top of page

NASA's 'Voice of Mars' Swati Mohan Hails Skyroot's Vikram-1 Launch as Milestone for India's Private Space Industry

  • Writer: dhanapaul303
    dhanapaul303
  • Jul 21
  • 2 min read

Skyroot Aerospace's successful maiden launch of the Vikram-1 rocket has earned praise from Dr. Swati Mohan, the NASA aerospace engineer widely recognized as the "Voice of Mars" for her role during the Perseverance rover landing. Calling the achievement a significant breakthrough, she said the mission highlights the growing strength of India's private space ecosystem.

In an interview with NDTV, Dr. Mohan said placing a rocket into orbit on its very first attempt is a remarkable accomplishment, especially for a young private company.

Dr. Swati Mohan hailed Skyroot Aerospace's Vikram-1 mission as a landmark achievement for India's rapidly expanding private space industry.
Dr. Swati Mohan hailed Skyroot Aerospace's Vikram-1 mission as a landmark achievement for India's rapidly expanding private space industry.
"Reaching orbit is an extremely challenging milestone, and Skyroot's success on its maiden flight is a promising sign for India's indigenous launch capabilities," she said.

A Historic Milestone for India's Space Sector

The Vikram-1 mission marked a landmark moment for India's commercial space industry. By successfully reaching orbit on its debut flight, Skyroot became one of the few private aerospace companies globally to achieve such a feat on the first attempt.

Industry experts note that even established global players required multiple launches before accomplishing a successful orbital mission, making Skyroot's achievement particularly noteworthy.

Global Recognition from NASA Engineer

Dr. Mohan gained worldwide recognition in 2021 for leading communications during NASA's Perseverance rover landing on Mars, an event watched by millions around the world. Her endorsement of Skyroot's achievement is seen as a strong vote of confidence in India's expanding role in the global space industry.

She said the country's decision to encourage private participation in the space sector is already delivering encouraging results.

Lower Costs Are Reshaping the Space Economy

According to Dr. Mohan, advances in launch technology, smaller satellites, and reduced mission costs are transforming the global space economy.

She explained that affordable access to space is opening new opportunities for startups, research institutions, universities, and emerging space companies worldwide.

"The lower cost of launch and satellite development is enabling more organizations to participate in space missions than ever before," she noted.

Young Engineers Driving Innovation

Skyroot Aerospace's Vikram-1 mission was developed by a young engineering team whose average age is around 28 years. The launch validated years of research and demonstrated India's ability to design, manufacture, and launch orbital rockets using domestic expertise.

The mission also showcased technologies aimed at supporting future commercial launches and expanding access to affordable space services.

Message to Skyroot's Team

Congratulating the startup's engineers, Dr. Mohan encouraged them to continue pushing boundaries.

"You've made an excellent beginning. Stay persistent, keep learning, and continue building on this success. There is tremendous potential ahead," she said.

India's Private Space Industry Gains Momentum

The successful Vikram-1 launch is being viewed as another milestone in India's rapidly growing commercial space sector. As private companies take on increasingly ambitious missions, global recognition from leaders in the aerospace community reinforces India's emergence as an important player in the international space economy.

With Vikram-1 successfully reaching orbit, Skyroot Aerospace has strengthened confidence in India's private launch capabilities while opening new opportunities for future commercial and scientific missions.

Comments


Post: Blog2_Post
  • Facebook
  • Twitter
  • LinkedIn

©2022 by Paperless News. Proudly created with Wix.com

bottom of page