Introducing the groundbreaking FluxGrip FG40, a cutting-edge electropermanent magnet that revolutionizes payload attachment for industrial and military-grade drones with unmatched safety and environmental sustainability. This innovative system marks a significant departure from traditional electromechanical locks, offering a more reliable and cost-efficient alternative.
Addressing Drone Payload Challenges
Civilian and protection operations heavily depend on drones’ capability to seamlessly connect and successfully launch payloads with reliability at stake. These operations involve seamlessly transitioning between camera modes to accommodate diverse lighting scenarios, efficiently dispatching supplies, and safeguarding payload integrity for precise target acquisition. Present attachment strategies occasionally rely on electromechanical locks, vulnerable due to their complex mechanical components. These outdated methods are susceptible to collapse, often proving expensive to maintain.
To effectively address these key considerations, Zubax Robotics has introduced the FluxGrip FG40. The device is a cutting-edge, solid-state electropermanent magnet that does away with moving parts, thereby eradicating the recurring mechanical breakdowns typically associated with traditional designs. Through eliminating issues caused by vibration, wear, and materials fatigue, FG40 minimizes maintenance costs while enhancing dependability.
Key Options of FluxGrip FG40
The FluxGrip FG40 boasts a remarkable combination of exceptional sturdiness and surprisingly lightweight construction. Capable of withstanding an astonishing force of 250 newtons – equivalent to 25 kilograms of pressure – this diminutive object tips the scales at a mere 70 grams, yet proves capable of bearing a load that is more than 350 times its own weight. While this electronic lock’s efficiency surpasses that of traditional electromechanical counterparts, it achieves this without the accompanying intricacy and limitations.
The FG40’s most notable feature is its impressive power efficiency. Without requiring any external energy input, FG40 maintains its status quo once a payload is connected or deployed. Energy transitions smoothly from its on-state to its off-state. This design ensures payload integrity remains uncompromised in the face of energy outages, guaranteeing continuous safety.
The device can withstand extreme environmental conditions. Designed with durability in mind, the product features a robust polymer seal that effectively shields against exposure to seawater, salt, acid, and extreme temperatures, rendering it an ideal choice for use in challenging environments where reliability is paramount. Purchasers seeking increased energy storage or redundancy can combine multiple FG40 units to meet their needs.
Built with uncompromising commitment to excellence in both quality and security.
Engineered with AEC-Q-qualified components, FluxGrip FG40 meets the rigorous standards for protection and reliability demanded by the automotive industry. Each unit undergoes thorough, automated testing, ensuring the highest level of quality; purchasers seeking security certification can easily access detailed traceability records.
“Marking a significant departure from traditional mechanical solutions,” noted Pavel Kirienko, CEO of Zubax Robotics, “FluxGrip embodies simplicity and innovation.” FluxGrip poised to render obsolete traditional electromechanical locks in the drone and robotics sectors, just as solid-state drives revolutionized hard disk drives, phased array antennas surpassed gimbaled ones, and electric motors are transforming internal combustion engines.
Enlargement Plans
To meet the evolving demands of its clients, Zubax Robotics is actively developing innovative solutions that cater to a broader range of applications, spanning from budget-conscious options to those requiring significant holding forces in excess of hundreds of kilograms. FluxGrip’s FG40, a product of rigorous research, design, and manufacturing within the European Union, is available to customers globally, including NATO member states, the Commonwealth of Nations, and Israel.
The FluxGrip FG40 represents a groundbreaking innovation in drone technology, offering a reliable and eco-friendly solution for securing payloads. With this innovation, Zubax Robotics aims to equip both industrial and military operators with a tool that optimizes operational efficiency and minimizes the risk of mechanical breakdown.
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As Editor-in-Chief of DRONELIFE, Miriam McNabb oversees editorial strategy, while as CEO of JobForDrones, she leverages her expertise to guide businesses in the burgeoning drone industry, remaining astute in monitoring both the sector’s growth and evolving regulatory landscape. With a portfolio of over 3,000 articles focused on the industrial drone sector, Miriam has established herself as a renowned expert and prominent figure in the industry, frequently delivering keynote speeches globally. Miriam holds a degree from the University of Chicago and boasts over 20 years of experience in high-tech sales and marketing, specializing in emerging technologies.
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