Loading this page…
Loading this page…

Marine electronics
About
Voyage Marine Electrics has operated since 2010 and is led by a trade-qualified marine electrician. It specialises in marine DC systems, rewires, renewable charging, lithium, generators and integrated onboard power.
Service area: Discovery Coast, Agnes Water, Bundaberg, Burnett Heads, Gladstone and Australia-wide projects
Voyage Marine Electrics has operated since 2010 and is led by a trade-qualified marine electrician. It specialises in marine DC systems, rewires, renewable charging, lithium, generators and integrated onboard power.
Voyage Marine Electrics advertises Full and partial rewires; batteries; charging; solar and wind; lithium; inverter chargers; thrusters; CZone; generators; DC systems; fault finding. Its workshop, marina base or principal operating location is Agnes Water QLD 4677. The practical service coverage is Discovery Coast, Agnes Water, Bundaberg, Burnett Heads, Gladstone and Australia-wide projects. Marine electrical or marine electronics work is a core part of this business.
Marine electrical systems operate in an unusually harsh environment. Salt, vibration, heat, confined spaces and persistent moisture can expose weak connections and poor installation work quickly. A competent marine electrical job should use appropriate cable, terminals, circuit protection and mounting methods, with cables supported and labelled so future fault finding does not become a guessing exercise.
Owners should expect the electrician to look beyond the failed component when there are repeated blown fuses, low voltage, unexpected battery drain or intermittent electronics. The underlying issue may be voltage drop, corrosion, undersized cabling, poor crimping, a failing battery, incorrect charging or an overloaded distribution circuit.
Energy-system work should start with a real load and charging assessment. Lithium batteries, high-output alternators, inverter-chargers, DC-DC chargers and solar controllers can move large currents, so cable sizing, fusing, isolation, BMS limits, alternator temperature and fault protection matter as much as battery capacity. A good upgrade should document how shore power, engine charging, solar and emergency starting interact rather than simply adding a larger battery. Generator, switchboard and automation projects add another level of complexity.
Load sharing, transfer arrangements, protective devices, control wiring, alarms and monitoring need to behave predictably during faults and source changes. On commercial or larger vessels, documentation, test results and clear labelling become especially valuable for future technicians and survey work.
For a fault-finding job, provide the vessel make and model, battery-bank voltage, symptoms, when the problem occurs, and photographs of switchboards, batteries and equipment labels where possible. For a refit, a useful quote should identify the major equipment, cable and protection changes, whether drawings or circuit schedules will be supplied, the testing and commissioning process, and any work that requires a licensed mains-voltage electrician.
If lithium is involved, ask how alternator protection, charging profiles, battery management, emergency isolation and start-battery interaction will be handled. If navigation electronics are involved, ask whether the existing network and sensors are compatible before purchasing new displays.
Keep exploring
Bathurst Harbour (Port Davey system), in south‑west Tasmania, is a vast, almost land‑locked estuarine harbour inside the Southwest National Park and World Heritage Area. It offers a remote, sheltered anchoring environment protected from the Roaring Forties, but demands careful planning, an awareness of marine‑reserve rules, and a willingness to operate in shallow, tannin‑stained waters. Best suited to experienced coastal cruisers and small expedition yachts prepared for self‑sufficiency, Bathurst Harbour is more a place to linger and explore on foot and by tender than a port of call for busy,
Explore →Ashmore Reef is a remote, uninhabited oceanic reef and low-lying island group in the Timor Sea that offers a stark, conservation-led sailing environment rather than typical recreational cruising. It is distinctive for its exposed coral reef, vegetated sand islands and strong legal protections, including tightly controlled access and traditional Indonesian fishing arrangements. Visiting from a recreational yacht is logistically challenging, subject to regulatory limits, and suited only to well-prepared offshore passages or research/management charters rather than casual day sails.
