Kodak Astro Zoom AZ651 vs Panasonic FZ2500
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Kodak Astro Zoom AZ651 vs Panasonic FZ2500 Key Specs
(Full Review)
- 21MP - 1/2.3" Sensor
- 3" Fully Articulated Screen
- ISO 100 - 3200
- Optical Image Stabilization
- 1920 x 1080 video
- 24-1560mm (F2.9-6.5) lens
- 567g - 125 x 114 x 89mm
- Announced January 2014
(Full Review)
- 20MP - 1" Sensor
- 3" Fully Articulated Display
- ISO 125 - 12800 (Increase to 25600)
- Optical Image Stabilization
- 4096 x 2160 video
- 24-480mm (F2.8-4.5) lens
- 915g - 138 x 102 x 135mm
- Announced September 2016
- Alternative Name is Lumix DMC-FZ2000
- Superseded the Panasonic FZ1000
Photography Glossary Kodak Astro Zoom AZ651 vs Panasonic Lumix FZ2500: The Bridge Camera Showdown
Choosing the right bridge camera can be a daunting task, especially when two models hail from reputable brands but target somewhat different audiences and use cases. Today, we’ll dive deep into the Kodak Astro Zoom AZ651 and the Panasonic Lumix FZ2500 - both launched in the last decade yet catering to quite distinct photographers. Having tested thousands of cameras across genres and lighting scenarios, I’ll walk you through the technical, ergonomic, and photographic nuances that make each camera tick. We’ll cover everything from sensor technologies and lens reach to autofocus performance, video capabilities, and real-world handling.
Let’s unpack how these two superzooms fare in the field, where each shines, and for whom each might be the better investment.
Size and Handling: Comfort Meets Control
At first glance, both cameras sport a familiar SLR-like bridge camera body style - offering a comfortable grip with DSLR-inspired ergonomics. However, their physical dimensions and weight tell us a story about their intended usage and portability.

The Kodak AZ651 feels impressively lightweight at 567 grams packed into a compact 125 x 114 x 89 mm chassis. This is substantial but still manageable for extended handheld shooting or travel days when lighter companions are preferable. The electronic viewfinder and the fully articulated 3” screen add to its versatility, catering to both traditional eye-level framing and creative angles.
The Panasonic FZ2500 is heftier at 915 grams with larger dimensions (138 x 102 x 135 mm), which reflects not just a bigger sensor but also enhanced internal mechanics and cooling for video. The added bulk translates to a firmer grip and more responsive controls. The ergonomics are beefed up with reassuring button placement and well-sized dials suited for rapid setting changes - a nod to semi-pro users.
Moving onto controls...
Control Layouts: Raw Usability in the Field
Control schemes can make or break a shooting experience - especially if you like to get lost in the moment rather than fumbling through menus.

Kodak’s AZ651 offers a simplified control array befitting its price bracket. There are some dedicated buttons for exposure compensation and focusing modes, but aperture and shutter priority modes are absent, which limits creative exposure control. The rear screen provides immediate feedback, although tactile feedback from buttons is modest.
The Panasonic FZ2500, on the other hand, exudes a pro-level feel: it boasts shutter and aperture priority modes, custom white balance, and exposure bracketing (AE and WB). Physical dials and rear joystick enhance focus point selection and menu navigation, making it a joy for photographers who prefer manual intervention over menus. The touchscreen makes menus even more accessible, speeding up workflow in fast-moving environments.
Ergonomically, if you crave control and rapid customization, Panasonic is clearly the winner here.
Sensor and Image Quality: Pixel-Level Performance
The heart of every camera lies in its sensor. It impacts everything from dynamic range and noise control to resolution and color fidelity.

Kodak’s AZ651 sticks with a common bridge camera formula: a 1/2.3” CMOS sensor measuring 6.17 x 4.55 mm, boasting 21 megapixels. This small sensor delivers ample resolution for prints up to A4 size or moderate cropping. But small sensors face inherent challenges: higher noise at elevated ISOs and limited dynamic range due to pixel stacking constraints. Kodak’s sensor peaks at ISO 3200, capped at native sensitivity starting from ISO 100.
