What is the Deeper Pulse Project?
Deeper Pulse is on a mission to unleash the last 20% of electric motor performance. Using proprietary physics-based AI algorithms, the project designs factory-ready motor architectures that are not only more compact but also way more efficient. It’s not just about tweaking existing designs — it’s about re-igniting innovation across all electro-mechanical machines. Their approach removes material wherever it’s unnecessary and adds it exactly where it counts, maximizing efficiency and giving birth to original, overperforming designs that push the boundaries of what’s possible.
Main Benefits of Deeper Pulse’s Technology
Here’s what makes Deeper Pulse stand out:
- Average power density gains of 10 to 20% across a wide range of machines.
- Generative designs that are unintuitive and free from human preconceptions.
- Manufacturable designs compatible with current tooling, requiring zero or minimal investment.
- Multi-material solutions expertly balancing void, iron, copper, and magnet placement.
- Simulation speeds faster than any other solution on the market.
- Ability to optimize volume, material cost, torque ripple, and even sound signature.
How Deeper Pulse Uses Physics-Based Generative Design
At the heart of Deeper Pulse’s innovation is physics-based generative design. This means the algorithms don’t just optimize existing motor layouts—they invent new ones by arranging materials, elements, and details in ways that go beyond traditional engineering limits. Leveraging computational power and physical principles, these designs are optimized to their natural limits, creating electric motors that are cheaper, more efficient, and greener. It’s a whole new paradigm, really.
Changing the Paradigm of Electro-Mechanical Design
The revolution brought by Deeper Pulse’s generative design approach applies to all electro-mechanical machines. Running their algorithms has shown consistent gains in power density, typically between 10 and 20%. This isn’t just incremental improvement—it’s a fundamental shift. The designs produced are manufacturable right now, without the need for costly new tooling. Plus, the multi-material mastery means the algorithms can freely distribute voids, iron, copper, and magnets to achieve the best performance possible.
Customer Experience and Industry Impact
Clients who have worked with Deeper Pulse report a complete transformation in how they design motors. One testimonial sums it up: after collaborating with Deeper Pulse, there’s no going back to the traditional iterative design process. The cooperation revolutionizes design workflows, enabling tailored motors optimized for volume, cost, torque ripple, and even sound signature. The benefits? Tremendous. Disruptive efficiencies are unlocked, and future electric motor generations become more competitive and responsive to market demands.
Deeper Pulse and Sustainable Development Goals (SDGs)
- SDG 7: Affordable and Clean Energy – by creating more efficient electric motors.
- SDG 9: Industry, Innovation, and Infrastructure – through cutting-edge generative design technology.
- SDG 12: Responsible Consumption and Production – optimizing material use and reducing waste.
- SDG 13: Climate Action – enabling greener, more environmentally friendly motor designs.
Contact and Further Information
For those interested in learning more or connecting with Deeper Pulse, here are the contacts: Europe inquiries can reach out to Thomas Baudin at thomas.baudin@deeperpulse.com or call +33 6 4797 0598. In the United States, Arnaud Benhamou is available at arnaud.benhamou@deeperpulse.com or +1 301 828 7486. You can also check out their LinkedIn page at Deeper Pulse LinkedIn. Thanks for your interest!
