A sailboat's core safety kit covers five jobs: USCG-rated life jackets, man-overboard recovery gear, AIS and CO monitoring, a sea anchor or drogue for heavy weather, and a way to be found — an EPIRB or SART — if things go wrong. MAURIPRO Sailing carries active, verified gear across all five from one store.
On a mid-size 30–45 ft cruiser, "safety gear" isn't one purchase — it's five separate systems, each solving a different failure mode, from a crew member going overboard to a fire, a hull breach, or simply not being seen by a ship at night.
This guide walks through what each area actually does — life jackets & PFDs, man-overboard & rescue gear, monitoring & distress signaling, and sea anchors & drogues — with real, active products at each step and links to the deeper how-to guides MAURIPRO already has for the subcategories that have one.
Sailing safety equipment at a glance
Representative, currently active options across the category's main areas.
| Area | What you'll find | Example (SKU) |
|---|---|---|
| Life Jackets & PFDs | USCG-approved PFDs across Type I–III, sized for offshore or coastal crews. | Mustang Livery Foam Vest (MV7010-4) |
| Man Overboard & Rescue Gear | Horseshoe buoys, immersion/rescue suits, and recovery slings to get a crew member back aboard. | LALIZAS Rescue Suit Neptune SOLAS (LAL-72745) |
| Monitoring & Radar Detectors | AIS transceivers and CO/fume detectors that make your boat visible to others and warn you of hazards aboard. | Garmin AIS 800 Blackbox Transceiver (GAR-010-02087-00) |
| Sea Anchors & Drogues | Heavy-weather gear to slow the boat and hold a bow-to-sea or stern-to-sea position. | LALIZAS Sea Anchor - 25.0 ft (LAL-10073) |
| Distress Signals & EPIRB/PLB Gear | EPIRBs, PLBs, SARTs, and hydrostatic release hardware that help rescuers locate a liferaft or crew. | Ocean Signal SafeSea S100 SART (OSI-710S-00607) |
Which life jacket type do I actually need aboard?
The U.S. Coast Guard groups PFDs by intended use, not just size: Type I (offshore) is built to turn most unconscious wearers face-up and carries a minimum of 22 lb of buoyancy for adults, for open water where rescue can take hours; Type II (near-shore) and Type III (flotation aid) carry a minimum of 15.5 lb and are built for calmer water with a good chance of fast rescue, with Type III favoring freedom of movement over the face-up turning of a Type I; Type V is a special-use device (harnesses, deck suits, inflatables) only USCG-compliant when worn as labeled. The Mustang Livery Foam Vest is a USCG-approved foam PFD with a durable outer shell and multiple adjustment points, built for reliable flotation on coastal and inland passages. On a 30–45 ft cruiser, the practical answer is usually both: a Type I or an inflatable Type V harness-vest for offshore passages, and a lighter Type II/III for calm-water day sailing where everyone will actually keep it on.
What gear do I need to get a crew member back aboard after a man-overboard?
A man-overboard recovery kit has two jobs — keep the person afloat and visible, then get them physically back on the boat. A horseshoe buoy like the LALIZAS Quick RD horseshoe lifebuoy is rated 142N buoyancy and stored ready to throw the moment someone goes over, while a dedicated recovery system (sling, ladder, or lifting tackle) solves the much harder second half of the problem — hauling a tired or injured person up a freeboard that's usually 3–4 ft on a mid-size cruiser. For offshore or commercial-adjacent use, the LALIZAS Rescue Suit Neptune SOLAS is built to exceed SOLAS hypothermia-protection specifications, using 5mm reinforced neoprene that's diesel, oil, and flame resistant, and is meant to be worn over an approved life jacket, not in place of one. MAURIPRO already has a dedicated guide covering the full range of horseshoes, danbuoys, MOB modules, and recovery slings — see How to Choose Man Overboard Gear for the sizing detail.
How do AIS and CO monitoring help you avoid trouble before it happens?
AIS comes in two classes, and the difference matters for a recreational sailboat: Class A transceivers (required on SOLAS and larger commercial vessels) transmit at up to 12.5 watts with frequent position updates, while Class B units are built for recreational boats at lower power and cost. The Garmin AIS 800 is a Class B/SOTDMA transceiver that transmits at 5 watts — higher than the older 2-watt Class B standard — for faster position reporting, and it includes a built-in GPS, an internal VHF antenna splitter so it can share a single antenna with your VHF radio, and NMEA 2000 connectivity for compatible chartplotters. Below deck, a CO detector closes a different gap: the Maretron Carbon Monoxide Detector monitors for dangerous CO levels and reports alerts over an NMEA 2000 network (paired with a SIM100-01 module) so a warning shows up on any compatible display, not just a standalone alarm you might not hear from the cockpit.