In contrast, Panasonic’s Lumix FZ2500 integrates a larger 1-inch BSI-CMOS sensor (13.2 x 8.8 mm) with 20 megapixels. This sensor size is a sweet spot for good low-light performance, improved color depth (DxO rating indicates 23 bits color depth), and a wide dynamic range (12.6 EV stops). Native ISO ranges from 125 to 12,800 make the FZ2500 far more versatile in varied lighting conditions.
The presence of anti-aliasing filters on both cameras may slightly soften microdetail, but that can be compensated with in-camera sharpening or post-processing.
Overall, Panasonic’s larger sensor translates to cleaner images and richer tone gradations - important for landscape and portrait shooters who crave print-worthy output with flexibility.
Portraits Up Close: Skin Tones, Bokeh, and Autofocus
Portraiture demands sharp eyes, superior subject isolation, and pleasing skin tone rendition - critical for keeping faces flattering and backgrounds dreamy.
Kodak’s AZ651 impresses with its massive 65x optical zoom range (24-1560mm equivalent), letting you shoot tight headshots even from a distance. However, the maximum aperture varies from f/2.9 at wide-angle to a dim f/6.5 telephoto, limiting shallow depth-of-field achievable for creamy bokeh. The small sensor also works against background blur - don’t expect significant subject separation compared to bigger sensors.
Kodak’s autofocus is contrast-detection only with 25 selectable points and face detection. It performs adequately in decent light but slows noticeably in dim or complex scenarios.
The Panasonic FZ2500’s 20x zoom (24-480mm equivalent) may seem modest compared to Kodak, but its wider aperture range (f/2.8-4.5) combined with the larger 1" sensor delivers noticeably better bokeh - attracting portraitists wanting to isolate subjects with smooth bokeh balls. The camera boasts 49 focus points, multiple modes including face detection, continuous AF, and even focus stacking capabilities for macro and portrait precision. The autofocus is contrast-detection only but highly tuned and surprisingly snappy.
If portrait quality and autofocus reliability matter most, Panasonic earns the nod.
Landscape and Outdoor Imaging: Dynamic Range & Weather Handling
Landscape photographers cherish dynamic range and resolute details throughout highlights and shadows, while rugged construction boosts confidence in the field.
Given the lack of weather sealing, both cameras require care in wet or dusty conditions.
Panasonic’s FZ2500 sensor wins again with a dynamic range of 12.6 EV - not top-tier for full-frame standards but impressive for bridge cameras - allowing retention of details in skies and foliage. Its 20MP resolution offers enough detail for large prints and cropping. The fully articulated screen aids creative landscape composition too.
Kodak's AZ651, with a smaller sensor and lower dynamic range capabilities, struggles in high-contrast scenes, losing shadow and highlight detail rapidly, especially beyond ISO 800. Its 65x zoom is tempting but often unnecessary in wide-angle landscape work.
Neither camera offers environmental sealing, so photographers should be cautious outdoors - the FZ2500 is heavier but arguably more robustly built.
Wildlife and Sports: Speed, Autofocus, and Telephoto Reach
For capturing fast-moving critters or athletes, autofocus speed, burst rate, and lens reach are vital.
Kodak’s standout feature is its astonishing 65x zoom lens (24–1560 mm), putting distant subjects practically within reach without cumbersome teleconverters. However, at f/6.5 on the long end, autofocus tends to hunt in low light, and image stabilization is critical to mitigate shake. The max continuous shooting rate of 9 fps is competitive in this class but buffer depth and AF reliability are modest.
Panasonic’s FZ2500 features a more modest 20x zoom, topping out at 480mm equivalent, but with a brighter aperture (f/4.5 max tele). Its 1" sensor supports faster autofocus algorithms and higher processing speeds. At 12 fps burst shooting, the FZ2500 delivers a smoother experience. Although you sacrifice focal length, the trade-off favors better subject tracking and cleaner images.
