Canon R6 Mark II versus the Nikon Z5 II — selecting the best camera for your requirements is quite a challenging task, as both are very rich in features. And as we all know, the Nikon Z5 II is an incredible camera, and it was announced in April 2025. On the other side, we have the Canon R6 II, which is a Mid-range Mirrorless camera that was launched back in November 2022. It is a very high-performing hybrid camera. So, in this particular specification comparison, we are going to compare the major specifications of both the cameras — so let’s dive in.
Both of the camera bodies are made from aluminium alloy, and both of them are weather-sealed cameras. So you can use them in rain/dust environments — don’t have to worry. But yeah, you have to choose weather-sealed lenses too.
The noticeable difference in both of these cameras is the Nikon Z5 II body is slightly heavier and you are getting a 3.2-inch large display screen with a higher-resolution display. Other than that, both of them are professionally built for pro users.
Photography Specifications
Specification
Canon EOS R6 Mark II
Nikon Z5 II
Sensor Resolution
Actual: 25.6 MP
Effective: 24.2 MP (6000 x 4000)
Actual: 25.28 MP
Effective: 24.5 MP (6048 x 4032)
Image Sensor
35.9 x 23.9 mm (Full-Frame) CMOS
35.9 x 23.9 mm (Full-Frame) CMOS
Sensor Crop
Crop Factor: 1x
Additional Modes: 1.6x
Crop Factor: 1x
Image Stabilization
Sensor-Shift, 5-Axis
Sensor-Shift, 5-Axis
TYPE
FSI
BSI
Capture Type
Stills & Video
Stills & Video
Shutter Type
Mechanical Focal Plane Shutter and Electronic Rolling Shutter
Mechanical Focal Plane Shutter and Electronic Rolling Shutter
Shutter Speed
Electronic: 1/16000 to 30 Seconds
Mechanical: 1/8000 to 30 Seconds
1/8000 to 30 Seconds
Bulb/Time Mode
Bulb Mode
Bulb & Time Mode
ISO Sensitivity
Native: 100 to 102,400 (50 to 204,800 Extended)
Photo Native: 100 to 64,000 (50 to 204,800 Extended)
Presets: Auto, Cloudy, Color Temperature, Direct Sunlight, Flash, Fluorescent, Incandescent, Preset Manual, Shade
Continuous Shooting
Up to 40 fps (75 Raw / 190 JPEG)
Up to 30 fps
Interval Recording
Yes
Yes
Self-Timer
2/10-Second Delay
2/5/10/20-Second Delay
Aspect Ratio
1:1, 3:2, 4:3, 16:9
1:1, 3:2, 16:9
Image File Format
C-RAW, HEIF, JPEG
HEIF, JPEG, Raw
Bit Depth
14-Bit
14-Bit
Focus Type
Auto and Manual Focus
Auto and Manual Focus
Focus Mode
Continuous-Servo AF, Manual Focus, Single-Servo AF
Continuous-Servo AF, Full-Time Servo, Manual Focus, Single-Servo AF
Autofocus Points
Contrast Detection, Phase Detection: 1053 AF Zones
Phase Detection: 273
Autofocus Sensitivity
-6.5 to +21 EV
-10 to +19 EV
Built-In Flash/Light
No
No
Maximum Sync Speed
1/250 Second
1/200 Second
Flash Compensation
-3 to +3 EV (1/3, 1/2 EV Steps)
-3 to +1 EV (1/3, 1/2 EV Steps)
Dedicated Flash System
eTTL
iTTL
External Flash Connection
Shoe Mount
Shoe Mount
Image Quality Comparison
Both of these cameras feature 24MP full-frame CMOS sensors, but we do have technological differences between them. The Canon R6 Mark II camera features an FSI CMOS sensor and the Nikon Z5 Mark II uses a BSI CMOS sensor. Now, if you are going to compare both of them side by side, even in the base ISO range, you will clearly notice the Nikon Z5 Mark II can capture more details in the images, and here is the reason:
First Image Compared at the base ISO 100, in RAW mode. The pencil sketches in the Nikon Z5 II image file is clearly visible
2nd Image Compared at the base ISO 100, in JPEG mode. The pencil sketches in the Nikon Z5 II image file is clearly visible
The Nikon Z5 II does not have an optical low-pass filter, and the camera maker has done very well in controlling the moiré pattern. So the MORE details that you are getting from the Nikon Z5 II at base ISO range are really very noticeable. On the other side, we have the Canon R6 Mark II with an optical low-pass filter over the sensor. Maybe the reason Canon is not able to manage the moiré patterns at the base level, so they use a strong low-pass filter to avoid that, and due to the presence of a strong OPLF (optical low pass filter), the details get lost.
