our product

Anchor Lookout

Anchor Lookout was invented in the U. S. A. and is manufactured in the U. S. A.

Inventor of Anchor Lookout

Ron Sasiela

   Ron holds technical degrees in the science field, and an Engineering Management degree along with being a U. S. Patent Agent.

   He has been a boating instructor since 1974; achieved the high rank of “N” – Senior Celestial Navigator – with the United States Power Squadrons and is an ASA Sailing Instructor. He earned a Distinction for his Five-Year Service as a Lead Instructor in the Award-Winning “Safe Boating for Kids” program offered annually in Maryland.

   He has owned several boats along with chartering boats in the United States, BVI,  Europe and Central America. He has been an active member in Yacht Clubs on both the East and West Coasts and currently conducts a comprehensive anchoring Masterclass.

   The desire to offer a unique, predictive anchor-setting technology  – Anchor Lookout – is an extension of his over sixty-year nautical experiences advocating and bundling enjoyment, knowledge and safety.

Anchor Lookout

Anchor Lookout Revolutionizing Boat Anchoring

1

Robust Sensor Technology

Anchor Lookout uses a sensor cable similar to a fiber optic cable to continuously monitor if the anchor is securely set in the seabed. This robust system offers peace of mind and confidence, as it is not prone to common failures associated with other devices.

2

Compatibility and Visibility

It is compatible with all types of anchors and boats, operating independently of them. Its distinctive yellow color and optional reflective strips and LED light enhance visibility, discouraging other boats from laying their anchor rode over yours and facilitating nighttime retrieval.

Achoor lookout product picture

3

Independent Operation

The device operates without reliance on batteries, GPS, WiFi, or Bluetooth, using simple natural forces. An Alert Float indicates the anchor's status - sinking if dragging and resurfacing once set - allowing for easy monitoring of the anchor's grip.

4

Enhanced Safety and Convenience

Anchor Lookout alerts to changes such as anchor drag, and helps avoid dangerous situations. It also simplifies the process of retrieving a stuck anchor and helps visualize the boat's swing radius, aiding in navigation and anchor lifting. Manufactured in the U.S.A., it adds a layer of safety and efficiency to boating.

Anchor Lookout

How it Works

Anchor is first lowered with Anchor Lookout attached

Alert Float dips lower/below water

Alert Float pops back to surface

For more information please see our patent: Anchor Lookout patent

Anchor Lookout

How it Works

Add Your Heading Text Here

Anchor Lookout

Anchor Lookout Demonstrated

Anchor Lookout, a newly-patented boat anchor accessory, is revolutionizing boat anchoring.

The device visualizes, to the boat skipper, that their anchor has set or not. It is a robust device that, unlike other anchor assisting and alert devices, does NOT rely on means which are prone to failure (see such an app example elsewhere on this website).

Anchor Lookout went to Greece in June 2023 for its European debut.

This 8-second video is of it in the main salon of our chartered catamaran with its nighttime blinking solar lamp being demonstrated to the crew. It was demonstrated during that cruise to “rave reviews”!

Anchor Lookout being demonstrated in the Cyclades Greece Islands.

The test grappling hook type anchor in a sandy seabed was selected to intentionally show how Anchor Lookout’s bright yellow Alert Float dives below the water’s surface as a result of both the poor holding of that seabed and anchor type.

The boat cannot set the anchor as it unsuccessfully attempts to set the anchor while in reverse.

Anchor Lookout travels to Central America – Belize

Anchor Lookout

Anchor Lookout Demonstrated

Anchor Lookout, a newly-patented boat anchor accessory, is revolutionizing boat anchoring.

The device visualizes, to the boat Skipper, that his anchor has set or not. It is a ROBUST device that, unlike other anchor assisting and alert devices, does NOT rely on means which are prone to failure (see such an app example elsewhere on this website).

Lorem Ipsum

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Maecenas lectus lacus, fringilla sodales sodales a, pulvinar a eros.

