The Volkswagen BeachRescue Saves Swimmers' Lives
Amelia Roblin — June 29, 2011 — Autos
References: yankodesign
A trip to the beach can be fun and relaxing, but on rare occasions the vast and tumultuous coastline can be a dangerous place. The Volkswagen BeachRescue was designed as an efficient conveyance for lifeguards to seek out troubled swimmers without losing any precious time.
Employing a boat is a great way to get out to the end of a rip tide quickly, but if it's beached up the shore, getting to it and pushing out can be a difficult task. Designer Sebastian Toddenroth proposes a hybrid sand rover watercraft that can seamlessly transition from land to ocean with no time lost. Mecanum Power Rolls make up the heavy-duty wheels of the Volkswagen BeachRescue, which takes on omnidirectional propulsion once it's sitting on the water. You're as good as saved so long as your rescuer is near this amphibious ride.
Employing a boat is a great way to get out to the end of a rip tide quickly, but if it's beached up the shore, getting to it and pushing out can be a difficult task. Designer Sebastian Toddenroth proposes a hybrid sand rover watercraft that can seamlessly transition from land to ocean with no time lost. Mecanum Power Rolls make up the heavy-duty wheels of the Volkswagen BeachRescue, which takes on omnidirectional propulsion once it's sitting on the water. You're as good as saved so long as your rescuer is near this amphibious ride.
Trend Themes
1. Hybrid Sand Rover - Designing hybrid sand rovers that can seamlessly transition from land to ocean provides a disruptive innovation opportunity for beach rescue vehicles.
2. Omnidirectional Propulsion - Developing omnidirectional propulsion systems for watercrafts can revolutionize the efficiency of lifeguard vehicles in reaching troubled swimmers quickly.
3. Mecanum Power Rolls - Incorporating heavy-duty wheels, such as mecanum power rolls, into beach rescue vehicles allows for easier access and mobility on various terrains, presenting a potential disruptive innovation opportunity.
Industry Implications
1. Automotive - The automotive industry can explore the development of amphibious vehicles for beach rescue operations, creating innovative solutions for coastal safety.
2. Marine Transportation - The marine transportation industry can leverage the concept of omnidirectional propulsion to enhance the speed and maneuverability of water rescue vehicles, improving response times and saving lives.
3. Emergency Services - The emergency services industry can incorporate mecanum power rolls technology into their beach rescue vehicles, increasing their ability to navigate challenging terrains and reach distressed swimmers more effectively.
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