Name: Ricoh WG-30
Brand: Ricoh

Technical Specifications of Ricoh WG-30

Overall score

4.2

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Popularity

What it is: An indicator based on the number of reviews received by the camera.

When it matters: When you want to see which cameras attract the most buyer attention and review activity.

Sensor & Image

5.4

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Sensor size

What it is: The sensor format value describes the physical light-collecting area.

When it matters: When you shoot in more difficult lighting.

Importance: HIGH

Good value: Full frame or larger

Main camera megapixels

What it is: The effective resolution of the camera sensor, measured in megapixels (MP). A higher resolution can capture more detail.

When it matters: When you want high-resolution photos that allow more cropping or larger prints.

Importance: HIGH

Good value: At least 20 MP

Main camera pixel size

What it is: The physical size of individual pixels on the camera sensor, measured in micrometers. Larger pixels typically capture more light for better low-light performance.

When it matters: When you shoot in low light and want reduced noise in your photos.

Importance: HIGH

Good value: At least 3.5 µm

Base ISO

What it is: The native ISO setting that delivers the sensor’s standard balance of image quality and dynamic range.

When it matters: When you want the best native image quality and compare cameras at their most optimal sensitivity setting.

Importance: LOW

Max ISO

What it is: The ISO ceiling shows the highest sensor sensitivity available for darker scenes.

When it matters: When you shoot in more difficult lighting.

Importance: MEDIUM

Good value: At least ISO 25,600

Photo Features

3.1

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Lens mount

What it is: The mechanical and electronic interface that determines which interchangeable lenses the camera can use.

When it matters: When lens availability, upgrade options, and long-term system compatibility are central to your buying decision.

Importance: LOW

N/A

Built-in focus motor

What it is: Indicates whether the camera body includes an internal autofocus motor for driving compatible lenses.

When it matters: When you plan to use older or budget lenses that depend on the camera body for autofocus drive.

Importance: LOW

N. of focus points

What it is: The total number of selectable autofocus points available for positioning and tracking focus.

When it matters: When you want more flexibility in placing focus precisely or tracking subjects across the frame.

Importance: HIGH

Good value: At least 200 points

Phase-detection autofocus (photos)

What it is: Autofocus technology that measures phase differences to lock focus quickly and accurately for still photography.

When it matters: When you want faster and more reliable autofocus for still photos, especially with moving subjects.

Importance: HIGH

AF tracking

What it is: An autofocus mode that continuously follows a moving subject to keep it sharp during shooting.

When it matters: When your subjects move unpredictably and you need the camera to keep focus on them automatically.

Importance: MEDIUM

Video & Audio

4.4

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Max video resolution

What it is: The highest video resolution the camera can record, defining the maximum level of captured image detail.

When it matters: When you care about recording the highest level of detail for cropping, editing, or future-proof video work.

Importance: HIGH

Good value: At least 3840 px

Video bitrate

What it is: The amount of video data recorded per second, which affects file size and potential recording quality.

When it matters: When you compare potential video quality and want fewer compression artifacts in demanding scenes.

Importance: MEDIUM

Good value: At least 200 Mbps

Video bit depth

What it is: The number of bits used per color channel in recorded video, affecting gradation smoothness and editing flexibility.

When it matters: When you color grade video and want smoother gradients with fewer banding issues.

Importance: MEDIUM

Good value: At least 10-bit

Video chroma subsampling

What it is: The color sampling format used in video recording, indicating how much color detail is retained relative to brightness detail.

When it matters: When color grading, keying, or serious post-production work is important in your video workflow.

Importance: LOW

Video codecs

What it is: The video compression formats the camera can use when recording, affecting compatibility, efficiency, and workflow.

When it matters: When compatibility, editing performance, and file efficiency matter in the way you handle video.

Importance: LOW

H.264, H.265

Display & Design

4.3

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Type

What it is: The camera type identifies the overall design, such as mirrorless, DSLR, compact, or bridge.

When it matters: When you want a camera style that matches how you shoot, carry, and swap lenses.

Importance: LOW

compact

Weight

What it is: The total weight of the camera body, which affects comfort while carrying and shooting.

When it matters: When you carry the camera all day, travel often, or prefer a lighter setup.

