Service
Keep the hull out of the water and the maintenance bill down with it.
In short
A boat lift raises your vessel clear of the water between uses. In the brackish, growth-heavy water of Northeast Florida that protects the hull, the running gear and the bottom paint, and it removes the daily uncertainty of tide, wake and weather from how your boat sits.
In detail
Pilings sized and driven for the lift, cradle beams and bunks set to the hull, drives and cabling installed and the whole assembly commissioned with your boat on it. Where the dock is being built at the same time, the lift is designed into the structure rather than bolted on.
Lifts wear out — cables fray, motors fail, gearboxes seize, and aluminium hardware eventually gives up in salt air. Replacing the lift while reusing sound pilings is common and considerably cheaper than a full installation.
Capacity is set by the boat's dry weight plus fuel, water, gear, batteries and anything else permanently aboard — not by the number on the brochure. We size with headroom, because an undersized lift is the most expensive mistake in this category.
Most docks were not framed to carry a lift. In many cases the right approach is new pilings driven alongside the structure to carry the lift independently, with the dock providing access rather than support.
Replacing an ageing motor, moving to a sealed drive, adding remote operation, upgrading cables to a higher specification or fitting a bunk system suited to the hull shape.
Heavier capacity lifts for marinas, clubs and commercial operators, where cycle frequency and duty rating matter as much as peak capacity.
A boat kept in the water in Northeast Florida is in a warm, brackish, nutrient-rich environment that grows things on anything that stays wet. Bottom growth starts within days in summer. Barnacles and slime increase drag, cost fuel, and come off the hull only with real work. Running gear corrodes. Bottom paint is consumed on a schedule set by how long the hull sits submerged.
Lifting the boat out between uses stops nearly all of it. That is the practical argument, and for most owners it pays for itself over the life of the equipment. The secondary arguments are just as real: a boat on a lift is not sitting on the bottom at low tide, not taking wake against a piling all day, and not rising with surge during a storm event.
Undersizing a lift is the most common and most expensive mistake in this category, and it happens because people size against dry weight.
Dry weight is the hull and engine. What the lift actually carries is the hull, engine, full fuel, full water, batteries, anchor and ground tackle, safety gear, electronics, a tower or hardtop if fitted, canvas, and whatever else lives aboard. On many vessels that is thirty to forty per cent above the dry figure. Then there is the fact that boats gain equipment over the years, and that running a lift at its rated maximum shortens the life of every mechanical component on it.
Size for loaded weight, then add headroom. The incremental cost of the next capacity step up is modest compared with the cost of discovering later that the lift is marginal.
A lift only works if the boat floats on and off at low tide. In the shallower creeks and marsh-edge properties around the region this is frequently the binding limit, and it is why two neighbours a hundred yards apart can need quite different installations.
If your low-tide depth is marginal, the answer may be to extend the dock to reach deeper water before installing a lift, to choose a lift style with a lower profile in the water, or in some cases to look at floating dock arrangements instead. Working this out before anything is ordered is the whole point of a site visit.
Before a named storm, a boat on a lift should generally come off the lift and be moved, not raised higher and strapped down. Surge lifts boats off cradles and takes lifts with them. Your lift manufacturer’s guidance governs, but the general principle in this region is that a lift protects a boat from ordinary conditions, not from a storm surge event. We go over this at handover.
How it runs
We need the make, model, length, beam and loaded weight of the vessel, plus water depth at low tide and what the bottom is made of.
Capacity, configuration and drive type matched to the boat and to the water. Shallow water, strong current and exposure to wake all change what is appropriate.
Whether the lift can be carried by the existing dock or needs its own pilings, and how the two structures will be tied together.
Pilings driven, beams set, drives mounted, cables run, bunks positioned to the hull and the system commissioned and tested under load.
We run the lift with you, set the stops, show you the maintenance points and explain what to check before and after a storm.
Before you decide
Getting these right at the planning stage costs nothing. Getting them wrong is expensive to undo.
Answers
Start from the vessel's loaded weight — dry weight plus full fuel and water, batteries, gear, hardtop or tower, and anything else permanently aboard. That figure is commonly well above the dry weight in the brochure. Then add margin, both because weight creeps over the years and because running a lift near its limit shortens the life of cables, drives and motors. The beam and hull shape also matter, because they determine the cradle configuration and how the bunks must sit.
Often, but rarely by hanging it off the existing structure. Most residential docks were not framed for the concentrated, cyclic load a lift applies. The usual approach is to drive dedicated lift pilings alongside the dock, so the lift carries its own load and the dock provides access. We assess the existing structure before recommending either path.
It depends heavily on specification and maintenance. Cables and bunk carpet are wearing items. Motors and gearboxes in salt air need rinsing and periodic attention. Aluminium structure outlasts the mechanical components by a wide margin. Owners who rinse the lift down and have the cables inspected regularly get substantially more service life than those who do not.
Usually yes, particularly where new pilings are being driven. Lifts are frequently reviewed alongside the dock they serve. Requirements vary with the waterway, the parcel and whether the structure is new or being modified. We prepare the submittals as part of the project.
A roof over the lift bay protects the boat from sun and rain and extends the life of upholstery, canvas and gelcoat. It also adds significant wind load to the structure, which has to be designed in from the pilings up. If a roof is in your plans at all, decide before the pilings are driven.
Yes. Drives, motors, cables, switches and bunks are all serviceable items. Replacing a worn component on an otherwise sound lift is routine and far cheaper than a new installation.
Next step
We will come back with a clear scope and an honest view of what your site can support.
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