The Nikon Z5 II camera, equipped with BSI technology, can capture clearer images at higher ISO settings. For example, suppose you compare the two cameras at ISO 51200. What we will notice is that the Nikon Z5 II sensor preserves a bit more colour compared to the Canon R6 II, where the colour lines and boundaries merge into each other.
If you are going to compare the image quality of both the cameras, then the Nikon Z5 Mark II is a clear winner since the camera is using a BSI CMOS sensor with a good sensitivity range. At the very same time, due to the absence of optical low-pass filter, the camera can capture a bit more detail at the base ISO range.
Autofocus Performance Comparison
The Nikon Z5 Mark II camera uses a hybrid-style focus sensor manufactured by Sony, designed by Nikon engineers. In the sensor, we have 273 hybrid autofocus points fabricated. With the help of these 273 autofocus points, the camera acquires and tracks its subject.
The Canon R6 Mark II camera sensor uses Dual Pixel CMOS autofocus sensor technology. In Canon’s 24MP sensor, we have 1053 AF zones, which can be divided further into points, and the number of DPAF points you can say is more than 4000.
So even if we technically compare the two cameras, then the Canon R6 Mark II does have an upper hand with the number of autofocusing points. And at the very same time, Canon and Sony are the market leaders in terms of autofocusing performance, but Nikon is not far behind. The new generation Nikon EXPEED 7 image processor helps them to acquire the same AI AF as the Nikon Z8 camera.
So now the Nikon Z5 Mark II camera has a dedicated product review mode just like Sony’s product showcase mode, and at the very same time, we have 9 different types of automatic subject detection modes inside the camera that automatically track subjects.
Autofocus sensitivity — due to the presence of a better low-light handling BSI CMOS sensor, the Nikon Z5 Mark II camera can track subjects up to -10 EV autofocus sensitivity, whereas Canon can detect subjects up to -6.5 EV sensitivity.
The autofocus performance doesn’t end here. The continuous shooting speed of both cameras, the Canon can push its boundaries up to 40 frames per second, whereas the Nikon Z5 II camera remains limited to 30 frames per second in JPEG easy mode. At the very same time, while you are tracking and shooting, Canon’s large number of autofocusing points will surely help you a lot more.
Due to the number of autofocusing points and AF zones, the tracking performance of the Canon R6 Mark II camera will remain better compared to the Nikon Z5 Mark II. But if you are shooting in low-light scenarios without the help of any external light, then the autofocus sensitivity of the Nikon Z5 Mark II will be more helpful to you.
So, if you are more into sports and wildlife photography, then having the Canon R6 Mark II will be more helpful to you.
Video Specifications Comparison
Specification
Canon EOS R6 Mark II
Nikon Z5 II
Capture Type
Video
Video
Internal Recording
H.264/H.265/MPEG-4 4:2:2 10-Bit
UHD 4K (3840 x 2160) at 23.98/25/29.97/50/59.94 fps [60 to 340 Mb/s]
1920 x 1080 at 23.98/25/29.97/50/59.94/100/150 fps [12 to 270 Mb/s]
H.264/MOV/MP4
UHD 4K (3840 x 2160) at 23.98/25/29.97/50/59.94 fps
1920 x 1080p at 23.98/25/29.97/50/59.94/100/120 fps
Video Output
Raw via HDMI
6144 x 4032 up to 59.94 fps
8-Bit via HDMI
UHD 4K (3840 x 2160) up to 29.97 fps
Fast-/Slow-Motion Support
Slow-Motion Only
No
Gamma Curve
Canon Log 3, HDR-PQ
NLog, RED Luts
Recording Limit
No
2-Hour 5-Minute Maximum
IP Streaming
No
No
Built-In Microphone
Stereo
Stereo
Audio Recording
LPCM Audio 24 Bit
AAC Audio
MOV, Raw: 24-Bit 48 kHz AAC Audio
MP4: 16-Bit 48 kHz LPCM Audio
Video Performance of the Camera
For the video part, we have to prefer Canon R6 Mark II — and the reason is very simple: we are getting uncropped 4K 60 FPS footage from the camera. And the maximum resolution of the Canon R6 Mark II camera goes up to 6K 60 frames per second.
