Full Breakdown
Mantis Space Aims to Revolutionize Satellite Power Supply with Laser Technology
3/14/2026, 9:37:07 PM
Innovative Approach to Satellite Power
Mantis Space, a New Mexico-based startup, has unveiled its ambitious plan to provide continuous solar power to satellites in orbit, particularly during periods when they are obscured by Earth's shadow. The company emerged from stealth mode with $10 million in seed funding, which will be allocated towards the development of a constellation of satellites designed to deliver energy via laser beams. This innovative approach aims to alleviate the power limitations faced by satellites that rely on solar panels and lithium-ion batteries.
The Challenge of Satellite Power Supply
Satellites typically depend on solar panels for energy; however, they encounter a significant challenge as they spend approximately one-third of their orbital time in darkness, hidden from sunlight. During these periods, satellites must rely on battery reserves, which can be heavy and limit operational efficiency. Mantis Space's solution seeks to eliminate the need for bulky battery systems by providing a constant power supply through laser technology.
Mantis Space's Vision and Technology
Mantis Space plans to deploy satellites equipped with large solar arrays at higher altitudes. These satellites will collect sunlight and convert it into energy, which will then be transmitted to customer satellites using military-grade lasers. According to CEO Eric Truitt, the energy delivered via these laser beams will be 20% to 30% more efficient than direct sunlight. The company aims to launch its prototype payload by 2028 and envisions a constellation capable of powering up to 40 satellites simultaneously.
Official Statements & Responses
Eric Truitt emphasized the significance of Mantis Space's approach, stating, "Our technology will enhance the performance of satellites already in space by plugging them into a constant power source." This statement highlights the company's focus on improving existing satellite capabilities rather than merely increasing the number of spacecraft in orbit.
Criticism & Opposition
While Mantis Space's innovative approach has garnered attention, some industry experts express skepticism regarding the feasibility of laser power transmission in space. Concerns include the potential for energy loss during transmission and the technical challenges associated with maintaining precise alignment between the transmitting and receiving satellites.
What's Next for Mantis Space
As Mantis Space progresses towards its prototype launch in 2028, the company will likely face both technical and regulatory challenges. The success of its technology could redefine satellite operations and energy management in space, potentially leading to broader applications in the aerospace sector.