Lorem Ipsum

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Maecenas lectus lacus, fringilla sodales sodales a, pulvinar a eros.

Lorem Ipsum

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Maecenas lectus lacus, fringilla sodales sodales a, pulvinar a eros.

Lorem Ipsum

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Maecenas lectus lacus, fringilla sodales sodales a, pulvinar a eros.

Reviews & testimonials

Anchor Lookout

Read dozens or testimonials from beginner skippers to certified captains about their experience with Anchor Lookout

Frequently Asked Questions

Anchor Lookout™ FAQs

Aequus, a 58’, near $1,000,000 Hanse sloop, aground at Paradise Cove July 5th, 2021 – reported by TowBoat Vessel Assist-Ventura to have suffered an anchor failure*

No. The ability of Anchor Lookout to predict – in real time – that any anchor is set or dragging across the seabed does not depend on either the anchor being used or the boat your rode is connected to. Boats without the ability to apply reverse power, as usually done when setting the anchor, such as a row boat will usually not observe Anchor Lookout’s floats submerging feature. However, the float’s position, even then, will benefit the skipper in knowing their swing radius and aid in anchor retrieval by allowing the helmsman to steer directly for it.

Knowing the water’s depth where you will be anchoring is important for Anchor Lookout to work properly. Anchor Lookout is supplied with 35 feet of sensor line. That allows proper operating , as is, in depths between 34 feet and 17 feet – taking into account any tide and wave height variation during that anchored session . See the Instruction sheet to adjust the line if anchoring in shallower or deeper locations.

The float radius (pully or loop) that redirects the line under the float functions to physically separate the sensor cable coming up from the anchor and the sensor cable descending down to the ballast weight. This configuration essentially eliminates the sensor cable lines tangling themselves recognizing the cable’s proper length is being utilized based on the anticipated water’s depth.

Anchor rodes have been historically known to sometimes tangle themselves around a propeller or keel when there is low speed, squirrelly winds/currents. The Anchor Lookout’s sensor line, during its many Beta tests, has not shown that tendency, but cannot similarly be 100% ruled out based on “Mother Nature”. If conditions exist that would cause the boat to float randomly around the anchor, as might happen at night when the wind dies/tidal changes/current changes, then setting a stern anchor, or use of a kellet would reduce that wrapping possibility by holding the rode taut from the bow to the anchor. In light conditions Anchor Lookout’s sensor cable should remain taut, and the float would merely bob against the side of the hull rather than get “run over,” but fouling , is possible regardless.

Testing has found that while totally stationary, for instance at a dock, a boat’s GPS device will typically register up to about 0.5 kts., when, in fact, the speed is zero. The primary function of the robust, non-electronic Anchor Lookout is to show when an anchor is dragging while being set with the engine in reverse. Under its conditions of usage, the float usually submerges, partially or wholly, at > 0.5 kts. While Anchor Lookout’s sensitivity to submerge can be enhanced by increasing the ballast weight – recognizing a tradeoff of its visible, diminished float elevation above the water occurs. The subsequent reappearance of the submerged float while the engine is still in reverse provides a unique visual signal that the anchor has successfully set. A prudent mariner, as with other observations, such as confirming their course line, ATON position fix, collision angle check, etc. should not rely on any single determination. Likewise, setting the anchor with Anchor Lookout’s assistance is no different. Relative bearings to land-based objects, back-up anchor apps, loss of rode vibrations, the rode’s spring back when shifting back to neutral from reverse, etc. will each further add confidence to your anchor’s set status. Even if the average drag speed is slower, a dragging anchor tends to surge in bursts, making it more visible with Anchor Lookout. A few experiences using Anchor Lookout is all that is needed to provide confidence of its benefits.

Anchor Lookout’s alert float is designed to be plumb over the anchor once set. The boat will be downwind or downcurrent of the anchor depending on the relative contribution of those force factors – your freeboard or underwater hull shape.