The Nikon Z5 II, being an entry-level camera, remains limited to uncropped 4K 30 FPS recording. And while you are recording 4K 60 FPS videos with the Z5 II, you have to face a 1.5x crop — the DX crop.
Both of the cameras are able to record 10-bit 4K videos, and with Nikon, you’re also getting N-RAW support available at 4K.
So, overall, for high-quality video work, you can prefer the R6 Mark II camera with higher frame rates and resolution.
Price Comparison
If you compare the price of both the cameras, then Canon R6 Mark II camera comes at approx. $2000, and the Nikon Z5 II is approximately available at $1700 with offers. At the very same time, the lenses of both the cameras are a little different, and with the Nikon Z5 II, we get a lot of third-party lens makers. But unfortunately, the R6 Mark II camera (or any other Canon full-frame) third-party lensesn’t have that…
Nikon Z5 II vs Canon R6 II – Pros and Cons
Canon EOS R6 Mark II
Pros:
Faster continuous shooting (40 fps vs. 30 fps) with larger burst buffers.
Superior autofocus system with 1053 AF Zones
No video recording time limit and supports 10-bit 4:2:2 internal recording.
6K raw video output via HDMI and advanced gamma curves (Canon Log 3, HDR-PQ).
Lighter body (588 g vs. 700 g)
Faster USB-C data transfer (USB 3.2 Gen 2).
Cons:
FSI Sensor, limited dynamic range, and ISO performance
Smaller monitor (3.0″ vs. 3.2″) with lower resolution (1.62M vs. 2.1M dots).
Less flexible exposure compensation (±3 EV vs. ±5 EV).
Weaker autofocus sensitivity in low light (-6.5 EV vs. -10 EV).
Slightly lower viewfinder magnification (0.76x vs. 0.8x).
Nikon Z5 II
Pros:
BSI sensor with improved DR range
Larger, higher-resolution monitor (3.2″, 2.1M dots) with 3-way tilting LCD.
Better low-light autofocus sensitivity (-10 EV vs. -6.5 EV).
More flexible exposure compensation (±5 EV vs. ±3 EV).
Higher viewfinder magnification (0.8x vs. 0.76x).
Additional metering mode (Highlight Weighted) and more self-timer options.
Slightly smaller and lighter packaging.
Cons:
Slower continuous shooting (30 fps vs. 40 fps) with unspecified burst buffers.
Fewer autofocus points (273 vs. 1053).
Limited video capabilities (8-bit HDMI, 2-hour 5-minute recording limit, no slow-motion).
Shorter battery life (380 shots vs. 760 shots).
Slower USB-C data transfer (USB 3.2 Gen 1)
Verdict:
Canon R6 Mark II is superior in video core specification and autofocusing performance, but comes at a price. Nikon Z5 II features a subtle core specification with superior image quality, and the lens ecosystem is more affordable than of Canon RF Fullframe.
Choose the Canon R6 Mark II if you need top-tier video features, fast autofocus, and extended battery life.