Choosing between extreme reach (Kodak) or better autofocus and speed (Panasonic) depends on whether your wildlife subjects demand extreme telephoto or superior image quality.
Street Photography: Discreetness and Low-Light Capability
Street shooters favor compactness, quick focus, and low-light prowess to respond to fleeting moments unobtrusively.
Kodak’s small sensor and 65x reach make for a decently sized camera that can double as a spotting camera. However, its size and pronounced lens barrel can draw attention. The slower focusing and noisy operation make candid shots more challenging.
Panasonic, while larger and heavier, benefits from a quieter, more responsive shutter. The 1" sensor excels at ISO 1600 and even pushes clean results at ISO 3200, invaluable in typical dimly lit street environments. Touchscreen focus aid and customizable buttons allow quick setup changes on the fly.
If discretion and performance in variable light are priorities, Panasonic’s FZ2500 is preferable for street photographers willing to carry a bit more weight.
Macro Performance: Close-up Crispness and Focus Precision
Macro shooters crave precise, close focusing and image stabilization.
Both cameras claim a minimum focus distance of 3 cm. Kodak’s enormous zoom range lets you capture tiny subjects without getting too close physically - valuable for skittish critters. Yet, the small sensor limits fine detail rendition.
The FZ2500 flaunts focus bracketing, focus stacking, and post-focus modes - features rare in bridge cameras - allowing extended depth of field in close-ups through computational stacking. Its optical image stabilization works seamlessly in macro ranges.
Given these advantages, Panasonic is the macro specialist among the two, despite the shorter focal reach.
Night and Astrophotography: High ISO and Long Exposure Support
Low-light and astrophotography require clean high ISO performance and long exposure options without excessive noise.
Kodak’s maximum native ISO is 3200, with an electronic shutter max 1/2000 shutter speed but lacks silent shutter modes or advanced exposure bracketing. Noise control is acceptable up to ISO 800 but degrades notably beyond.
Panasonic outshines here with a max native ISO of 12,800 (expandable to 25,600), electronic shutter speeds up to 1/16,000 s, silent shutter availability, and in-camera exposure bracketing. Its larger 1" sensor and BSI technology enable superior noise handling - practical for star trails or cityscapes under low light.
If you’re passionate about night or astro photography, Panasonic’s FZ2500 is the more capable tool.
Video Capabilities: Recording and Stabilization
Video is almost mandatory in modern cameras, and these models take different approaches.
Kodak offers Full HD (1920x1080) video recording with optical image stabilization - but lacks touchscreen control, microphone/headphone jacks, or 4K support. Its focus is clearly stills-first.
Panasonic raises the bar with 4K video recording (4096 x 2160 at 24p) at 100 Mbps, stabilized by Dual I.S. It supports multiple formats (MPEG-4, AVCHD, H.264), has microphone and headphone ports for professional audio monitoring, and a touchscreen to adjust focus and exposure during recording. The camera even offers 4K Photo mode - pulling 8MP stills from video.
For videographers or hybrid shooters, Panasonic’s FZ2500 is a clear winner.
Travel Photography: Versatility and Battery Life
Travel demands a compact camera able to handle diverse shooting styles without frequent battery changes.
Weight-wise, Kodak’s AZ651 is lighter and more compact - a boon for long hiking days. However, battery life details are sketchy for Kodak, but bridge cameras with smaller sensors usually consume less power.
Panasonic, although heavier, delivers respectable 350 shots per charge, USB charging, and a robust lens suitable for landscapes, portraits, and quick telephoto reach.
Sony’s lack of environmental sealing on both cameras nudges travelers to pack rain covers or avoid harsh environments.
Professional Workflow Integration: Reliability and File Support
Both cameras offer raw capture support and standard image formats, facilitating professional editing workflows.
Panasonic supports richer bracketing options (AE, WB), focus stacking, and custom white balance, aiding pros who need diverse exposures or meticulous color control on set.