Explore →Deen Maar (the island and adjacent coastal region off south‑west Victoria) is a small but significant offshore island and coastal protected area offering dramatic cliffs, important seabird and seal habitat, cultural values for Gunditjmara and Eastern Maar Traditional Owners, and a clear contrast between exposed Bass Strait seascape and the comparatively sheltered waters inside the Moyne/Port Fairy approaches. From the water it is best treated as an ecological and cultural landmark rather than a place for casual landings: recreational boating activity is concentrated at Port Fairy, Killarney, Y
Explore →Corner Inlet is a large, tide‑dominated embayment at the northern edge of Wilsons Promontory in South Gippsland, Victoria. It combines extensive tidal flats, shallow sheltered waters and a scattering of barrier islands and channels that make it a rich but exacting sailing destination. The inlet suits day sailing, trailer‑launched excursions, weekend cruises and coastal passagemaking when crews understand tidal flows, shallow channels and protected marine parks. The waters inside the inlet are generally much more sheltered than the exposed ocean around Wilsons Promontory, but strong tidal flows
Explore →Practise early, repeatable depowering (reefing and flattening), controlled sail-trim changes and deliberate, crew-led tacks/gybes so you keep heel, steerage and speed in a safe window as the Fremantle Doctor builds. Rehearse routines in sheltered water until they are second nature—clear commands, disciplined weight moves to windward and aft, and a quick, practised reef routine will prevent panicked mistakes.
Explore →A good float plan and a well-stocked emergency kit significantly improve your chances of a safe outcome when cruising remote parts of South Australia’s coastline. The float plan should give someone ashore all the information they need to find you and raise help if you don’t return; the emergency kit should allow you to stabilise the boat, care for injuries, signal for rescue and survive until help arrives.
Explore →Reef as soon as the boat becomes hard to steer, uncomfortable, or when sails start flogging — reduce the mainsail first (to keep balance), then reduce headsail area; practise the reefing sequence and check sail trim and helm balance afterwards.
Explore →Prioritise practising abandoning-ship and man-overboard drills, fire and flooding control, engine/fuel failures, emergency steering, communications and MOB recovery with the full crew and kit you’ll use on passage.
Explore →A practical guide for recreational sailors on using VHF marine radios safely and effectively in Australian waters: basic operation, channel use, emergency procedures, DSC basics, common mistakes and a ready checklist for pre-departure and on-water use.
Explore →A practical step‑by‑step guide to planning a safe, realistic coastal sailing passage in Australian waters: choosing a route, estimating distance and time, checking weather and tides, fuel and daylight planning, identifying safe harbours and anchorages, and preparing backup plans.
Explore →A practical guide to the coastal weather systems that affect sailing along Western Australia's coast, focusing on the Fremantle Doctor, local sea breezes, and linked coastal phenomena. Explains how these systems form, when they tend to occur, how they influence boat handling and passage planning, common mistakes, and a
Explore →A practical guide for recreational sailors planning trips in Jervis Bay. Covers typical weather patterns, sheltered anchorages, common hazards, marine park considerations, anchoring techniques and sensible trip planning for day sails and short cruises.
Explore →
A 10‑year battery EPIRB with integrated GNSS (supports GPS and Galileo), infrared strobe and 121.5 MHz homing signal. Approved for worldwide COSPAS‑SARSAT operation.
Explore →Burke Yachtsman Gear Bag 40L - Shop Now Zip Pay | Tamar Marine Skip to content 59 – 63 Holbrook Street, Invermay Online Shop Open 24/7 Products search Contact us 1300 MARINE $ 0.00 0 Cart Burke Yachtsman Gear Bag 40L $ 79.90 Colour Choose an option Black Blue Black Blue Clear - Burke Yachtsman Gear Bag 40L quantity + Add to cart Enquire about this product SKU BAGB-Y24/BLACK* Category Bags - Sail & Gear A Burke classic and customer favourite, the Yachtsman’s Gear Bag is built tough to handle wet, salty conditions while keeping your gear dry and protected. Made from double coated waterproof…
Explore →
Self-contained, battery-powered plug‑and‑play autopilot designed for standard hydraulic steering systems.
Explore →Imported from Tamar Marine. This draft has no editorial summary yet.
Explore →