Quality 2200 mm Dual-Mooring Steel Navigation Buoy for Controlled AtoN Positioning factory
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Quality 2200 mm Dual-Mooring Steel Navigation Buoy for Controlled AtoN Positioning factory
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2200 mm Dual-Mooring Steel Navigation Buoy for Controlled AtoN Positioning

Product Summary

The DX-ST2200-DM is a 2200 mm dual-mooring steel navigation buoy with 3.4 t total buoyancy, 400 kg payload and an Ø800 × H1400 mm internal compartment, designed for AtoN projects requiring controlled positioning and integrated onboard equipment.

Product Custom Attributes

Float Diameter:
2200 Mm
Buoy Configuration:
Dual-Mooring Steel Navigation Buoy
Overall Height:
4000 Mm
Freeboard:
1780 Mm
Draft:
1250 Mm
Total Weight:
1.65 T
Mooring Arrangement:
Dual-Mooring Configuration
Navigation Signal:
Marine Navigation Lantern
Radar Identification:
Optional S-band Or X-band RACON
Internal Equipment:
Battery And Associated Onboard Components
Mooring:
Project-specific Dual-mooring Arrangement
Highlight:

2200 mm steel navigation buoy

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dual-mooring navigation buoy

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controlled AtoN positioning buoy

Basic Properties

Place of Origin:
Qingdao
Brand Name:
Dexonmarine
Certification:
ISO9001,IEC, IALA
Model Number:
DX-ST2200-DM

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

Dual-mooring control, 3.4 t buoyancy and integrated equipment capacity

2200 mm Diameter
Dual-Mooring
3.4 t Buoyancy
400 kg Payload
Ø800 * H1400 mm Internal Space

Project Value at a Glance

Controlled Mooring Layout

Dual-mooring connections allow buoy position and movement to be managed as part of the overall mooring design.

Equipment-Ready Platform

The buoy supports navigation, power and monitoring equipment within one integrated platform.

Serviceable Internal Space

The internal compartment provides dedicated room for batteries and associated onboard components.

Designed Around Dual-Mooring Requirements

For some navigation marks, buoy selection is not only about flotation. Position control and mooring behaviour also need to be considered as part of the system design.

The DX-ST2200-DM uses a dual-mooring arrangement so that the buoy, mooring connections and site conditions can be evaluated together before deployment.

2200 mm Dual-Mooring Steel Navigation Buoy for Controlled AtoN Positioning
(1)Auxiliary Equipment Mast (2)Communication Antenna (3)Upper Equipment Platform (4)Daymark Panel
(5)Solar Panel (6)Lifting Eye (7)Float Body (8)Lower Equipment Compartment

Mooring Configuration Starts with the Site

The final dual-mooring arrangement should be determined according to actual deployment conditions, including water depth, mooring geometry, chain selection and required buoy position.

This allows the buoy to be configured around the site rather than treating the mooring system as a separate afterthought.

Equipment Capacity Without Losing the Mooring Focus

The DX-ST2200-DM also provides capacity for onboard AtoN equipment, with 400 kg maximum payload, internal equipment space and provision for onboard batteries.

Typical project equipment may include:

  • Marine navigation lantern
  • Solar power components
  • RACON
  • Passive radar reflector
  • Monitoring or communication equipment

Typical Project Fit

Project Requirement Why DX-ST2200-DM Fits
More controlled buoy positioning Dual-mooring arrangement can be incorporated into the project design
Site-specific mooring layout Mooring configuration can be reviewed around actual deployment conditions
Multiple onboard AtoN devices 400 kg maximum payload supports equipment integration
Internal power equipment Dedicated internal compartment supports batteries and associated components

Frequently Asked Questions

What information is needed to configure the dual-mooring system?

The main inputs include deployment water depth, required buoy position, site conditions, mooring geometry and the intended navigation function.

Is the dual-mooring arrangement supplied as one fixed design?

No. The final arrangement should be reviewed against the actual deployment conditions and project requirements.

Can the buoy and mooring system be reviewed together with the AtoN equipment?

Yes. Buoy configuration, onboard equipment, power demand and mooring requirements can be considered together before production.

When is a dual-mooring configuration typically considered?

It is relevant when the project requires buoy position and movement to be managed as an important part of the overall AtoN deployment design.

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