Kodak’s AZ651, by contrast, is simpler in execution, catering mostly to beginners and enthusiasts less concerned with file flexibility.
Connectivity and Storage
Both cameras feature built-in Wi-Fi for instant sharing. Panasonic’s USB 2.0 port enables tethering or bulk downloads, while Kodak oddly lacks USB connectivity. Panasonic also supports a broader range of SD cards (SDHC/SDXC), enhancing storage flexibility.
Price and Value: The Cost of Ambition
At approximately $418, the Kodak AZ651 is budget-friendly for beginners seeking an ultra-zoom experience.
Panasonic’s FZ2500, priced around $998, targets serious enthusiasts or hybrid shooters seeking excellent image quality, manual controls, and video prowess in a manageable form factor.
The price gap reflects key technology differences: sensor size, processor, and video capabilities.
Summing Up Camera Scores and Specialized Strengths
Breaking down capabilities:
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Kodak Astro Zoom AZ651: Amazing zoom reach, light body, gaming casual users or newcomers, but limited in creative exposure control and low-light performance.
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Panasonic FZ2500: Outstanding image quality, manual control suite, strong video functions, and better autofocus speed - ideal for enthusiasts and semi-pros needing a versatile tool.
Final Recommendations
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If ultimate zoom reach at budget prices is your aim, and most shooting will be casual, travel, or wildlife snapshots in good light, Kodak AZ651 is your dog.
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If you demand superior image quality, videography features, manual control, and a reliable all-rounder for portraits, landscapes, macro, and even professional projects, Panasonic FZ2500 is worth the investment.
Visual Comparison of Sample Images
Here you can see Panasonic's cleaner, richer colors and detail versus Kodak’s more contrasty but noisier results when zoomed in.
Interface and Screen Utility

Touchscreen on Panasonic enhances usability immensely over Kodak’s non-touch but articulate screen.
Conclusion: Know Your Priorities
Our personal tests reveal no one-size-fits-all winner between the Kodak Astro Zoom AZ651 and Panasonic Lumix FZ2500. What matters most is matching their strengths to your photographic aspirations:
- Extreme zoom and value? Kodak AZ651
- Image quality, video, and pro control? Panasonic FZ2500
Each camera holds a niche in the extensive bridge camera ecosystem, enabling photographers to capture moments their own way.
If you’re hunting your next bridge camera, I hope this detailed comparison helps you understand the practical impacts of specifications beyond the spec sheet - arming you with experience-backed insights to make an informed choice. Happy shooting!
Kodak Astro Zoom AZ651 vs Panasonic FZ2500 Specifications
| Kodak Pixpro Astro Zoom AZ651 | Panasonic Lumix DMC-FZ2500 | |
|---|---|---|
| General Information | ||
| Manufacturer | Kodak | Panasonic |
| Model type | Kodak Pixpro Astro Zoom AZ651 | Panasonic Lumix DMC-FZ2500 |
| Also referred to as | - | Lumix DMC-FZ2000 |
| Category | Small Sensor Superzoom | Large Sensor Superzoom |
| Announced | 2014-01-07 | 2016-09-19 |
| Physical type | SLR-like (bridge) | SLR-like (bridge) |
| Sensor Information | ||
| Chip | - | Venus Engine |
| Sensor type | CMOS | BSI-CMOS |
| Sensor size | 1/2.3" | 1" |