Importance: MEDIUM

Good value: 500 g or less

Width

What it is: The width of the camera body, measured from side to side.

When it matters: When compact packing, grip comfort, or bag fit matters to you.

Importance: LOW

Height

What it is: The height of the camera body, measured from top to bottom.

When it matters: When you care about how compact the camera feels in a bag or in hand.

Importance: LOW

Thickness

What it is: The depth of the device profile, excluding the camera bump unless specified.

When it matters: When you prefer a sleek, slim profile that slides easily into tight pockets.

Importance: LOW

Battery & Power

3.8

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Battery life (CIPA)

What it is: The official battery endurance estimate measured under CIPA test methodology, usually expressed in shots per charge.

When it matters: When you need realistic expectations for how many shots you can take before carrying a spare battery.

Importance: MEDIUM

Good value: At least 400 shots

Battery capacity

What it is: The amount of electric charge the battery can hold, measured in milliampere-hours (mAh).

When it matters: When you want a general idea of how large the battery is physically.

Importance: LOW

Good value: At least 1,500 mAh

Removable battery

What it is: Indicates whether the camera battery can be removed and replaced by the user.

When it matters: When you want to swap batteries quickly during a long shoot or replace an aging battery.

Importance: LOW

USB Power Delivery (PD)

What it is: Support for the USB Power Delivery standard for higher-power charging or external power supply over USB-C.

When it matters: When you want faster USB-C charging or the ability to power the camera externally for longer sessions.

Importance: LOW

Connectivity & Storage

3.0

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Wi-Fi connectivity

What it is: Indicates whether the camera has built-in Wi-Fi for image transfer, remote control, or network features.

When it matters: When you want to transfer photos wirelessly, control the camera from a phone, or use supported network workflows.

Importance: LOW

Wi-Fi version

What it is: The specific generation of Wi-Fi standards supported (e.g., Wi-Fi 6, Wi-Fi 7), determining maximum speed and efficiency.

When it matters: When you have a high-speed router and want faster downloads with less congestion.

Importance: LOW

Bluetooth connectivity

What it is: Indicates whether the camera supports Bluetooth for pairing, remote control, or file transfer.

When it matters: When you want quick wireless pairing with a phone, remote control, or location syncing.

Importance: LOW

Bluetooth version

What it is: The Bluetooth version supported by the camera for wireless pairing and low-power connections.

When it matters: When you want more efficient wireless pairing, better range, or newer Bluetooth features.

Importance: LOW

N/A

USB Type-C

What it is: A modern, reversible connector used for charging, data transfer, and sometimes audio or video output.

When it matters: When you want a reversible cable that handles charging, data, and accessories universally.

Importance: LOW

Ricoh WG-30 vs the average camera

Why is Ricoh WG-30 better than the average camera?

