VHF is safety equipment, and a boat should not leave the dock without one. AIS shows you who else is out there, which matters in the shipping lanes off Sandy Hook and in the inlet traffic on a summer Saturday. Starlink gets you weather, email, and a usable connection once you are past cell range on a canyon run. They solve three different problems, and most boats running out of New Jersey end up needing two of the three, not all three at once. Which two depends on how far offshore you go and how much the boat does for work as well as fishing.
Key takeaways
- VHF with DSC is the baseline safety radio every boat needs, and it is required equipment on most recreational vessels.
- AIS earns its keep in traffic: the shipping lanes into New York Harbor, a crowded inlet on a weekend, and anywhere visibility drops.
- Starlink solves a data problem, not a safety problem, and it does not replace VHF or an EPIRB.
- A back-bay boat rarely needs all three systems; a boat running the canyons usually does.
- VHF, AIS, and Starlink can share one antenna run, one network, and one helm display instead of stacking three separate boxes.
What VHF covers, and why it isn’t optional
VHF is the primary safety link on the water. It reaches the Coast Guard, other boats, and marinas without depending on a cell tower, and it works when nothing else does. A fixed-mount VHF with Digital Selective Calling adds a distress button wired to your GPS position, so a single press sends your exact location along with the call. That only works if the radio is registered with an MMSI number, which is a step people skip and then find out about at the worst possible time. We handle DSC and MMSI registration as part of a VHF install so the safety feature you paid for actually functions. For antenna selection, below-deck placement, and how VHF ties into the rest of the helm, our VHF radio guide goes deeper.
What AIS adds that VHF can’t
VHF tells you a boat is out there if someone calls it in. AIS shows you automatically: position, heading, speed, and often the vessel name, plotted right on your chartplotter. That matters most where recreational traffic mixes with commercial shipping, which around here means the approaches to New York Harbor and the tanker and container traffic that runs close to the Jersey coast on the way in. It also matters on a packed Saturday at Manasquan or Barnegat Inlet, where a lot of boats are converging on a narrow channel at the same time. A receive-only AIS unit shows you the traffic. A transceiver also puts your own boat on their screens, which is the more useful setup if you are running near commercial vessels at night or in fog. We cover the collision-avoidance case in more detail in our post on AIS for busy New Jersey waters.
Where Starlink fits, and where it doesn’t
Starlink Maritime solves a different problem than VHF or AIS: it gets you a real internet connection once you’re past the point where cell service drops off, which on a New Jersey canyon run is usually within the first several miles. That means live weather and sea surface temperature data while you’re fishing, the ability to check conditions before deciding whether to keep running or turn back, and a working connection for charter operations that need to stay reachable. It does not replace anything on the safety side. VHF is still the primary distress link and required equipment, and an EPIRB still belongs on any boat running offshore. Hardware and installation for Starlink Maritime typically run $2,500 to $5,000 depending on the dish and mounting setup, and we cover the install itself, including power draw and corrosion-resistant mounting for salt exposure, in our Starlink installation guide for New Jersey boats.
Building the right stack for how you run
A boat working the back bays and inshore grounds rarely needs all three systems. VHF is non-negotiable, and AIS receive is worth having if you’re crossing the inlet on busy weekends, but Starlink is hard to justify when you’re never more than a few miles from a cell tower. A boat making regular runs to the canyons, 60 to 100 miles offshore, is a different case. VHF and AIS both matter more out there because you’re farther from help and more likely to cross paths with commercial traffic, and Starlink stops being a convenience and starts being the only way to get a weather update or check in with anyone back home. Charter and delivery boats land somewhere in between, since they combine offshore range with a business reason to stay connected and reachable.
What we set up
We install and network VHF, AIS, and satellite systems from Garmin, Simrad, Raymarine, and Furuno out of our Egg Harbor Township and Point Pleasant locations, and we handle the DSC and MMSI registration that most installers leave for the owner to figure out. Run correctly, all three of these share the boat’s NMEA 2000 network instead of sitting as separate, unconnected boxes at the helm, which means your AIS targets show up on the same chartplotter as your Starlink status and your VHF’s DSC alerts.
If you’re not sure which of the three your boat actually needs, tell us how far offshore you run and what you use the boat for, and we’ll tell you honestly which pieces are worth the money and which can wait. Reach out to our communication systems team or call (609) 365-8746.