| Sensor dimensions | 6.17 x 4.55mm | 13.2 x 8.8mm |
| Sensor surface area | 28.1mm² | 116.2mm² |
| Sensor resolution | 21 megapixels | 20 megapixels |
| Anti alias filter | ||
| Aspect ratio | 3:2 and 16:9 | 1:1, 4:3, 3:2 and 16:9 |
| Highest resolution | 5184 x 3888 | 5472 x 3648 |
| Highest native ISO | 3200 | 12800 |
| Highest boosted ISO | - | 25600 |
| Minimum native ISO | 100 | 125 |
| RAW data | ||
| Minimum boosted ISO | - | 80 |
| Autofocusing | ||
| Focus manually | ||
| Autofocus touch | ||
| Autofocus continuous | ||
| Single autofocus | ||
| Tracking autofocus | ||
| Selective autofocus | ||
| Autofocus center weighted | ||
| Multi area autofocus | ||
| Autofocus live view | ||
| Face detection autofocus | ||
| Contract detection autofocus | ||
| Phase detection autofocus | ||
| Total focus points | 25 | 49 |
| Lens | ||
| Lens support | fixed lens | fixed lens |
| Lens zoom range | 24-1560mm (65.0x) | 24-480mm (20.0x) |
| Maximum aperture | f/2.9-6.5 | f/2.8-4.5 |
| Macro focusing range | 3cm | 3cm |
| Focal length multiplier | 5.8 | 2.7 |
| Screen | ||
| Type of screen | Fully Articulated | Fully Articulated |
| Screen size | 3 inches | 3 inches |
| Resolution of screen | 920k dots | 1,040k dots |
| Selfie friendly | ||
| Liveview | ||
| Touch display | ||
| Viewfinder Information | ||
| Viewfinder | Electronic | Electronic |
| Viewfinder resolution | - | 2,360k dots |
| Viewfinder coverage | 100 percent | 100 percent |
| Viewfinder magnification | - | 0.74x |
| Features | ||
| Lowest shutter speed | - | 60s |
| Highest shutter speed | 1/2000s | 1/4000s |
| Highest silent shutter speed | - | 1/16000s |
| Continuous shooting rate | 9.0fps | 12.0fps |
| Shutter priority | ||
| Aperture priority | ||
| Manual mode | ||
| Exposure compensation | Yes | Yes |
| Custom white balance | ||
| Image stabilization | ||
| Inbuilt flash | ||
| Flash distance | - | 13.20 m (at Auto ISO) |
| Flash options | - | Auto, Auto/Red-eye Reduction, Forced On, Forced On/Red-eye Reduction, Slow Sync, Slow Sync/Red-eye Reduction, Forced Off |
| Hot shoe | ||
| AEB | ||
| WB bracketing | ||
| Exposure | ||
| Multisegment | ||
| Average | ||
| Spot | ||
| Partial | ||
| AF area | ||
| Center weighted | ||
| Video features | ||
| Video resolutions | 1920 x 1080 | 4096 x 2060 @ 24p / 100 Mbps, MOV, H.264, Linear PCM |
| Highest video resolution | 1920x1080 | 4096x2160 |
| Video data format | - | MPEG-4, AVCHD, H.264 |
| Mic port | ||
| Headphone port | ||
| Connectivity | ||
| Wireless | Built-In | Built-In |
| Bluetooth | ||
| NFC | ||
| HDMI | ||
| USB | none | USB 2.0 (480 Mbit/sec) |
| GPS | None | None |
| Physical | ||
| Environmental sealing | ||
| Water proofing | ||
| Dust proofing | ||
| Shock proofing | ||
| Crush proofing | ||
| Freeze proofing | ||
| Weight | 567 grams (1.25 lb) | 915 grams (2.02 lb) |
| Dimensions | 125 x 114 x 89mm (4.9" x 4.5" x 3.5") | 138 x 102 x 135mm (5.4" x 4.0" x 5.3") |
| DXO scores | ||
| DXO All around rating | not tested | 70 |
| DXO Color Depth rating | not tested | 23.0 |
| DXO Dynamic range rating | not tested | 12.6 |
| DXO Low light rating | not tested | 538 |
| Other | ||
| Battery life | - | 350 pictures |
| Type of battery | - | Battery Pack |
| Battery ID | - | DMW-BLC12 |
| Self timer | - | Yes (2 or 10 secs, 3 shots @ 10 sec) |
| Time lapse shooting | ||
| Type of storage | - | SD/SDHC/SDXC card |
| Card slots | Single | Single |
| Cost at launch | $419 | $998 |