Choose the Nikon Z5 II if you’re on a budget and prioritize stills with solid low-light autofocus and Image Quality
Philip Bloom is one of my favorite filmmakers and content creators. I started watching videos when he published the GH5 review few years back. Today he published the Sony FX2 Camera review in his channel and I loved watching the whole video, here are the come important parts of the video and pros and cons according to Philip Bloom
Sony FX2 Review: Pros, Cons, and Performance
I have mostly talked about the things it isn’t rather than what it is. Mainly because we’ve seen this camera before as it is an A74 combined with an FX3 and with features from the newer cameras like the A12. But that’s mostly a good thing. But it’s just really the A74 parts with the rolling shutter and the 4K 50p 60p crop that lets it down for me because otherwise it really is a lovely camera and it’s easy to forget that with all the negativity we’ve seen about it. Sony cameras have the best video autofocus, the most customizable buttons and menus for easy operation. They’re just so easy to use. Everything you need to operate it is just there without the need to stop recording and delve into the menus. When I use my Canon R52, for example, it drives me nuts because it’s really maddening to use. There’s so little that I can customize for video and with continued frustrations with things like not being able to hot swap memory cards without stopping recording. I haven’t used the latest Nikon and Lumix cameras to compare, but they do look very good. I would really love to try them. The Lumix S12 especially looks like a huge leap forward for them with excellent autofocus and no crop in 4K 50p and 60p. Although there is a crop when you go higher and lots more video features than we have in Sony cameras currently. But the problem is I just can’t get my hands on them to test sadly which is actually the case for most cameras these days. I have tried.
Pros of Sony FX2:
Has the best autofocus, including animal autofocus for video, effective for birds and cats.
Best video autofocus used on any camera.
Cheapest full-frame cinema line FX camera at £2,700.
Microphone and headphone jacks are at the bottom of the left side, not behind doors.
Two 1/4-20 holes for mounting tripod plates.
Includes an EVF, which tilts for shooting in different positions.
33-megapixel sensor, better for photos than the FX3’s 12-megapixel sensor.
Works like a true Alpha stills camera, with easy switching between video and stills modes.
SNQ setting replaced with fixed and variable frame rate mode, selectable from the main menu or big six menu screen.
Big six menu screen from Sony Venice for quick access to key settings (frame rate, ISO, shutter angle/speed, aperture, picture profile, white balance).
Shot mark button can create a JPEG of a frame.
Easy to use without needing to stop recording to access menus.
Cons of Sony FX2:
Very controversial and unexpected release, not what people wanted.
Uses the same sensor as the A74, with poor rolling shutter performance and 1.5x crop for 4K 50p/60p.
1/4-20 holes for accessories are awkwardly placed, requiring a cage for proper accessory mounting.
EVF tilt gets in the way of accessories due to diopter placement; screen doesn’t tilt, only flips out, causing issues when shooting low.
Vent near the EVF can emit an electrical smell when heated.
LCD screen is the old flip-out, low-resolution panel, lagging behind competitors.
No true 24p recording, unlike FX3 and FX30.
Joystick placement is awkward, especially when using the EVF, and too flush for easy use.
No XAVC-HS support for 25p and 30p recording.
HDMI output in log modes is limited to 1080p; no clean 4K output in dedicated log modes.
Histogram measures viewing LUT or camera assist, not log recording.
Cleaner video display screen doesn’t indicate face priority autofocus mode.
HDMI output set to camera display is windowed, not full screen, and turns off LCD/EVF, disabling touch tracking.
Essentially a combination of A74 and FX3, with A74’s outdated sensor limitations.
No 32-bit float audio as hyped before the announcement
Sony FX2 Future Upgrades and EVF Insights
I really hope that the EVF on the FX2 isn’t an aberration and future FX mirrorless style cameras like this have it as well, just a refined version of it. One that can tilt fully without getting way of accessories. So, yeah, diapter on the other side and maybe removable. The camera itself, it’s a very good camera. It’s not a great camera. It’s just it does feel like the life of it isn’t as long as it could have been had they put in a newer sensor because having a camera that crops for 4K 50 and 60 in 2025 for that amount of money just it just doesn’t feel right. But uh other than that it’s really nice and I’m going to miss it mostly. I’m going to miss the EVF.
