Aerospace Solutions
with Spike Actuators
Spike Actuator for Harsh Environment
At Spike, we deliver a revolutionary actuator platform purposefully engineered to thrive in the harshest space environments, enabling groundbreaking innovations in space exploration, transportation, mining, manufacturing, and more.
The space environment presents unique challenges – extreme temperatures, vacuum, radiation, and pervasive dust.
Traditional mechanisms and lubricants simply cannot withstand these punishing conditions.
Spike actuators, however, are designed to excel.
Our advanced ceramics and specialized materials imbue Spike technology with exceptional radiation hardness, a vast operating temperature range, and unmatched resilience against the harshest space hazards.
High-Performance Solutions:
Without Compromise As humanity pushes further into the great unknown, mission-critical space assets require high-speed, precise motion control and robust actuation – all within stringent size and weight constraints.
Spike actuators deliver this powerful combination, replacing heavy and bulky electromagnetic motors/gear systems, enabling unprecedented performance, reducing weight by up to 100 times.
High-speed, precise motion control and powerful actuation, whether for planet rovers, in-situ resource utilization (ISRU) systems, or pointing/balancing mechanisms and thrusters.
Scalable, Reconfigurable Structural Systems:
Space missions increasingly demand large-scale deployable structures, from antenna arrays to habitats and more.
Employing a biomimetic architecture inspired by spider web construction, Spike's proprietary wire-driven actuation enables the creation of vast, scalable, and actively reconfigurable structural systems capable of self-assembly and dynamic transformation from tightly packaged stowage to full deployment on-orbit or planetary surfaces.
Replacing heavy and bulky electromagnetic motor assemblers.
- Unprecedented performance in zero gravity and harsh environments.
- High vibration tolerance.
- Low power requirement.
- Pointing/balancing mechanisms.
- (ISRU) systems.
Capitalize on Exponential Market Growth:
According to a report by the World Economic Forum (WEF) and McKinsey & Company, the global space economy is booming and projected to reach $1.8 trillion by 2035, up from $630 billion in 2023. This represents a 9% annual growth rate, significantly higher than the global GDP growth rate.
Space technology can monitor climate change and streamline global supply chains.
It can also play a pivotal role in addressing global challenges, such as disaster management.
The five sectors expected to contribute significantly to the global space a by 2035 are supply chain and transport, food and beverage, defense, retail, and digital communications.
Interested to learn more? Let's chat!
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Dive into the future of space exploration with Spike.
Our cutting-edge actuator solutions are ready to propel your projects beyond the confines of Earth, opening a realm of possibilities for exploration, transportation, mining, and manufacturing in space.
Connect with Us to explore partnership opportunities and shape the future of space technology.
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