C-Quip / Marine

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    Light Mast

    Required light height, without a permanent mast above deck.

    C-Quip's telescopic carbon fibre Light Mast provides operating height for navigation lights while retracting into a compact housing when the deck needs to remain clear. Each system is configured around the vessel's approved lighting plan, available space and operating requirements.

    Superyacht at sea with a C-Quip telescopic light mast extended above the foredeck

    Composite marine equipment / engineered to order

    Overview

    Overview

    Required light height, without a permanent mast above deck.

    C-Quip Light Masts provide the required lighting height without leaving a permanent structure above the deck. Developed primarily for large yachts, including vessels of 50 metres and above, each mast is configured around the vessel's dimensions, approved lighting arrangement and available installation depth.

    Two- and three-stage unstayed carbon fibre tubes extend hydraulically under programmable logic control. When the relevant lighting is no longer required, the mast retracts into its housing to create a flush deck surface suitable for sundeck and helideck installations.

    Flush and protruding mounting arrangements are available, together with a range of navigation, anchor, flood and Panama lighting options.

    C-Quip telescopic carbon fibre light mast with navigation light head
    Extended light height
    Up to 11 m above the top of the housing

    Extended light height

    Housing diameter
    406 mm

    Housing diameter

    Design wind condition
    Up to Beaufort 12

    Design wind condition

    Telescopic configurations
    Two or three stages

    Telescopic configurations

    • •Unstayed telescopic design, with no stays, shrouds or standing rigging
    • •Push-button hydraulic deployment under PLC control
    • •Retracts flush to deck, including helideck installations
    • •Filament-wound carbon fibre tubes with 316 stainless steel components
    • •Corrosion-resistant marine construction
    • •Navigation, anchor, flood and Panama lighting options
    • •Lopolight or Aqua Signal navigation light options
    • •Flush or protruding mounting arrangements
    • •24V DC or 230V AC 50/60Hz power supply
    Superyacht at anchor with a C-Quip light mast deployed beside the foredeck helipad
    Deployed for navigation. Retracted flush when the helideck is required.

    Why it works

    Features

    An unstayed telescopic structure in corrosion-resistant marine materials.

    C-Quip light mast housing set into a teak foredeck

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    Unstayed by design.

    The telescopic arrangement requires no stays, shrouds or standing rigging. This provides greater flexibility in positioning and leaves nothing standing above the deck when the mast is fully retracted.

    Detail of the filament-wound carbon fibre tube of a C-Quip light mast with deck lighting

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    Carbon fibre and stainless construction.

    The mast combines filament-wound carbon fibre tubes with 316 stainless steel components in a lightweight, unstayed structure suited to the marine environment.

    Lighting and configuration

    Lighting and configuration.

    Each Light Mast is configured around the vessel's approved lighting arrangement, required light height, deck layout and available housing depth.

    Navigation lighting
    Lopolight or Aqua Signal masthead and anchor lights, with custom options available.
    Low-profile flood lights
    Optional flood lights can illuminate the deck beneath the mast.
    Panama lights
    Optional blue steering lights for vessels transiting the Panama Canal. Positioning is confirmed as part of the vessel-specific configuration.
    Controls
    Push-button hydraulic control is standard. An additional wheelhouse control panel and remote control are available as options.
    Stages
    Two- or three-stage configurations are selected according to the required light height and available housing depth.
    Mounting
    Optional flush or protruding mounting arrangements are available.
    Finish
    Optional clear-coated carbon fibre, or a painted finish matched to the vessel's colour scheme.
    Close detail of the Lopolight navigation and flood light head on a C-Quip light mast at nightOptional remote control handset for a C-Quip light mastC-Quip technician applying a painted finish to a carbon fibre component

    Sizing

    How configuration affects below-deck depth.

    The required light height and selected mast configuration determine the length of housing needed below deck. In general, a three-stage mast can achieve comparable reach with less housing depth than a two-stage mast.

    The final housing tube length is confirmed by C-Quip for the selected lighting configuration and vessel arrangement.

    Line chart: light height above the top of the housing versus housing tube length required, comparing 2-stage Aqua Signal, 2-stage Lopolight and 3-stage Lopolight configurations
    An additional 270 mm of clear space is required beneath the housing. Final housing dimensions are confirmed by C-Quip for the selected configuration and vessel arrangement.

    Installation

    Installation requirements.

    The mast and housing are configured around the vessel's deck structure, available below-deck space, hydraulic system and electrical supply.

    Polished stainless steel hydraulic and electrical connections beneath a C-Quip light mast housing
    Hydraulic, electrical and control connections at the base of the housing.
    Housing diameter
    406 mm
    Below-deck depth
    Project-specific housing tube length, plus 270 mm clear space beneath
    Power supply
    24V DC or 230V AC 50/60Hz
    Hydraulic interface
    Confirmed project by project
    Deck aperture and structural interface
    Confirmed project by project

    Send C-Quip the vessel arrangement, required light height and available installation space. The engineering team will confirm the appropriate configuration and housing depth.

    Questions

    Frequently asked.

    A telescopic system provides the required operating height while allowing the mast to retract when the deck, sundeck or helideck needs to remain clear. The final arrangement is developed around the vessel's approved lighting plan.

    Technical information

    Specifications at a glance.

    Compare construction, operating and installation details below. Light height and housing depth are related.

    Construction

    Mast
    Filament-wound carbon fibre tubes with 316 stainless steel components
    Mechanism
    Hydraulic with a programmable logic controller
    Configuration
    Two or three telescopic stages
    Finish
    Clear-coated carbon fibre or painted to the vessel's colour scheme
    Navigation lights
    Lopolight or Aqua Signal masthead and anchor lights, with custom options available
    Mounting options
    Protruding above the housing tube or flush mounted
    Power supply
    24V DC or 230V AC 50/60Hz
    Cross-section of the C-Quip light mast head showing masthead light, anchor light and flood light positions with dimensions
    Light head assembly: masthead, anchor and flood light positions.
    Telescopic C-Quip light mast with dimensional references A to D and Aqua Signal above-housing and flush-mount options
    Telescopic mast dimensions and mounting options.
    Dimension references A to D correspond with the table below.

    Dimensions

    Extended light height · A
    Panama light position · B
    Housing diameter · N/A
    Clear space beneath housing · N/A
    Design wind condition · N/A

    Housing tube length depends on the required light height, lighting configuration and number of telescopic stages. C-Quip confirms all installation dimensions project by project.

    Need the specification offline?

    Download the C-Quip Light Mast fact sheet for technical reference or to share with your project team.

    Download fact sheet

    Specify a light mast for your vessel.

    Tell us about the vessel, the light height you need to reach and the deck arrangement available. The C-Quip team will help determine the number of stages, the housing depth required, the lighting configuration and the mounting arrangement.