So if you are looking for the best compact camera under the $1000 price range, then we have done a detailed comparison between the recently announced Fujifilm X-Half camera compared with the Canon V1 and the Sony ZV-1 Mark II. We have also included a mirrorless camera that falls under the same price range, with an additional lens to give you a clear understanding of what the difference will be if you opt for a mirrorless camera in the same price range instead of a compact. So you have all the test results in front of you — we will be analysing it as fairly as possible, but you are also free to comment on what you feel is related to the test.
Image Quality Comparison
As we can see from the first image analysis, captured at ISO 200, among the compacts, the ZV-1 Mark II camera, with its one-inch sensor, is performing very well.After that, we also have the PowerShot V1 camera, which is able to capture details in a proper manner. In the third position, we have the Fuji X-Half camera. Although at the top we do have the ZV-E10, since it has the largest sensor in the group and also falls in the same price range or even lower, that’s why we have included it to notice the real difference between them, despite the form factors they are in.
Keep an eye on pencil sketches, the pencil lines are very clearly visible in ZV-E10 image, after that we have the Sony ZV-1 Mk II, and then in the Canon V1 and the Fuji X-Half.
Image Quality TEST at ISO 12800
If we have to rank them accordingly, then of course the top camera is the Sony ZV-E10, after that we have the Sony ZV-1 Mark II, in third we have the Canon V10, and in the fourth position we have the Fuji X-Half.
Best Camera Ranking
Rank
Camera Name
Sensor Type
Form Factor
Performance at ISO 200
1
Sony ZV-E10
APS-C (largest)
Mirrorless
Best performance overall
2
Sony ZV-1 Mark II
1-inch sensor
Compact
Very good performance
3
Canon PowerShot V10
1-inch sensor
Compact
Proper detail capture
4
Fujifilm X-Half
Unspecified (small)
Compact
Least impressive among the group
Let’s find out which lens is being used by whom, in the comparison table below, let’s clear up the things.
Lens Comparison Table
Camera
Lens Focal Length (Equivalent)
Maximum Aperture
Optical Zoom
Notes
Fujifilm X-Half
33mm (Prime)
f/2.8-16
None
Fixed focal length, JPEG-only
Canon PowerShot V1
16-50mm (Zoom)
f/2.8-4.5
3.1x
Wide-angle zoom, video-focused
Sony ZV-1 Mark II
18-50mm (Zoom)
f/1.8-4.0
2.7x
Bright, wide-end, compact design
Sony ZV-E10
Optional / Used 55mm F1.8 Lens during test
F1.8
None / Optional
APS-C, interchangeable lenses
From the table, it’s very clear that Fuji has spent less effort in selecting the lens for the X-Half Sensor,despite having a PRIME lens, the aperture value starts from F2.8, which shows how terrible the lens is being used. Sony, having a 2.7X Zoom lens, the aperture range is a lot better despite having a larger number of lens elements, which clearly shows the quality of the zoom lens, and in Canon again, yes, they are using a zoom lens, but the aperture starts from F2.8, showing use of a slower zoom lens.
If you are a Fuji lover, then we have a Better Alternative in the Same Price Range
DJI Osmo Mobile 8 spotted in FCC filing, a model code is DJI Osmo Mobile 8 (Model: DS308, FCC ID: 2ANDR-DS308). Now since it has been confirmed by a recent FCC filing, so obviously sparks and excitement that once the camera gets registered in FCC then usually its official announcement happens in next 3 months, since FCC hides the external images and internal test images of the cameras up to 180 days, so if they fail to do so then all the data, images, specs that has been registered will become available to public in general. DJI announces their products within 180 days.
Expected features of the DJI Osmo Mobile 8 gimbal
The Osmo Mobile 7 series uses ActiveTrack 7.0 and a multifunctional module. The Osmo Mobile 8 is expected to offer an advanced set of features, and some of them are:
Next-generation stabilization: an upgraded 3-axis image stabilization for ultra-smooth capture. Inclusion of dynamic vlogging and cinematic modes.
Advanced AI tracking: ActiveTrack 8.0 with improved subject detection and gesture control.
LiDAR integration: So there were Osmo Mobile 7 Pro will have the LiDAR integration, but now we are expecting it for the Osmo Mobile 8.
