Revolutionizing Automotive Braking
with Spike Actuators
Groundbreaking actuator technology is set to revolutionize automotive braking across conventional and electric vehicle platforms alike.
- 10X Lighter and Smaller
- Faster than Conventional Brakes
- Direct Control by Computer
- Real-time Braking Algorithm Recalibration
- Any Disc Diameter (X Times Larger Braking Surface)
Outperforming Traditional Hydraulic Complexity.
In the ever-evolving automotive landscape, safety, reliability, and
efficiency remain paramount.
As the industry transitions toward electric and autonomous vehicles, legacy braking systems reliant on fluid mechanics are ripe for disruptive innovation.
Eliminating Fluid System:
Current hydraulic and vacuum-assisted braking architectures are inherently complex, with numerous potential points of failure due to leaks, contamination, and degradation over time.
By replacing these intricate fluidic networks with Spike's robust solid state actuation, automakers can engineer braking systems with unprecedented control, reliability, longevity, and simplified maintenance requirements.
Benefits of Spike Actuators
- Superior Control Enabling New Features
- Faster Braking
- No Leaks
- No Contamination
- No Degradation
- Simplified Maintenance
Superior Control and Instantaneous Braking Force at Any Extreme Temperature .
Unlike fluid-based brakes, which depend on the operation of ancillary systems like vacuum pumps, Spike actuators can deliver instantaneous highly control braking force at any temperature extreme.
Independent of the vehicle's primary propulsion system enhancing braking safety and responsiveness our actuators work in brutal thermal conditions: very low or very high temperatures (-150C +150C).
This fail-safe operating principle elevates overall vehicle safety while providing precise brake pedal feel and modularity across the full performance envelope.
Accelerating Electrification and Autonomy for Intelligent Brake Control:
As electric and autonomous vehicles gain mainstream traction, the elimination of legacy braking architectures is paramount to realizing their full transformative potential.
With Spike's innovative actuator solutions, automakers can seamlessly integrate braking functionality within these advanced mobility platforms' fully electric, software-defined architectures – fostering tighter systems integration and unlocking new opportunities for intelligent brake control.
Uncompromised Performance at Unbeatable Value:
While delivering revolutionary vehicle safety and control, Spike actuators achieve these performance breakthroughs without compromising cost-effectiveness.
Our patented design principles enable functional parity with current braking solutions at a comparable cost basis for parts and integration.
This value equation, combined with lower lifetime operating costs, translates into a compelling business case for automotive companies.
According to a Spherical Insights & Consulting research report, the global automotive brake system market is projected to reach $64.67 billion by 2032, growing at a compound annual growth rate (CAGR) of 5.6% from 2022 to 2032.
Meanwhile, a Precedence Research report predicts the market will reach $120.9 billion by 2032, expanding at a CAGR of 11.30% from 2023 to 2032.
The market for automotive brake systems is expected to see substantial growth, driven by increasing demand for passenger and commercial vehicles in countries like China and India.
Key Growth Drivers Include:
- A growing focus on technological advancements,
- Rising demand for electric and hybrid vehicles,
- Increasing consumer awareness and demand for safety features,
- Urbanization and traffic congestion.
Interested to learn more? Let's chat!
Contact Us
Lead the Next Braking Revolution
Whether optimizing conventional platforms or spearheading next-generation electric and autonomous vehicle development, Spike's actuator technology provides the differentiated solution the automotive industry needs to elevate braking to a new standard of excellence.
Join us and gain a powerful competitive edge through disruptive actuation innovation.
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