Quality 3000 mm Steel Navigation Buoy for Complex Multi-System AtoN Projects factory
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Quality 3000 mm Steel Navigation Buoy for Complex Multi-System AtoN Projects factory
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3000 mm Steel Navigation Buoy for Complex Multi-System AtoN Projects

Product Summary

The DX-ST3000 is a 3000 mm steel navigation buoy with 6.5 t total buoyancy and an Ø1800 × H1200 mm internal compartment. Its large platform and eight-battery provision provide more room for complex onboard AtoN, power and control systems.

Product Custom Attributes

Float Diameter:
3000 Mm
Overall Height:
5571 Mm
Freeboard:
2740 Mm
Draft:
1560 Mm
Total Weight:
3.7 T
Internal Compartment:
Ø1800 × H1200 Mm
Battery Capacity:
Up To 8 × 100 Ah Lithium Batteries
Manufacturing Process:
Steel Plate Forming & Gas-Shielded Welding
Surface Treatment:
Anti-Corrosion Epoxy Painting
Highlight:

3000 mm steel navigation buoy

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steel buoy for AtoN projects

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multi-system data buoy

Basic Properties

Place of Origin:
Qingdao
Brand Name:
Dexonmarine
Certification:
ISO9001,IEC, IALA
Model Number:
DX-ST3000

Trading Properties

Minimum Order Quantity:
1
Price:
Negotiable
Packaging Details:
cartons/pallets
Delivery Time:
30days
Payment Terms:
L/C,D/A,D/P,T/T,Western Union
Supply Ability:
10pcs/month

Product Description

Large internal service space, 6.5-tonne buoyancy and expanded onboard system capacity

3000 mm Diameter | 6.5 t Buoyancy | Ø1800 * H1200 mm Internal Space | 8 * 100 Ah Battery Provision

Project Value at a Glance
More Room to Organize the System

The large internal compartment provides dedicated space for batteries, controllers and supporting onboard components.

Better Access for Service

A larger equipment area makes internal components easier to arrange, inspect and maintain.

Capacity for Complex Projects

The 3000 mm platform provides additional room for navigation, communication, monitoring and power systems.

When Equipment Space Becomes a Project Constraint

As more equipment is integrated into a navigation buoy, the challenge is no longer simply whether the buoy can carry the load.

Installation space, component arrangement and maintenance access also become important.

The DX-ST3000 provides an Ø1800 * H1200 mm internal compartment, giving project teams significantly more room to organize batteries, control equipment and other onboard components within a defined internal space.

3000 mm Steel Navigation Buoy for Complex Multi-System AtoN Projects
(1)IALA Top Mark (2)Navigation Lantern (3)Upper Equipment Platform (4)Equipment Enclosure
(5)Tower Structure (6)Lifting Eye (7)Main Hull (8)Lower Support Frame
Power Capacity for Multi-System Operation

The current configuration can accommodate up to 8 * 100 Ah lithium batteries, providing greater flexibility when several onboard systems share the buoy's power infrastructure.

Battery quantity and final power configuration can be determined according to the installed equipment and actual project demand.

A Large Platform with Room to Grow
System Capacity Confirmed Configuration
Main Float Ø3000 mm
Total Buoyancy 6.5 t
Maximum Payload 500 kg
Internal Compartment Ø1800 * H1200 mm
Battery Provision Up to 8 * 100 Ah
Best Fit Projects
  • Multiple onboard AtoN systems
  • Larger internal equipment and control space
  • More accessible component arrangement for inspection
  • Substantial onboard battery provision
  • Navigation, communication and monitoring equipment on one buoy
  • Additional room for future system expansion
Before Final Configuration
  • Installed equipment list
  • Battery and power requirements
  • Internal equipment arrangement
  • Maintenance access
  • Communication and monitoring requirements
  • Mooring and deployment conditions
Frequently Asked Questions
Can different onboard systems be arranged within the same buoy?

Yes. Navigation, communication, monitoring, control and power equipment can be reviewed together when planning the final internal and upper-structure layout.

How should the internal equipment layout be planned?

The arrangement should consider equipment dimensions, power connections, service access, heat management and the required relationship between individual system components.

Can additional equipment be reserved for future expansion?

Future equipment requirements can be considered during the initial configuration so that available internal and structural space is reviewed before production.

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