Compact and portable, lightweight foldable design, very similar to the Mobile 7P.
Extended battery life of up to 10 to 12 hours of continuous use, without any interruption, exceeding the Osmo 7’s 10-hour battery life.
Multifunctional modular upgrade: pairing a piece live with integrated lighting, wireless mic reception to the device connected to it, smart tracking and of course there is high possibility that it can even sync with third-party apps.
Expected arrival time
November 2025: The Osmo 8 Smartphone Mobile gimbal will arrive in November 2025. The date we are mentioning here is based on the DJI announcement pattern followed over the past 2 years.
And what I possibly think they would love to align their announcement with the latest iPhone arrival, so September will be the month that we are expecting the official arrival of the Osmo Mobile 8.
Expected price
The pricing is a very crucial part of any product, but fortunately, the DJI Osmo Mobile series doesn’t cost your bank.
The DJI Osmo 8 standard model will cost somewhere around $99 to $199.
The Pro model will cost you $159 to $179 with advanced features and a multifunctional module as an option.
So these are the latest updates related to the Osmo Mobile 8, and of course, if it arrives with what we are expecting, then it will be a kind of a game changer for smartphone vlogging, and obviously videography. Let’s hope for the best, and we will update this post as we get any new information.
DJI Osmo Nano is an action-packed, tiny camera that is set to launch in August 2025. The DJI Osmo Nano 2025 edition is perfect for content creators and those who love to have a tiny bodycam to record their entire day-to-day workout routine or their street experiences while they are travelling. The camera has magnetic pins on the back so it can be easily attached while wearing its attachment unit.
Features of the DJI Osmo Nano
Modular magnetic design: So it can be detached and reattached easily, making it versatile for everyday use over clothes.
Ultra-compact design: Ideal for POV shots, which is called the point of view, where you can show your own perspective to the world very clearly and neatly.
Advanced image stabilisation: The tiny Osmo Nano is rumoured to feature DJI’s latest stabilisation tech inside it, so it would be a great thing to have DJI image stabilisation inside a tiny action POV camera.
DJI Osmo Nano Release Date
Based on the FCC filings and the set of rumoured specifications and information we have, the DJI Osmo Nano is expected to be officially announced in late September 2025
List of Sony Sensors that may get used inside Upcoming Sony’s own Mirrorless cameras. So, without a doubt, the market leader in sensor manufacturing for mirrorless full-frame cameras as well as smartphones. Although we are not talking about the smartphone sensors here, we do have an updated list of camera sensors — the sensors that might be used in upcoming mirrorless camera bodies, or some of them are already being used in existing mirrorless cameras. Some of the sensors are reserved for future Mirrorless bodies
1. Sony Micro Four Thirds (M4/3) Sensors
Here is the list of the Latest M4/3 format sensors – we have two sensors in the list and both are new ready to get used in upcoming M4/3 format based cameras
IMX492LQJ
Resolution: 47.08M effective pixels
Technology: Color square pixel array
Performance: Capable of 31.3 frames per second (FPS) for still shots and 8K video recording
Potential Use: Likely to be used in high-resolution M4/3 cameras from Panasonic or OM System
IMX594CQR
Resolution: 41MP
Performance: Capable of recording DCI 4K video
Potential Use: Suitable for M4/3 cameras focused on video, such as Panasonic’s Lumix GH series
2. Sony APS-C Sensors
Sony’s APS-C sensor is primarily being used by Fuji in their camera, so now we have a 43 MP Stacked CMOS sensor, the latest one, a perfect upgrade for the Fuji X-H2 camera. The IMX510 sensor is already available in the market for a while
IMX671AQR
Resolution: 43MP
Technology: Stacked DRAM, up to 16-bit depth for still images
Performance: Capable of 8K 12-bit video recording
IMX510
Resolution: 32MP
Technology: APS-C sensor (introduced in 2018)
Performance: Limited data available; likely supports high-resolution stills
3. Sony Full-Frame Sensors
Full-frame sensors are the backbone of Sony’s Alpha series and also of Nikon’s. Nowadays Panasonic is also heavily dependent on Sony sensors
IMX521CQR
Resolution: 15.3MP (with Quad Bayer design, potentially up to 61MP)
Technology: Quad Bayer structure for enhanced dynamic range and resolution
Performance: Capable of 4K/60p video with HDR mode
IMX311
Resolution: 48.9MP
Technology: Back-illuminated (BSI) CMOS, active pixel technology
Performance: Up to 24 FPS in still picture mode
Potential Use: Suitable for high-resolution full-frame cameras from Sony, Nikon, or Panasonic
Medium-format sensors are used in high-end cameras from brands like Fuji and Hasselblad.
