ULTIMATE SHUTTLE BOASTS BEST MOBILITY WITH ALL-NEW FUNCTIONS
MarCum Technologies Introduces the Lithium Roamer Shuttle for Ultimate Ice Fishing Mobility
New Hope, Minnesota (September 7th, 2023) – MarCum Technologies, a pioneer in fishing electronics, is proud to announce the launch of its revolutionary Lithium Roamer Shuttle, a cutting-edge innovation that redefines the way ice fishing enthusiasts approach their sport. For decades, the chassis upon which ice fishing sonar systems have been mounted remained stagnant. However, MarCum Technologies has shattered tradition by introducing a shuttle system that reflects the modern mechanics of the sport and the evolving needs of anglers navigating the icy terrain.
Designed with meticulous attention to detail, the Lithium Roamer Shuttle is poised to set a new standard in ice fishing equipment. Its elevated height profile brings the control dial within close reach, allowing for swift and precise adjustments. The result is an unparalleled user experience that enhances the angler’s ability to adapt quickly to changing conditions.
One of the most impressive features of the Roamer Shuttle is its vastly improved cable management system. This innovation streamlines storage and hole-hopping, ensuring that users can focus on the thrill of the catch without being encumbered by tangled cables. The Roamer Shuttle not only prioritizes functionality, but it also safeguards MarCum’s precision sonar instruments during transit, providing anglers with peace of mind that their investment is secure.
Incorporating modern technology into every aspect, the Roamer Shuttle is powered by an advanced 12V6AH Lithium LiFePO4 Impact battery. This lightweight, long-lasting power source propels traditional-style MarCum or Vexilar flat faced flashers, delivering unwavering performance in any icy environment.
To cater to the contemporary angler’s needs, the Roamer Shuttle boasts additional USB ports and a designated space for charging and storing smartphones. This forward-thinking inclusion not only prevents devices from ending up in the frigid depths but also ensures that anglers stay connected while enjoying their icy excursions.
“MarCum’s Roamer Lithium Shuttle Kit represents a much needed face lift for the traditional sonar storage game in the world of ice fishing,” said Alec Beigle, VP of Sales and Marketing at MarCum Technologies. “We’ve combined innovation, practicality, and functionality in a single package, redefining how anglers approach their sport. The Lithium Roamer Shuttle is a testament to MarCum’s commitment to pushing boundaries and delivering cutting-edge solutions to our customers.”
The Lithium Roamer Shuttle embraces the best of both worlds, combining the advantages of a plastic shuttle and a soft-pack into a single, versatile case. With a ruggedized yet sleek exterior, the shuttle is built to withstand the challenges of the frozen landscape. Inside, users will find a thoughtful organization system that includes dedicated compartments for cable management, tool and lure storage, and more. The entire kit can even be conveniently housed within a standard 5-gallon bucket, making it the most compact, sturdy, and discreet option available on the market.
MarCum’s Lithium Roamer Shuttle Kit reimagines ice fishing mobility, catering to the demands of discerning anglers who seek an unparalleled experience on the ice. With a focus on both form and function, this innovation ushers in a new era of ice fishing, where cutting-edge technology meets the thrill of the catch.
For more information on the Lithium Roamer Shuttle Kit by Marcum, go to http://www.marcumtech.com.
MarCum Technologies – MarCum Technologies, based in New Hope MN is the industry leader in ice electronics. Since 2000, MarCum has been devoted to offering angling innovations including GPS, sonar flashers, digital fish finders, underwater cameras, and more. With products made primarily in the USA, MarCum Technologies holds numerous patents and industry exclusive features. Quality, durability, and innovation are hallmarks of the MarCum brand.