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Uses a BSI sensor
Ricoh WG-30 uses a BSI sensor, the average camera does not. 34.8% of cameras use a BSI sensor.
What it is: Indicates the use of a Back-Side Illuminated sensor, which arranges the wiring behind the light-receiving surface to improve low-light sensitivity.
When it matters: When you take photos in dim environments and need better light sensitivity.
Importance: LOW
Ricoh WG-30 uses a BSI sensor, the average camera does not. 34.8% of cameras use a BSI sensor.
Supports slow-motion video
Ricoh WG-30 supports slow-motion video, the average camera does not.
Supports up to 120 fps high-speed video.
What it is: The ability to record at high frame rates so motion can be played back more slowly than real time.
When it matters: When you want to emphasize fast action, movement details, or dramatic moments in playback.
Importance: LOW
Ricoh WG-30 supports slow-motion video, the average camera does not.
51.4% lighter
Ricoh WG-30 is lighter than the average camera (192 g vs 395 g). The average camera weighs 395 g.
What it is: The total weight of the camera body, which affects comfort while carrying and shooting.
When it matters: When you carry the camera all day, travel often, or prefer a lighter setup.
Importance: MEDIUM
Good value: 500 g or less
Ricoh WG-30 is lighter than the average camera (192 g vs 395 g). The average camera weighs 395 g.192 g vs 395 g
12 m deeper water resistance
Ricoh WG-30 has a higher waterproof depth rating than the average camera (12 m vs 0 m). The average camera has a waterproof depth rating of 0 m.
What it is: The maximum depth at which the camera can be used underwater or remain water-resistant, usually measured in meters.
When it matters: When you plan to shoot underwater, snorkel, or use the camera in heavy wet conditions.
Importance: LOW
Good value: At least 10 m
Ricoh WG-30 has a higher waterproof depth rating than the average camera (12 m vs 0 m). The average camera has a waterproof depth rating of 0 m.12 m vs 0 m
Built-in timelapse
Ricoh WG-30 includes timelapse capture, the average camera does not.
What it is: A mode that captures frames at set intervals so long events can be played back as accelerated video.
When it matters: When you want to show long processes like sunsets, clouds, or city movement in a short finished clip.
Importance: LOW
Ricoh WG-30 includes timelapse capture, the average camera does not.
0.07 GB more storage
Ricoh WG-30 has a higher internal storage than the average camera (0.1 GB vs 0 GB). The average camera offers 0 GB of internal storage.
What it is: The total built-in space available for apps, media, and files.
When it matters: When you keep large libraries of photos, videos, and apps directly on your device.
Importance: LOW
Ricoh WG-30 has a higher internal storage than the average camera (0.1 GB vs 0 GB). The average camera offers 0 GB of internal storage.0.068 GB vs 0 GB
16.5 mm thinner
Ricoh WG-30 is thinner than the average camera (29.5 mm vs 46 mm). The average camera has a thickness of 46 mm.
What it is: The depth of the device profile, excluding the camera bump unless specified.
When it matters: When you prefer a sleek, slim profile that slides easily into tight pockets.
Importance: LOW
Ricoh WG-30 is thinner than the average camera (29.5 mm vs 46 mm). The average camera has a thickness of 46 mm.29.5 mm vs 46 mm
12.4 mm shorter body
Ricoh WG-30 is shorter than the average camera (61.5 mm vs 73.9 mm). The average camera has a height of 73.9 mm.
What it is: The height of the camera body, measured from top to bottom.
When it matters: When you care about how compact the camera feels in a bag or in hand.
Importance: LOW
Ricoh WG-30 is shorter than the average camera (61.5 mm vs 73.9 mm). The average camera has a height of 73.9 mm.61.5 mm vs 73.9 mm
51.4% lighter
Ricoh WG-30 is lighter than the average camera (192 g vs 395 g). The average camera weighs 395 g.
12 m deeper water resistance
Ricoh WG-30 has a higher waterproof depth rating than the average camera (12 m vs 0 m). The average camera has a waterproof depth rating of 0 m.
16.5 mm thinner
Ricoh WG-30 is thinner than the average camera (29.5 mm vs 46 mm). The average camera has a thickness of 46 mm.
12.4 mm shorter body
Ricoh WG-30 is shorter than the average camera (61.5 mm vs 73.9 mm). The average camera has a height of 73.9 mm.
1 more customizable buttons
Ricoh WG-30 has more customizable buttons than the average camera (1 vs 0). The average camera offers 0 customizable buttons.
Uses a BSI sensor
Ricoh WG-30 uses a BSI sensor, the average camera does not. 34.8% of cameras use a BSI sensor.
Supports slow-motion video
Ricoh WG-30 supports slow-motion video, the average camera does not.
Built-in timelapse
Ricoh WG-30 includes timelapse capture, the average camera does not.
0.07 GB more storage
Ricoh WG-30 has a higher internal storage than the average camera (0.1 GB vs 0 GB). The average camera offers 0 GB of internal storage.

Connectivity & Storage

Why is Ricoh WG-30 worse than the average camera?