247MP Medium-Format Sensor (New for 2025)
Resolution: 247MP
Technology: CMOS, designed for medium-format cameras
Performance: Capable of shooting 16-bit images at over 5 FPS
Potential Use: Intended for high-end medium-format cameras, such as those from Fuji (GFX series) or Hasselblad. May appear in new medium-format systems launching in 2025 or beyond.
Source: PetaPixel, 2024
Sensor Specifications Table
Sensor Model
Resolution
Sensor Size
Max FPS
Technology
IMX492LQJ
47.08MP
M4/3
31.3
Color Square Pixel
IMX594CQR
41MP
M4/3
–
–
IMX671AQR
43MP
APS-C
–
Stacked DRAM, 16-bit
IMX510
32MP
APS-C
–
–
IMX521CQR
15.3MP (up to 61MP)
Full-Frame
–
Quad Bayer
IMX311
48.9MP
Full-Frame
24
BSI CMOS
IMX313
48.97MP
Full-Frame
24
BSI CMOS
IMX409
55MP
Full-Frame
13.2
BSI, Square Pixel
IMX410
24.6MP
Full-Frame
19
BSI CMOS
IMX554DQC
30MP
Full-Frame
36.6
BSI, Square Pixel
IMX366
44MP
Full-Frame
26
BI
IMX455
61MP
Full-Frame
9
BI
247MP Sensor
247MP
Medium-Format
5+
CMOS
This updated list incorporates the latest information on Sony sensors as of July 2025, including new full-frame and medium-format sensors, we will continue to update this page as soon as we get any new information.
Updated on 3:08 pm, Friday, 25 July 2025, Greenwich Mean Time (GMT) by thenewcamera.com team Get LIVE RUMORS –> FACEBOOK | TWITTER | INSTAGRAM to get live news — > –>see moreSony Alpha Rumor
The Insta360 Antigravity A1 was officially announced on August 14, 2025, and is one of the world’s first 8K 360-degree drones. Now, with Insta360’s expertise in 360-degree cameras, it’s quite obvious to expect groundbreaking features inside the new drone. It is designed for creators and professionals. While the final pricing is yet to be confirmed, since we have the official announcement — or better to say, the global launch — in January 2026, we have compiled all the possible latest information related to the upcoming 360 drone, including its estimated Insta360 Antigravity A1 prices, official specifications, and how it stacks up against the existing competitors like DJI. So here’s everything you need to know.
Release Date and Availability
Announcement Date: August 14, 2025 (official reveal)
Pre-Order Date: Expected to start in January 2026
Shipping Date: Global shipping begins January 2026
Antigravity A1 Drone Price
Bundle Tier
Inclusions
Estimated Price Range (USD)
Notes
Standard Bundle
Drone + Grip controller + Vision goggles
$1,199–$1,399
Entry-level
Fly More Combo
Standard bundle + 2 extra batteries + spare props + carrying case
$1,300–$1,499
Mid-tier bundle aligning
Creator/Pro Kit
Fly More bundle + creative mounts + ND filters + editing software voucher + premium case
$1,500–$1,699
Premium consumer bundle
Enterprise Add-Ons
Pro Kit + commercial extras (e.g., SDK access, extended warranty)
$1,700–$1,999
Niche tier for business users
As of August 18, 2025, Insta360 has not yet revealed the final pricing for the Antigravity A1, but we do have early estimates based on the industry, existing online drone lineup, and 360 cameras, as well as experts’ opinion. So here is the expected price range of the main bundles:
Why Antigravity Could Redefine Aerial Storytelling in 2025
Industry Insight: Just after the announcement of the Insta360 A1 drone, I stumbled across the web, and, starting from The Verge, they have suggested the Antigravity A1 shouldn’t cost $2000. While in a Reddit discussion and in some of the YouTube creators’ videos, I have found that a $999–$1,299 price for the Standard Bundle Kit, is what they are claiming for the upcoming drone.
