Upgrade from Lance: Move beyond basic water-level and wave monitoring to directional waves, directional spectra and optional surface current data, providing a more complete operational view for complex sea-state decisions.
Trident Series directional wave radar product

Choose a fixed, motion-compensated, explosion-proof or combined directional-wave configuration based on platform movement and hazardous-area requirements.

T3000

Trident 3000

Fixed Installation Model

Triple-beam directional wave radar for fixed platforms, offshore wind foundations and shore-based monitoring stations.

  • Three-point directional wave measurement
  • Water level, wave and wave direction data
  • Designed for fixed-structure deployment
  • Long-term continuous monitoring
T3010

Trident 3010

Motion Compensation Model

Adds integrated IMU-based motion compensation for vessels, floating platforms and floating wind applicatio

  • Wave direction measurement
  • Integrated IMU motion compensation
  • Designed for dynamic platform deployment
  • Stable output in complex sea states
T3020

Trident 3020

Explosion-Proof Model

For oil and gas platforms, hazardous-area installations and projects requiring explosion-proof configuration.

  • Explosion-proof configuration
  • Directional wave monitoring
  • Designed for fixed hazardous areas
  • For high-risk offshore operations
T3030

Trident 3030

Explosion-Proof Motion Compensation Model

For demanding deployments requiring wave direction, explosion-proof configuration and IMU-based motion compensation in one system.

  • Explosion-proof configuration
  • Integrated IMU motion compensation
  • Directional waves and optional surface current
  • For oil and gas, floating and mobile hazardous-area platforms

Compare measurement range, directional capability and optional configurations across all four Trident models.

ParameterTrident 3000Trident 3010Trident 3020Trident 3030
Radar-to-water distance2-75 m2-75 m2-75 m2-75 m
Ranging accuracy±3 mm±3 mm±3 mm±3 mm
Sampling frequency10 Hz10 Hz10 Hz10 Hz
Tide level accuracy±1 cm±1 cm±1 cm±1 cm
Wave height range0-60 m0-60 m0-60 m0-60 m
Wave period range1-100 s1-100 s1-100 s1-100 s
Wave direction0-360°0-360°0-360°0-360°
Wave direction accuracy±2°±2°±2°±2°
Surface current speedOptionalOptionalOptionalOptional
Surface current directionOptionalOptionalOptionalOptional
Motion compensation-Supported-Supported
Explosion-proof configuration--SupportedSupported

Surface current speed and direction are optional functions enabled according to software licensing and project configuration.

Core mechanical, electrical, environmental and connectivity specifications for engineering review.

S

Category 01

System

System architecture
Three-point radar array
Radar system
FMCW frequency-modulated continuous wave
Core outputs
Water level, waves, wave direction and directional spectrum
Optional outputs
Surface current speed and direction
M

Category 02

Mechanical

Dimensions
Ø209 × 196 mm per radar unit
Material
Aluminum alloy with micro-arc oxidation and electrophoresis treatment; POM
Installation
Three-point array on fixed, vessel or floating platform structures
E

Category 03

Electrical & Environment

Supply voltage
9-27 VDC
Operating temperature
-30°C to +65°C
Protection rating
IP67
C

Category 04

Communication & Storage

Communication interface
Ethernet, expandable by configuration
Local storage
SD card local storage
Expandable communication
4G / 5G and BeiDou communication module
Supported platforms
OceaXFusion and OceaXCloud

Trident Series connects to OceaXFusion, OceaXFusion Cloud and OceaXFusion Mobile for directional wave visualization, reports, cloud access, mobile monitoring and third-party integration.

Compatible Software

  • OceaXFusion Basic
  • OceaXFusion Pro
  • OceaXFusion Cloud
  • OceaXFusion Mobile
Explore OceaXFusion →
OceaXFusion integration across desktop monitor and mobile devices

Trident Series supports offshore wind, oil and gas, vessel and floating-platform projects that need directional waves, directional spectra and optional surface current data.

Offshore booster or converter station
01

Offshore Wind Platforms

Directional sea-state intelligence for installation, operation and maintenance planning.

Hydrological measurement station
02

Oil & Gas Platforms

Explosion-proof directional monitoring options for high-risk offshore environments.

Ports and terminals
03

Vessels & Floating Platforms

Motion-compensated directional-wave data for dynamic carriers and floating structures.

Trident 3000 / 3020 suit stable fixed structures, while Trident 3010 / 3030 add IMU motion compensation for vessels and floating platforms.

Installation Methods

Three-point array installation with defined radar spacing, orientation and mounting geometry, suitable for shore structures, fixed platforms, vessels and floating platforms.

Expansion Options

Mounting bracket, expansion junction box, 4G communication module, BeiDou communication module, Starlink terminal, meteorological sensor, solar power kit and OceaXFusion license.

01What is the difference between Trident 3000, 3010, 3020 and 3030?

Trident 3000 is the fixed-platform basic model, 3010 adds motion compensation, 3020 is the explosion-proof fixed model, and 3030 supports both explosion-proof configuration and motion compensation.

02What is the difference between Trident and Lance?

Trident adds directional waves, directional spectrum data and optional surface current measurements for projects that require a more complete view of complex sea states.

03Are surface current speed and direction included as standard?

No. Surface current speed and direction are optional functions enabled according to software licensing or project configuration.

04Can the data connect to OceaXFusion or third-party systems?

Yes. OceaXFusion, OceaXFusion Cloud and OceaXFusion Mobile provide local, cloud and mobile access, while Ethernet and project-specific interfaces support third-party system integration.

Not sure which model fits your platform?

Talk to DynoceaX for configuration support and a model recommendation tailored to your platform.