Mohammed Asif (born 12 September 1994) is an Indian sailor who won the Star Vintage Gold Cup in 2025 with American skipper Luke Lawrence. Asif is a recipient of the Gold Laurel Wreath awarded to winners of the Star Vintage Gold Cup. He is a member of the Royal Madras Yacht Club and has competed internationally in the Star class.
In addition to his sailing career, Asif has conducted academic research in the field of electric propulsion, with work involving plasma diagnostics and gridded ion thruster systems for small spacecraft. His research has been presented at the International Electric Propulsion Conference and documented in peer-reviewed conference proceedings.
Asif was introduced to sailing at the Royal Madras Yacht Club in late 2012, where he began competing in high-performance dinghy classes, as described by Royal Sails magazine. He progressed rapidly through competitive sailing, reaching the podium at the 2014 29er Coastal Nationals Championship in Chennai, India, where he finished second.
Following his early success in high-performance dinghy sailing, Asif placed competitive sailing on hold to pursue graduate studies and research. He later returned to international competition in the Star class, including participation at the 2022 Star World Championship in Marblehead, Massachusetts.
In 2025, Asif won the Star Vintage Gold Cup with American skipper Luke Lawrence at Gull Lake, Michigan. The pair finished ahead of a competitive fleet that included two-time Olympic bronze medalist Lars Grael and his crew, Marco Lagoa. The victory, achieved in challenging conditions, was described by Royal Sails as a breakthrough performance in the Vintage Star fleet. As the event winner, Asif was awarded the Gold Laurel Wreath, an honor traditionally presented to winners of the Star Vintage Gold Cup.
Asif has conducted academic research in the field of electric propulsion, with a focus on miniature gridded ion thruster systems for small spacecraft applications. His early work at Pennsylvania State University examined the development and experimental testing of a microwave electron cyclotron resonance (ECR) discharge ion thruster, including plasma generation and ion beam extraction. Experimental diagnostics used in this work included Langmuir probe measurements and a Faraday cup for beam current and current-density measurements, which were used to support calculated performance estimates.
His later work at Western Michigan University has focused on preparation for long-duration testing of a miniature microwave-frequency ECR gridded ion thruster, including development of system stability practices and grid-manufacturing approaches intended to support wear testing. In 2025, his work reported recycle operations as a precursor to wear testing, combining Langmuir probe measurements with observations of changes in grid geometry and mass associated with repeated restart cycling.