Newton 3
The Most Reliable and Efficient Drone Bait Release System
The introduction of drone fishing has facilitated shore fishing for individuals. However, the activity is susceptible to various unforeseen circumstances that may result in the drone falling into the sea. These circumstances encompass scenarios such as the reel becoming unexpectedly stuck, the fishing line getting tangled, birds pursuing the bait, strong winds, among others. In the event of such occurrences, conventional hitch release drones are prone to crashing into the sea. In contrast, the Newton 3 release mechanism ensures fail-safe operation. This mechanism automatically detaches the load from the drone when the tension from the load surpasses 1.1 kg. The Condor fishing drone stands out as the safest and most dependable option in the market, owing to its passive-based release system.
All Condor models of fishing drones come equipped with the Newton 3 release system. The distinction lies in the fact that the A20 model exclusively supports tension release, whereas the A22 and Pro models support both mechanical release and tension release. The incorporation of mechanical release has enhanced the ease and flexibility with which drones can drop bait. Users are able to release bait at any desired position by simply pressing the release button on the remote control.
An additional advantage of utilizing the Newton 3 releaser is its enhancement of the drone’s efficiency in bait casting. Without the Newton 3 release, the drone is prone to falling into the sea when the fishing line becomes entangled. Consequently, many users exercise extreme caution when employing drone fishing techniques. They are required to maneuver the drone at a very slow pace, often necessitating the assistance of another individual to assess potential line entanglements. The fail-safe design of drones equipped with Newton 3 releases simplifies operation significantly. The entire drone fishing process can be executed by a single individual, with a 500-meter cast taking only 2 minutes to complete.
Due to the heightened risk of falling into the sea, the majority of drones that do not utilize Newton 3 releasers are designed to be waterproof. Consequently, this design modification adds weight to the drone and leads to increased battery consumption. The primary objective behind the waterproofing of drones is to enable them to float temporarily in the event of an accidental submersion, allowing users the opportunity to retrieve them. Consider the scenario of your drone plunging 500 meters into the sea – what measures could you take to recover it?