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0.3 in smaller screen diagonal
Ricoh WG-30 has a smaller screen than the average camera (2.7 in vs 3 in). The average camera has a screen size of 3 in.
No hot shoe
Ricoh WG-30 does not have a hot shoe, the average camera does.
Smaller sensor
Ricoh WG-30 has a smaller sensor than the average camera (1/2.3" vs APS-C).
2 µm smaller sensor pixels
Ricoh WG-30 has smaller sensor pixels than the average camera (1.3 µm vs 3.34 µm). The average sensor pixel size is 3.34 µm.
0.2 MP lower sensor resolution
Ricoh WG-30 has a lower sensor resolution than the average camera (16 MP vs 16.2 MP). The average camera has a sensor resolution of 16.2 MP.
4.62 fps slower mechanical burst
Ricoh WG-30 has a slower mechanical burst rate than the average camera (1.1 fps vs 5.7 fps). The average camera shoots at 5.7 fps.
No RAW photo capture
Ricoh WG-30 does not support RAW photo capture, the average camera does. 62.8% of cameras support RAW formats.
14 fewer AF points
Ricoh WG-30 has fewer focus points than the average camera (9 vs 23). The average camera offers 23 focus points.
No manual exposure control
Ricoh WG-30 does not support manual exposure, the average camera does. 72% of cameras support manual exposure controls.
No true manual exposure mode.
26 s shorter maximum exposure
Ricoh WG-30 supports a shorter maximum exposure than the average camera (4 s vs 30 s). The average camera supports a longest shutter speed of 30 s.
1 fewer microphones
Ricoh WG-30 has fewer microphones than the average camera (1 vs 2). The average camera has 2 microphones.
14 Mbps lower video bitrate
Ricoh WG-30 has a lower video bitrate than the average camera (16 Mbps vs 30 Mbps). The average camera records at 30 Mbps.
350 mAh smaller battery capacity
Ricoh WG-30 has a lower battery capacity than the average camera (770 mAh vs 1120 mAh). The average camera has a battery capacity of 1120 mAh.
30 shots fewer shots per charge
Ricoh WG-30 has shorter battery life than the average camera (300 shots vs 330 shots). The average camera delivers 330 shots per charge.
Smaller sensor
Ricoh WG-30 has a smaller sensor than the average camera (1/2.3" vs APS-C).
What it is: The sensor format value describes the physical light-collecting area.
When it matters: When you shoot in more difficult lighting.
Importance: HIGH
Good value: Full frame or larger
Ricoh WG-30 has a smaller sensor than the average camera (1/2.3" vs APS-C).1/2.3" vs APS-C
2 µm smaller sensor pixels
Ricoh WG-30 has smaller sensor pixels than the average camera (1.3 µm vs 3.34 µm). The average sensor pixel size is 3.34 µm.
What it is: The physical size of individual pixels on the camera sensor, measured in micrometers. Larger pixels typically capture more light for better low-light performance.
When it matters: When you shoot in low light and want reduced noise in your photos.
Importance: HIGH
Good value: At least 3.5 µm
Ricoh WG-30 has smaller sensor pixels than the average camera (1.3 µm vs 3.34 µm). The average sensor pixel size is 3.34 µm.1.34 µm vs 3.34 µm
4.62 fps slower mechanical burst
Ricoh WG-30 has a slower mechanical burst rate than the average camera (1.1 fps vs 5.7 fps). The average camera shoots at 5.7 fps.
What it is: The maximum burst rate the camera can achieve using its mechanical shutter, measured in frames per second.
When it matters: When you photograph sports, wildlife, or action and want more chances to catch the exact moment.
Importance: MEDIUM
Good value: At least 10 fps
Ricoh WG-30 has a slower mechanical burst rate than the average camera (1.1 fps vs 5.7 fps). The average camera shoots at 5.7 fps.1.08 fps vs 5.7 fps
0.3 in smaller screen diagonal
Ricoh WG-30 has a smaller screen than the average camera (2.7 in vs 3 in). The average camera has a screen size of 3 in.
What it is: The physical diagonal measurement of the display area, usually expressed in inches.
When it matters: When you want a larger display for reviewing shots, using menus, or shooting from awkward angles.
Importance: MEDIUM
Good value: At least 3 in
Ricoh WG-30 has a smaller screen than the average camera (2.7 in vs 3 in). The average camera has a screen size of 3 in.2.7 in vs 3 in
No hot shoe
Ricoh WG-30 does not have a hot shoe, the average camera does.
What it is: A mounting interface on top of the camera for attaching accessories such as flashes, triggers, or microphones.
When it matters: When you want to mount an external flash, trigger, microphone, or other camera-top accessory.
Importance: LOW
Ricoh WG-30 does not have a hot shoe, the average camera does.
1 fewer microphones
Ricoh WG-30 has fewer microphones than the average camera (1 vs 2). The average camera has 2 microphones.
What it is: The number of built-in microphones used to capture audio while recording video.
When it matters: More built-in microphones can capture broader, clearer sound when you record without an external microphone.
Importance: LOW
Good value: At least 2 microphones
Ricoh WG-30 has fewer microphones than the average camera (1 vs 2). The average camera has 2 microphones.1 vs 2
No RAW photo capture
Ricoh WG-30 does not support RAW photo capture, the average camera does. 62.8% of cameras support RAW formats.
What it is: The ability to save images in an uncompressed RAW format, preserving all sensor data for advanced post-processing.
When it matters: When you plan to edit your photos professionally and need the most data possible.
Importance: LOW
Ricoh WG-30 does not support RAW photo capture, the average camera does. 62.8% of cameras support RAW formats.
350 mAh smaller battery capacity
Ricoh WG-30 has a lower battery capacity than the average camera (770 mAh vs 1120 mAh). The average camera has a battery capacity of 1120 mAh.
What it is: The amount of electric charge the battery can hold, measured in milliampere-hours (mAh).
When it matters: When you want a general idea of how large the battery is physically.
Importance: LOW
Good value: At least 1,500 mAh
Ricoh WG-30 has a lower battery capacity than the average camera (770 mAh vs 1120 mAh). The average camera has a battery capacity of 1120 mAh.770 mAh vs 1120 mAh