When do I need a sea anchor or a drogue — and what's the difference?
The two solve opposite problems. A sea anchor is deployed from the bow to hold the boat's head into the wind and waves and largely stop forward drift — it's a storm-survival tool that lets the crew rest while the bow takes the worst of the sea. A drogue is streamed from the stern to slow the boat and keep it stable while running downwind in big following seas, preventing broaching or pitchpoling rather than stopping the boat outright. The LALIZAS Sea Anchor (25 ft) is a PVC-coated, weighted-bottom design with an automatic opening and continuous internal webbing, built to deploy and retrieve without tangling or spinning, and is sold in a range of sizes for boats from dinghies up through cruising sailboats. Match the size to your boat's length and expected conditions before you need it — not during the storm.
What do EPIRBs, PLBs, and SARTs actually do once you activate them?
A 406 MHz EPIRB or PLB transmits a distress signal to the Cospas-Sarsat satellite system and, per NOAA SARSAT, is required to keep transmitting for a minimum of 48 hours once activated, with GPS-equipped units also sending precise position data to rescue coordination centers. A Search and Rescue Transponder works differently and complements an EPIRB rather than replacing it: the Ocean Signal SafeSea S100 SART stays in standby and is automatically triggered by an X-band radar sweep from a nearby vessel, then transmits pulses that show up on that ship's radar as a line of dots giving a bearing straight to your liferaft — its activation controls are built to match Ocean Signal's EPIRB line, so the same crew member can operate either one under stress without relearning a device. MAURIPRO also carries hydrostatic release units and mounting hardware so an EPIRB deploys automatically if the boat sinks before anyone reaches it.
Common mistakes in sailboat safety gear
- Treating a life jacket as one-size-fits-all. A Type III that's fine for calm-water day sailing isn't the right choice for an offshore passage where rescue could take hours — match the type to the water and the trip, not just the boat.
- Owning a horseshoe buoy but no recovery plan. Keeping someone afloat is only half the job — without a sling, ladder, or lifting tackle, getting a tired or injured person back over a 3–4 ft freeboard is the harder problem that actually needs solving.
- Assuming an AIS receiver is the same as a transceiver. A receive-only AIS shows you other traffic but doesn't make your own boat visible to them — a transceiver like the Garmin AIS 800 does both.
- Never having deployed a sea anchor or drogue before you need one. Sizing, rigging, and deployment technique are not things to learn for the first time in a storm — a controlled practice run in moderate conditions is worth the afternoon.
Frequently asked questions
Do I need a Type I life jacket, or is Type III enough?
It depends on where you sail: Type I is built for open water and delayed rescue and carries more buoyancy (22 lb minimum for adults) with better face-up turning for an unconscious wearer, while Type III (15.5 lb minimum) favors mobility and comfort for protected water where rescue is expected to be fast. Many mid-size cruisers carry both and switch based on the passage.
What's the real difference between AIS Class A and Class B?
Class A transceivers transmit at up to 12.5 watts and are required on SOLAS and larger commercial vessels; Class B units are built for recreational boats at lower power (2 watts for standard Class B, 5 watts for Class B/SOTDMA units like the Garmin AIS 800) and lower cost, while still making your boat visible to AIS-equipped shipping.
How is a drogue different from a sea anchor?
A sea anchor deploys from the bow to hold the boat's head into the seas and largely stop it, while a drogue streams from the stern to slow the boat and maintain control while running downwind in a following sea — they solve opposite heavy-weather problems and aren't interchangeable.
How long does an EPIRB keep transmitting once it's activated?
Per NOAA SARSAT, a 406 MHz EPIRB is required to transmit for a minimum of 48 hours once activated, with GPS-equipped models also sending your position to the Cospas-Sarsat satellite system for a faster fix.
Do I need a horseshoe buoy if I already carry a recovery sling?
They solve different halves of a man-overboard: a horseshoe buoy keeps someone afloat immediately, while a recovery sling or ladder is what actually gets them back aboard — MAURIPRO's man-overboard collection covers both, and most mid-size cruisers carry at least one of each rather than relying on a single piece of gear.
Explore each area further, or browse the current MAURIPRO catalog directly.
- How to Choose a Life Jacket (and Actually Love Wearing It)
- How to Choose Man Overboard Gear: Horseshoes, Danbuoys, MOB Modules & Recovery Slings
- Essential Sailing Safety Equipment: A Complete Guide
Pictured above: the LALIZAS Quick RD Horseshoe Lifebuoy, the Mustang Livery Foam Vest, the LALIZAS Rescue Suit Neptune SOLAS, the Garmin AIS 800 Blackbox Transceiver, and the LALIZAS Sea Anchor — all available to order.