Sizometry

  • Home
  • Devices
  • Comparisons
  • Tool
  • Insights
  • Methodology

Data sources and measurement methods are explained in our Methodology.

PrivacyTermsContact

Product names, trademarks, and registered trademarks belong to their respective owners. Sizometry is an independent reference site and is not affiliated with or endorsed by the manufacturers shown.

© 2026 Sizometry. All rights reserved.

Ocean vs Vertical

Device summary

Suunto

Ocean

Suunto

Vertical

Full specifications

Full specifications
Basic information
Release year20242023
Starting price—$649
Display size1.4-inch1.4-inch
Dimensions49.9 mm × 49.9 mm × 13.2 mm49.0 mm × 49.0 mm × 13.6 mm
Weight99 g86 g
Front materialSapphire crystalSapphire crystal
Back materialGlass fibre reinforced polyamideGlass fibre reinforced polyamide
Display
Display technologyAMOLEDMemory LCD (MIP)
Resolution466 × 466280 × 280
ProtectionSapphire crystalSapphire crystal
Performance
Storage32 GB32 GB
Expandable storageNoNo
Battery & charging
Charging standardUSB charging. Daily use up to 16 days / standby 26 days; dive 40–60 h; All-systems GNSS multi-band up to 50 h / single-band 65 h; power-saving GNSS up to 200 h (not everyday life)USB charging. Daily use up to ~60 days (solar-assisted titanium longer); Performance / Endurance / Ultra / Tour GPS modes; dual-band GNSS modes shorter — Tour/Ultra not everyday life
Battery typeLithium-ionLithium-ion
Connectivity
CellularGPS / GLONASS / Galileo / BeiDou / QZSS (dual-band), Offline outdoor maps (32 GB), Wireless Tank POD air integration, Bühlmann 16 GF decompression; scuba / nitrox / freediveGPS / GLONASS / Galileo / BeiDou / QZSS (dual-band), Offline outdoor maps
BluetoothBluetoothBluetooth
Build & durability
FrameGlass fibre reinforced polyamide; stainless steel bezelGlass fibre reinforced polyamide; stainless steel bezel
Ingress protection100 m (dive computer; max operating depth 60 m EN 13319)100 m

Basic information

Release year

Ocean
2024
Vertical
2023

Starting price

Ocean
—
Vertical
$649

Display size

Ocean
1.4-inch
Vertical
1.4-inch

Dimensions

Ocean
49.9 mm × 49.9 mm × 13.2 mm
Vertical
49.0 mm × 49.0 mm × 13.6 mm

Weight

Ocean
99 g
Vertical
86 g

Front material

Ocean
Sapphire crystal
Vertical
Sapphire crystal

Back material

Ocean
Glass fibre reinforced polyamide
Vertical
Glass fibre reinforced polyamide

Display

Display technology

Ocean
AMOLED
Vertical
Memory LCD (MIP)

Resolution

Ocean
466 × 466
Vertical
280 × 280

Protection

Ocean
Sapphire crystal
Vertical
Sapphire crystal

Performance

Storage

Ocean
32 GB
Vertical
32 GB

Expandable storage

Ocean
No
Vertical
No

Battery & charging

Charging standard

Ocean
USB charging. Daily use up to 16 days / standby 26 days; dive 40–60 h; All-systems GNSS multi-band up to 50 h / single-band 65 h; power-saving GNSS up to 200 h (not everyday life)
Vertical
USB charging. Daily use up to ~60 days (solar-assisted titanium longer); Performance / Endurance / Ultra / Tour GPS modes; dual-band GNSS modes shorter — Tour/Ultra not everyday life

Battery type

Ocean
Lithium-ion
Vertical
Lithium-ion

Connectivity

Cellular

Ocean
GPS / GLONASS / Galileo / BeiDou / QZSS (dual-band), Offline outdoor maps (32 GB), Wireless Tank POD air integration, Bühlmann 16 GF decompression; scuba / nitrox / freedive
Vertical
GPS / GLONASS / Galileo / BeiDou / QZSS (dual-band), Offline outdoor maps

Bluetooth

Ocean
Bluetooth
Vertical
Bluetooth

Build & durability

Frame

Ocean
Glass fibre reinforced polyamide; stainless steel bezel
Vertical
Glass fibre reinforced polyamide; stainless steel bezel

Ingress protection

Ocean
100 m (dive computer; max operating depth 60 m EN 13319)
Vertical
100 m

Key differences

The most meaningful measured gaps in size and weight — not an overall winner.

  • Thickness

    Ocean

    0.4 mm thinner · minor difference

  • Height

    Ocean

    0.9 mm taller · minor difference

  • Width

    Ocean

    0.9 mm wider · minor difference

  • Display size

    Very similar display size

View Ocean detailsView Vertical details

Dimensions and weight are based on manufacturer specifications. Handling estimates are derived from physical measurements. Methodology