Value Proposition: The Creator/Professional Kit targets Insta360’s existing camera users, as well as it also offers bundled savings valued at a $500 premium but feeling like a $200 to $300 add-on.
Stay Updated: Final pricing and the regional details are expected closer to the January 2026 pre-order phase, and you can bookmark this page — thenewcamera.com — or follow us on Facebook, Twitter, and Instagram for the latest updates.
Official Specification and Features of the Insta360 Antigravity A1
The Antigravity A1 combines Insta360’s 360-degree camera expertise. The drone has one of the newest and most innovative designs. The drone never had a 360 ° camera on it before, and it has been designed in such a way that the drone becomes completely invisible, and you get a 360° viewing angle in 8K resolution.
Weight: Under 249 grams – so that’s a perfect weight when you want to fly the drone everywhere you want without taking any permission, since most countries do not have any restrictions on drones which weigh under 249g.
Camera: Insta360 features dual 360-degree 8K recording cameras, which can record smooth 8K 30FPS video with FlowState image stabilization and AI-powered editing tools.
Stitching: Advanced algorithms for invisible drone effect in live video feed and final footage
The Invisible Drone Effect: That’s the best part of the 360 recording. Some users also say while using the DJI goggles they feel like Superman, since with the drone perspective you can explore everything everywhere in 8K resolution — and that gives the true “Superman Effect.”
Flight Performance:
Flight Experience: Immersive 360-degree flight with FreeMotion technology
Control: Intuitive point-to-fly controls via Grip controller
Live View: 360 immersive live view with head tracking via Vision goggles
Editing Flexibility: Fly first, frame later; allows post-flight reframing and editing in any aspect ratio without quality loss
FreeMotion Technology: Enables immersive flying experiences, compatible with Insta360’s Vision goggles and Grip controller for intuitive control
Modular Design: So we have the attached propeller guards and a complete modular compartment that can be easily repaired. Portability is also easy.
Safety Features for Your Drone: We have attached propeller guards to the Antigravity A1, and a return-to-home feature is also included — so if you lose the signal, the drone will automatically return home. At the same time, obstacle avoidance and precise landing capabilities are already in place.
Additional Features: So we have AI-enhanced editing, advanced image stabilization, and compatibility with the existing Insta360 software ecosystem.
How Does It Compare to DJI Drones?
Insta360 Antigravity A1 enters a competitive market dominated by the DJI Mini and Air series. So let’s have a quick comparison:
Weight and Portability: 249 grams — the Antigravity A1 exactly matches the DJI offerings at the very same price point, making it equally travel-friendly and easy to carry.
Camera: Now we have the Antigravity A1 drone, which is capable of recording 8K 360° video. At this moment, none of the DJI drones are able to do so. But yes, we do have some rumours related to DJI’s upcoming 360 drone. So it may not compete directly, but it will be a great option for us. Right now in the standard DJI 4K offering, we have the Mini 4 Pro, which is also affordable at a very reasonable price point
So now we have the big question: Will the Insta360 Antigravity Drone A1 — and not only the A1, since others are also coming just behind the A1 — challenge DJI’s dominance?
For the latest updates, check Insta360’s official blog or thenewcamera.com
Post last updated on October 16, 2025
Updated Content structure and Price
ABout the author: The article “Insta360 Antigravity Drone, Price, Specs, Camera, Release Date: Official Details” written and updated by thenewcamera.com team on 12:38 am, Wednesday, 1 October 2025, Greenwich Mean Time (GMT) | Follow us for more updates and Get LIVE RUMORS –> FACEBOOK | TWITTER | INSTAGRAM to get live news — > get live get live Drone news + Insta360 Drone Rumors 24X7
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