracking AF for more precise and persistent subject tracking, 4K 120p / 6K RAW for higher quality and frame rate video, and a higher resolution EVF for improved viewing and tracking. The simultaneous nature of these upgrades implies a synergistic design: a stacked sensor feeds faster data to an AI-enhanced processor, enabling more accurate and persistent AF, which in turn supports higher quality and frame rate video.
A better EVF makes it easier for the photographer to effectively utilize these internal advancements. This isn't just a list of features; it's an integrated system designed from the ground up for peak performance in demanding, fast-paced environments. This holistic approach suggests Canon is aiming to redefine what is possible in the APS-C segment for action photography. By bringing features typically found in much more expensive professional full-frame cameras (e.g., stacked sensors in the R3) down to an APS-C body, Canon is signaling its intent to aggressively compete with and potentially surpass other brands' flagship APS-C offerings.1 This move could set a new benchmark for performance and capabilities in the high-end APS-C mirrorless market, making it a truly compelling alternative for many professional and serious enthusiast action photographers.
Canon PowerShot Cameras to be Released 2025 - 2026
8.
Conclusion: The Verdict on the EOS R7 Mark II as a High-Action Camera
Based on the compelling rumors, the Canon EOS R7 Mark II is poised to be an exceptionally capable and potentially class-leading high-action camera within the APS-C mirrorless segment. Its rumored stacked BSI sensor and advanced AI Tracking autofocus represent significant technological leaps, directly addressing areas where the original R7 could be further optimized for the most demanding action scenarios, such as electronic shutter rolling shutter and persistent tracking through momentary obstructions.1 The existing R7's robust foundation, including its 32.5MP resolution, impressive 30fps electronic shutter, highly effective Dual Pixel CMOS AF II, and game-changing collaborative IBIS, provides an excellent starting point.4 The inherent APS-C crop factor continues to offer a valuable telephoto reach advantage and system portability, making it an attractive and often more cost-effective option for wildlife and sports photographers.4 The rumored video capabilities, particularly 4K 120p and 6K RAW, would further solidify its position as a formidable hybrid tool for dynamic content creation.1
While the Mark II promises significant advancements, photographers should remain mindful of practical considerations. Investing in fast UHS-II V90 memory cards will be non-negotiable for maximizing buffer depth and minimizing recovery times during sustained high-speed shooting.5 Furthermore, awareness and proper management of in-camera processing settings, such as the Digital Lens Optimizer, will be crucial to avoid performance bottlenecks.6 The potential for rolling shutter with the electronic shutter, though likely mitigated by a stacked sensor, will require real-world testing. Careful lens selection, leveraging the excellent and growing Canon RF ecosystem, will be paramount to fully unlock the camera's high-action potential.3
If the rumored specifications materialize, the Canon EOS R7 Mark II will not just be an incremental upgrade but a substantial evolution, solidifying Canon's position in the high-performance APS-C market. It is set to offer a compelling blend of speed, precision, and versatility, making it a highly attractive option for serious action and wildlife photographers." (Source: Google Gemini)
9.
Works / References Cited1.
The Highly Anticipated Canon EOS R7 Mark II - Vernon Chalmers Photography, accessed May 25, 2025, https://www.vernonchalmers.photography/2025/03/the-anticipated-canon-eos-r7-mark-ii.html
2. Canon EOS R7 Mark II rumored for 2025 with these significant upgrades – watch out Fujifilm, accessed May 25, 2025,
https://www.techradar.com/cameras/mirrorless-cameras/canon-eos-r7-mark-ii-rumored-for-2025-with-these-significant-upgrades-watch-out-fujifilm3. Solved: Lense Suggestion Help for EOS R7 - Canon Community, accessed May 25, 2025,
https://community.usa.canon.com/t5/EOS-DSLR-Mirrorless-Cameras/Lense-Suggestion-Help-for-EOS-R7/td-p/5483524. Canon EOS R7 Camera, accessed May 25, 2025,
https://www.canon.com.cy/cameras/eos-r7/5. The Best Canon R7 Memory Cards With Speed & Buffer Tests - RF ..., accessed May 25, 2025,
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https://www.reddit.com/r/canon/comments/16wlctn/r7_write_speed_is_only_8_mbs_not_a_typo/7. Explaining Canon R7 Drive/Shutter Mode - YouTube, accessed May 25, 2025,
https://www.youtube.com/watch?v=bDSgmVvIvuA&pp=0gcJCdgAo7VqN5tD8. Best video settings for Canon R7 - Reddit, accessed May 25, 2025,
https://www.reddit.com/r/canon/comments/1g52wn1/best_video_settings_for_canon_r7/9. Specifications & Features - Canon EOS R7, accessed May 25, 2025,
https://www.canon-europe.com/cameras/eos-r7/specifications/10. Canon EOS R7 Camera Specifications | Sans Mirror | Thom Hogan, accessed May 25, 2025,
https://www.sansmirror.com/cameras/camera-database/canon-eos-r-mirrorless/canon-eos-r7.html11. Canon R7: One Year Later – Still the Ultimate Nature Photography Powerhouse for Beginners | CKTechCheck, accessed May 25, 2025,
https://cktechcheck.com/canon-r7-one-year-later/12. Automatic Subject Tracking Autofocus on the EOS R7 and EOS R10 - Canon Academy, accessed May 25, 2025,
https://www.academy.canon-cna.com/en/fundamentals/automatic-subject-tracking-autofocus-on-the-eos-r7-and-eos-r1013. Product Manual : EOS R7 : Selecting the AF Area - Canon, accessed May 25, 2025,
https://cam.start.canon/ky/C005/manual/html/UG-05_AF-Drive_0070.html14. EOS R7 Advanced User Guide - Canon Global, accessed May 25, 2025,
https://global.canon/ja/c-museum/wp-content/uploads/2023/06/dslr901_en.pdf15. Canon EOS R7 - In-Body Image Stabilizer (IBIS), accessed May 25, 2025,
https://en.canon-cna.com/cameras/eos-r7/in-body-image-stabilizer/16. EOS R7: High Frame Rate - Canon Knowledge Base, accessed May 25, 2025,
https://support.usa.canon.com/kb/s/article/ART18257610.
Report Compiler: Google Gemini Deep Research
11.
DisclaimerThe 'A Possible Canon EOS R7 Mark II To Be More Robust' report was compiled by Google Gemini (Deep Research) on the request of Vernon Chalmers Photography. Vernon Chalmers Photography was not instructed by any person, public / private organisation or 3rd party to request compilation and / or publication of the report on the Vernon Chalmers Photography website.
This independent status report is based on information available at the time of its preparation and is provided for informational purposes only. While every effort has been made to ensure accuracy and completeness, errors and omissions may occur. The compiler of this A Possible Canon EOS R7 Mark II To Be More Robust (Google Gemini Deep Research) and / or Vernon Chalmers Photography (in the capacity as report requester) disclaim any liability for any inaccuracies, errors, or omissions and will not be held responsible for any decisions made based on this information.