Third-party reviews

What customers like about Ricoh WG-30?

Excellent image quality and impressive results, especially in underwater mode
Very robust and ideal for outdoor activities (waterproof up to 12 m, shockproof, frost-proof and break-proof)
Compact, lightweight design that fits comfortably in the hand
Reliable protection against adverse weather conditions such as cold

What customers dislike about Ricoh WG-30?

Mixed feedback on longevity, occasional reports of a sensitive screen
The display resolution is rather low at 230,000 pixels
Some disagreement among users regarding overall long-term reliability
No wireless Wi-Fi connectivity available on standard model (WG-30W model only)

Expert reviews

camerarace.com

Date non spécifiée

Summary of the review

Ricoh WG-30 - Review and specifications - Camerarace

The Camerarace review highlights the Ricoh WG-30 as a highly portable (192g) and versatile rugged camera, featuring full tropicalization for deep underwater use and an efficient autofocus system. Key strengths include its compact design, excellent lens brightness at full zoom, and effective subject tracking for action shots, resulting in a 32-point performance score. Conversely, the assessment identifies a significant drawback in its limited battery life of only 300 shots, which hampers extended use. Additionally, the camera lacks wireless connectivity for file transfers and is constrained by a small sensor size that limits overall image quality compared to modern alternatives.

onderwatercamerakopen.com

17/08/2015

Ricoh WG-30W Review: A Tough Waterproof Camera

The Ricoh WG-30W is a rugged, entry-level waterproof compact camera featuring a 16-megapixel CMOS sensor, 5x optical zoom (28-140mm equivalent), and a 2.7-inch widescreen display. Built to withstand harsh outdoor conditions, the device is waterproof down to 12 metres, shockproof from drops up to 1.5 metres, freezeproof to -10°C, and crushproof. It records Full HD video at 30fps and includes a built-in Wi-Fi module (exclusive to the 'W' variant) for remote shooting and image sharing. A standout design feature is the ring of 6 LED lights around the lens, which pairs with a dedicated macro ring to facilitate close-up photography down to 1cm. The camera's performance yields a mix of notable advantages and significant drawbacks. On the positive side, it features a highly unique and effective digital microscope macro mode, delivers reliable automatic exposure with vibrant daytime color saturation, and provides a highly durable body with texturized grip points. However, these pros are offset by poor overall image quality characterized by high noise levels across all ISO settings, edge blur, and noticeable chromatic aberration. Furthermore, its low-light capability is weak...

Ricoh WG-30 Review | 108 Data compared

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Technical Specifications of Ricoh WG-30

Ricoh WG-30 vs the average camera

Why is Ricoh WG-30 better than the average camera?

Why is Ricoh WG-30 worse than the average camera?

Graphic comparison of Ricoh WG-30 and

Third-party reviews

What customers like about Ricoh WG-30?

What customers dislike about Ricoh WG-30?

Expert reviews

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